Steve Fly is a countercultural musician, writer, and gadfly who is incorporating AI into his creative process. He mentioned taking some inspiration from our publisher Ben Goertzel and his ‘Hyperseed-1’ theories so I decided to interview him about how he thinks about it and what he’s doing.
Steve James Pratt, aka Fly Agaric 23, aka Steve Fly has worked and lived as a DJ/turntablist, drummer and poet. He has worked with Indian composer Surinder Sandhu, jam band supergroup Garaj Mahal, and The Gregory James Band (as turntablist). He toured England, the Netherlands, and Germany as a drummer and all-round helper to John Sinclair (RIP), the legendary poet and co-creator of the revolutionary early punk/metal band The MC5. You can find Steve’s full musical biography here. Steve was an associate producer of the 2003 film Maybe Logic, and musical director for the Cosmic Trigger play (2014), performed live at the 26th Annual James Joyce Symposium in Antwerp (2017). He recently performed at the Brainwash Philosophy Conference in Amsterdam (2024). He also makes weird sounds with his mouth. For some background and context, see my (badly) transcribed-by-ear interview with Saul Paul Sirag about some physics principles and structural foundations behind RAW’s Schrödinger’s Cat Trilogy.
RU Sirius: How do you view your creative project (in the broadest lifelong sense) as a process that benefits from integrating current AI systems?
Steve Fly: The latest iteration of my quarter-century (and counting) of research into Robert Anton Wilson’s Tale of the Tribe is a collaboration using some AI tools. Tale of The Tribe is a mountain range whose size and scope requires training to traverse, hill-climbing toward coherence. So far I’ve produced over 65 stanzas with corresponding audio. The first iteration is structured on 60 stanzas to represent the 60 vertices of the Buckminsterfullerene. This is prompted from a line in Ezra Pound’s Cantos “buckie has gone in for structure.” The structure of the poem/album is a tribute to Buckminster Fuller, whom RAW admired and studied with, and it snugly sits as one of the 13 primary inspirations in the way RAW conceived/perceived the universe.
These first 60 stanzas are a proof of concept, to be built on in the next iteration. The goal is for each stanza to also function as a concept for a new core ontology, the totality of the 60 stanzas. As Ben put it: “an overlapping yet somewhat diverse set of perspectives on the core ontological concept”.
RU: Tell Mindplexers a little bit about this Tale of the Tribe. How does your interest in our man Ben’s Hyperseed-1 intersect with your project?
SF: As I understand it, ‘the tale of the tribe’ was originally a phrase to describe a modern epic in verse, a poem including history. The late Robert Anton Wilson (secret hero of these musings) outlined his interpretation of the tale of the tribe as a lineage of thinkers, or innovators of one kind or another, who RAW felt helped to describe his way of perceiving/conceiving world. Sadly RAW died before completing the book project, leaving a riddle to ponder: what do Giordano Bruno, Giambattista Vico, Nietzsche, Ernesto Fenollosa, Yeats, Pound, Joyce, Alfred Korzybski, Bucky Fuller, Claude Shannon/Norbert Wiener, Marshall McLuhan, Orson Welles and INTERNET all have in common? You’ll find out!
Jumping forward a quarter-century—after pondering this question and tackling some of the coursework, and now lit up by Hyperseed-1—I revisited the tale of the tribe with new tools and perspectives.
My study into RAW’s tale of the tribe (a new global epic poem including history for all humanity, the planet and sentient beings), is adjacent to emerging outlines for core ontology knowledge bases beneficial to all humanity.
RU: You’ve done some work with the counterculture hero John Sinclair (RIP). What would you say are the current and future countercultural potentialities of AI to become a tool of liberation and anti-authoritarianism?
SF: My suspicions concern the benchmarks set by human countercultural ‘goodies,’ such as Leary, Wilson, Sinclair, Burroughs, Ken Kesey, and our beloved musical warriors like Jimi Hendrix, John Lennon, Bob Dylan, and hundreds more.
For AI, or AGI (or better yet BGI (Beneficial General Intelligence) to become a tool for liberation and anti-authoritarianism, the training sets and models must better reflect the alternative underground methods and practices that, for me, primarily utilize and innovate art and crafts, driven not by greed or super-ego, not for obscene profit but against the odds and by the will to communicate, share and express openly. Innovation. Outsmart ’em.
Sinclair, for example, took a vow of poverty, as did Allen Ginsberg, in sync with the Buddhist-Taoist conception but inspired by the American beats, not directly by ancient mystics. The practical—or impractical—results of such a bold decision are tenfold: dependence on occasional stipends, gifts, good friends, and community to help support such an unfashionable mantra as, “I don’t give a fuck about the money, just get on with the work, give me challenges”. Perhaps some of those challenges are AI potentialities?
I sense an adjacency with the tendency of decentralized, rotational and open source systems to prove efficient, less impactful on the environment and less damaging to human psyche and society. This is my hunch. AGI to ASI (Artificial Super-Intelligence) looks impossible without BGI (Beneficial General Intelligence). And to understand the benefits, in the human universe, look to our fabulous innovators, scientists, artists and thinkers who demonstrably and most obviously worked for good – for the betterment of all around the world humanity – with incredible feats of bravery and brilliance and discipline and daring without violence. Livingry not killingry.
This latest wave of so-called ‘dark gothic accelerationist MAGA’ shows little alignment with the vision of BGI, clearly and explicitly defined by SingularityNET and Mindplex, standing as an alternative to Big Tech and killingry, an open invitation to benefit all. Maybe the smartest and least violent strategy concerns superabundance. Sufficient food, clothing, shelter and leisure time so everybody gets along without squabbling. Throw in some universal basic income – why not? If the resources of planet earth were fairly and equally distributed, we would all be millionaires. The (six) philosophical commitments/hypotheses underlying Hyperseed-1 in Ben’s post are to my mind correlated with RAW’s general philosophical outlook, and so to The Tale of the Tribe, in some sense.
Credit: Tesfu Assefa
RU: Tell us again what you’re doing, and how are you going to help enact the idealistic version of AI, ASI, BGI and all of it? And feel free to give us a SingularityNET pitch for support.
SF: It’s Alchemai 60/60 – Sixty Visions of Beneficial General Intelligence is a multimedia project, a contemporary ‘tale of the tribe’, a poetically-charged core ontology for the age of BGI. Pairing 60 original stanzas with 60 musical pieces, co-created using a range of LLMs and generative audio tools. Alchemai includes comparative analysis of the AI tools, evaluating their potential to efficiently communicate solutions for the social and ecological poly-crisis, guided by SingularityNET’s definition of Beneficial General Intelligence (BGI). The final work will be presented as a website and album. Tanmoy is my proof-of-concept.
I’m also fortunate to guest on Rotifer, the new album by Garaj Mahal, a band who (much like Joyce, and RAW) help to raise the bar of what art and human intelligence can accomplish. Let the fingers do the talking. Garaj Mahal are worthy of consideration by Mindplex and SingularityNET as leading-edge musicians unifying a wide array of traditions into their unique virtuoso performance by example.
From my limited analysis of the state of the world right now, SingularityNET are at the vanguard of technology and scientific innovation, bringing some heart to the emergent BGI and ASI games. They have a road map, and human ingenuity to give any of the Big Tech bros a run for their money, or a triple-jump for their tokens. Efficiency, alignment, timing, integrity and synchronicity are paramount.
As a part of the rag-tag nomadic tribe of independent artists and thinkers who have spent decades immersed in the open community of bands, festivals, and happenings, I heed the call.
I’d ultimately like to see SingularityNET infused with more analogue arts: live music, new poetry challenges and multimedia happenings, locally, all across the planet – humans exhibiting what AI can’t, setting new benchmarks for creativity and ingenuity. These real-life events can be rapid prototyping sessions, gathering virtuoso artists to celebrate human beings and beingness, while sending a five-finger nose-wave to those conglomerates incapable of pulling off such organic gathering of self-organizing individuals. Get your dream team fit, it’s showtime.
Furthermore, the kind of ‘mutualist syndicalist’ flavour of the RAW community, composed of such wide-ranging and generally good-hearted characters, can also be defined as a gathering of self-owning ones, a temporary affinity group, for the most part, currently concerned with propiracy or Operation Mindfix. Entities gathering together to cause benefit to others, the planet, all life on earth. You know who you are. Imagine what we are capable of if we can synchronize our efforts, temporarily on occasion, to really go for it and bring about the RAW enlightenment (for want of a better term, but, it has light in it which is what we need right now). Count me in. Let’s fix and build and benefit. And to those who may have fallen for the greed and the ogre, and who secretly admire our man and have taken what he taught and weaponized it for obscene profits and general enslavement, the hidden light will be revealed. Let’s do justice to Synergetics.
As my collaborative AI research project Tanmoy demonstrates, there are tantalizing avenues for research at the intersection of geometry (Buckminster Fuller’s geometry in particular) and crystallography, origami and tactile physical modelling (hyperbolic crochet), hologrammic prose, music, and the ideogrammic method.
The goal of this research is meeting the challenge posed by RAW: ‘What do they all have in common with the internet?’, plus the parameters and requirements laid out by Ben in Introducing Hyperseed-1: A Fairly Minimal “Core Ontology” in particular the six aspects listed under ‘Philosophical Perspective Underlying Hyperseed-1’.
As Ben humbly points out, these are experimental concepts, a “semi-formal” or “initial abstract knowledge and perspective guide”. I must try to echo this sentiment when contemplating such heady projects as AGI, BGI, ASI. I personally find Ben’s communication style similar to RAWs in its operationalist language and cautionary approach to oversimplified conclusions, as all good scientists exhibit. Sadly this all too often gets overtaken by the unnecessary hype, marketing, sensationalism and absolutism.
At the end of February the cryptocurrency world heard news that would cement itself in crypto infamy and send prices into. Notable cryptocurrency exchange Bybit suffered a catastrophic security breach, losing a staggering $1.46 billion in Ethereum and related tokens.
This was more than just another hack among the hundreds since 2014, including the Mt. Gox and Binance hacks. This was in fact the LARGEST exchange hack in cryptocurrency history, which takes some doing. And to make it worse, it was most likely done by a North Korean hacking group, according to FBI investigations, which is terrible news for the entire sector due to the far-reaching repercussions it brings from regulations about money-laundering and sanctions.
Here’s what happened, and how.
The Anatomy of a Billion-Dollar Heist
On February 21, 2025, security analyst ZackXBT raised the alarm he spotted unusual transactions flowing from Bybit’s multisignature wallet. The hackers moved through Bybit’s security systems like water flowing through a cracked dam, with precision that suggested months of planning.
Ben Zhou, Bybit’s co-founder and CEO, confirmed the breach shortly after detection. According to Zhou, it first appeared to be a routine transfer from the exchange’s Ethereum cold wallet to a hot wallet—a standard procedure to keep the hot and cold wallet balances within certain thresholds—but turned out to be a sophisticated attack. The transaction looked legitimate on the surface, but contained malicious code that altered the smart contract logic.
Bybit Hack Timeline
“We know the cause is definitely around the Safe cold wallet,” Zhou stated. “Whether it’s a problem with our laptops or on Safe’s side, we don’t know.” Safe, a decentralized custody protocol offering smart contract wallets for managing digital assets, temporarily suspended its smart wallet functionalities following the incident.
North Korean Fingerprints (Again)
Blockchain analysis firm Chainalysis provided a detailed breakdown of the attack, tracing it to North Korea’s notorious Lazarus Group—a state-sponsored hacking collective active since at least 2009 and reportedly connected to the DPRK’s military intelligence.
The attack followed what Chainalysis described as a “common playbook” used by North Korean hackers. First, a phishing campaign targeting Bybit’s cold wallet signers gave attackers access to the exchange’s user interface.
This access allowed them to replace a multi-signature wallet implementation contract with a malicious version, enabling unauthorized fund transfers.
After gaining control, the hackers intercepted a routine transfer, redirecting approximately 401,000 ETH ($1.46 billion) to their addresses. The stolen funds were then split across multiple intermediary wallets to obscure the transaction trail—a standard tactic in the digital heist playbook.
Market Meltdown
The effects of the breach were felt immediately across cryptocurrency markets. Bitcoin plunged to $87k—a 7% drop—in 24 hours and its lowest level since November 2024, and in the aftermath it fell below $80,000. Other major cryptocurrencies followed suit, with Ethereum suffering particularly heavy losses given its direct involvement in the hack.
Bybit customers rushed to withdraw funds, creating unprecedented pressure on the exchange. Within 48 hours, Bybit processed $6.1 billion in withdrawal requests—nearly 100 times normal volume. The total value of customer assets held by the exchange dropped precipitously, from $16.9 billion to $10.8 billion.
Bybit’s Response
In what is now an industry standard procedure in line with the Binance ‘Funds are SAFU’ playbook created after its hack a few years back, Bybit weathered the storm quite well. Within three days, Zhou announced that the exchange had “fully closed the ETH gap” and restored a 1:1 reserve on client assets—an extraordinary feat given the scale of the theft.
According to blockchain analytics firm Lookonchain, Bybit received 446,870 Ether worth approximately $1.23 billion (88% of the stolen amount) through loans, whale deposits, and purchases.
The exchange bought 157,660 Ether ($437.8 million) from crypto investment firms Galaxy Digital, FalconX, and Wintermute through OTC transactions, and another $304 million of Ether from centralized and decentralized exchanges.
The Lazarus Bounty
Perhaps most notably, Bybit launched LazarusBounty.com—allocating $140 million to reward those who successfully track and freeze the stolen funds. The platform integrates security data from leading blockchain analytics firms like Chainalysis and Arkham, employs expert investigators, and offers a merit-based reward system for people who help track and freeze stolen assets.
“Join us on war against Lazarus,” Zhou declared on Twitter, announcing the “industry’s first bounty site that shows aggregated full transparency on the sanctioned Lazarus money laundering activities.”
The collaborative security efforts have already yielded results, with Chainalysis reporting that approximately $40 million of the stolen funds have been frozen. However, most of the loot remains dormant across multiple addresses—a strategy used by North Korean hackers to wait out the heightened scrutiny that follows such high-profile breaches.
Credit: Tesfu Assefa
Broader Implications for Crypto Security
The Bybit breach again exposes the fact that despite the industry’s rhetoric about decentralization, many exchanges are still centralized points of failure with substantial honeypots for attackers, no matter how sophisticated their security is.
It remains to be seen whether this hack leads to meaningful changes in how exchanges secure customer funds. Two things are certain: in the world of cryptocurrency, security can never be taken for granted, and the largest players make the most attractive targets.
Safe’s temporary shutdown of smart wallet functionalities after the hack demonstrates the interconnected nature of crypto infrastructure—when one major component gets compromised, the effects cascade throughout the ecosystem.
This interdependence raises serious questions about how exchanges secure user assets, and what precautions they take against sophisticated state-sponsored attacks. And how censorship-resistant are we in crypto really when digital assets can just be frozen?
Also, it strengthens the case for investors to either self-custody their assets or (more centralization!) use a crypto ETF like Blackrock’s which is federally insured to a point.
As Chainalysis noted, “Exchanges will need to articulate to their regulators and users how they ensure that user funds are protected.”
Lastly, after years in the wilderness, crypto is finally popular with regulators and mainstream investors alike. Anyone that’s been in crypto for over two years will know the hard gains and sacrifices that have been made to get here, from Mt. Gox to Bitfinex to FTX’s meltdowns.
While Bitcoin in its early days were wrongly accused of solely being a tool for criminals to move their money around, hacks are undeniably bad for everyone. It’s clear-cut crime, and when it gets to state-sponsored crime from a blacklisted nation, the entire space is skating on thin ice in the long term, no matter what Donald Trump and Larry Fink say about it during a bull run.
For average crypto users, the lesson is clear: the security of centralized exchanges, no matter how robust, is never infallible. Those with significant holdings would be wise to remember the crypto mantra: Not your keys, not your coins.
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In his recent speech to the U.S. Congress, President Donald Trump said: “we are going to lead humanity into space and plant the American flag on the planet Mars.”
Trump said similar words in his inauguration speech in January (transcript). He said: “we will pursue our manifest destiny into the stars, launching American astronauts to plant the Stars and Stripes on the planet Mars.”
In a Fox News interview after the speech to the U.S. Congress, Trump backpedaled a bit, SpaceNews reports. “There’s a lot of interest in going to Mars,” he said. But also: “Is it number one on my hit list? No. It’s not really. But it is something that would be, you know, it would be a great achievement. It would be a great thing if we could do it.”
However, he noted that his remarks on Mars in the Congressional speech got some of the biggest applause of the night. “I was shocked,” he said. “There seems to be a big interest in it.”
Elon Musk, who prioritizes Mars, is one of the most trusted advisers of Trump at this moment. This might change anytime, but while it lasts Musk will likely influence Trump on U.S. space priorities.
The push to prioritize Mars exploration has sparked pushback from experts and space enthusiasts who argue for returning to the Moon first. What is the best path forward in space?
The best path forward in space
I’ve recently considered (part 1, part 2) the question: Should we still want to send human astronauts to colonize space? Or should we want to leave space expansion to artificial intelligence (AI)?
Short summary: I think AI will colonize the galaxy in the long term. And I see this as a good thing.
Hopefully, humans will be able to follow the AIs as uploads. Frank Tipler said it best: if you can’t beat ’em, join ’em: “Any human who wants to join the AIs in their expansion can become a human upload,” he said.
However, I think the perception of a difference between AI/human upload hybrids and pure AIs will eventually fade away.
But I still think that in the rest of this century we must establish humanity as a multi-planetary biological species in the solar system. Doing it will boost the human spirit – a boost of which we are very much in need – and accelerate progress on all fronts, including the AI technology front.
So what is the best path forward at this moment? Should we go directly to Mars and skip the Moon? Or should we return to the Moon and build a permanent presence there first, and then move on to Mars? There are valid arguments for both options.
Let’s aim high, skip the Moon re-run, and plant our flag on Mars
Mars, though farther than the Moon, holds real promise. It’s a planet with water ice, carbon dioxide, and a thin atmosphere. These give us resources to live, grow food, and make fuel. The Moon lacks these essentials.
Going straight to Mars pushes us to solve big problems now. Building bases, surviving radiation, and managing longer trips stretch our skills. The Moon’s a smaller challenge that we’ve already cracked. Mars forces us to innovate faster: re-usable rockets, better life support, and self-sustaining habitats. Skipping the Moon avoids wasting time on old ground. We can test tech in Earth orbit or simulations instead.
The Moon feels like a re-run, less exciting for young minds or investors. Mars promises a new home, not just a dusty neighbor. It’s scientifically richer too. Mars might hide signs of past life, unlike the barren Moon. Unlocking its secrets could rewrite our story.
Travel time is a drawback – six months to Mars versus three days to the Moon. But modern ships can handle it. Crews can train for isolation here first. The Moon’s no real shortcut anyway; it’s not a stepping stone, just a detour. Mars needs more up-front effort but its payoff dwarfs the Moon’s. We’d leap toward a multi-planet future, not crawl back to a familiar rock.
Credit: Tesfu Assefa
Let’s build on the Moon, get it right, and then move on to Mars
Now for the other side of the argument. The Moon makes more sense as our next step than jumping to Mars. It’s close – three days away, not six months. That proximity lets us test tech and fix problems fast. Mars is a huge leap, risky and pricey. The Moon offers a safer, cheaper proving ground. We’ve been there before, sure, but not to stay. Building a permanent base now teaches us how to live off Earth.
A lunar outpost sets us up for Mars later. We can perfect habitats, radiation shields, and resource use. The Moon has water ice in craters – great for drinking, oxygen, and fuel. Mars has resources too, but getting there’s tougher. Some also point to lunar Helium-3, a rare isotope that is more abundant on the Moon than on Earth. It could power future fusion reactors, making the Moon a key energy resource.
Practicing on the Moon builds skills we need for the red planet. It’s like training wheels before a bike race. We’d master solar power, 3D printing, and recycling in low gravity first.
The Moon’s a lifeline Mars can’t match. If something goes wrong, Earth’s right next door. Mars missions face delays – help’s months away. A lunar base also boosts science. We’d study its geology, test new tools, and prep for deeper space. Mars science is exciting, but the Moon’s mysteries still hold value. Moreover, it’s a hub: we could launch Mars ships from there. This would save a lot of fuel: launching against the Moon’s gravitational pull requires much less energy than launching from Earth. The ships could be built in situ from titanium (another resource more abundant there than here), aluminium, and iron.
Going straight to Mars skips critical steps. A crash there could set us back decades. The Moon’s less glamorous, but it’s practical. It inspires, too – showing we can settle space, not just visit. Private companies already eye it for mining and tourism. That cash flow funds Martian dreams. A permanent lunar presence proves we are serious about space. Mars is the prize, but rushing risks failure. Patience now means success later.
So what is the best path forward in space again?
All things considered, I still think that Mars can wait. We should return to the Moon and build a permanent presence on the Moon first, and then move on to Mars.
The author in a video produced by the Moon Village Association (Credit: Moon Village Association).
To me, boosting the human spirit is the main reason to push forward with human space expansion in the solar system this century, instead of waiting for future human-like (or superhuman) AIs. This applies to both the Moon and Mars.
I’m old enough to be an Apollo orphan, and I want to live again the Apollo adventure that I found so inspiring when I was a kid. But I understand that different people of different generations are inspired by different things.
Perhaps Mars can inspire the young more than the Moon ever could. A red planet colony could fire up the imagination and ambition of the young, pushing them to work hard and achieve great things not only out there in space but also down here on this planet. Let me know your opinion in the comments.
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While some in the crypto industry cheered this development as a victory, and President Trump also emphasized how this was another election promise that he fulfilled, it was a nothing-burger for traders who were expecting fireworks and massive gains.
Last Friday though, Trump and crypto figureheads like crypto czar David Sacks, Bitcoin whale Michael Saylor (MicroStrategy), Brian Armstrong (Circle), Brad Garlinghouse (Ripple) and others came together to discuss the next steps to build a government stockpile of cryptocurrencies including Bitcoin, Ethereum and Solana.
The summit provided a few positive takeaways for the USA’s long term HODLing of crypto – Bitcoin in particular – but fell short of the groundbreaking announcement that the crypto masses demanded after having a bad few weeks. Markets slid down again soon afterwards, as talk of trade wars escalated.
Let’s take a look at the brief history of Trump’s crypto reserves and what they entail.
The Social Media Post that Started it All
President Trump set the ball rolling on March 2 when he took to Truth Social, a Twitter competitor owned by Trump Media and Technology Group, to announce that a U.S. crypto reserve will consist of XRP, Solana (SOL), Cardano (ADA), Ethereum (ETH), and Bitcoin. Sadly for traders, the announcement failed to kickstart an altcoin season.
Excited to learn more. Still forming an opinion on asset allocation, but my current thinking is:
1. Just Bitcoin would probably be the best option – simplest, and clear story as successor to gold 2. If folks wanted more variety, you could do a market cap weighted index of crypto… https://t.co/jv8Gcn8N2S
Others noted the strategic reserve gives the industry positive legitimacy. As this development unfolds, it’s time to understand what a strategic reserve is and why it matters.
What is a Strategic Reserve?
The concept of a strategic reserve in the USA dates back to the Gold Reserve Act of 1933, which aimed to hold critical resources to buffer against economic shocks like supply disruptions or price volatility.
These reserves are carefully guarded and can only be released when the government needs them.
Throughout the 20th century, the USA continued creating other strategic reserves to protect against shortages, such as the Strategic Petroleum Reserve in 1975 after the Arab oil embargo. These reserves are intended to stabilize essential assets for national defense or economic security. However, neutrals are wondering what makes BTC essential enough to warrant such a move.
Executive Order on Bitcoin Strategic Reserve
The executive order signed by President Trump on March 6 creates a Strategic Bitcoin Reserve. The naming suggests that Bitcoin is the only cryptocurrency that will be treated as a reserve asset.
Here are the key components of the executive order:
U.S. Digital Asset Stockpile
There is a difference between a reserve and stockpile. A reserve is one-way traffic: you can only deposit but not take out. On the other hand, a stockpile is flexible, with active buying and selling.
The executive order creates a Bitcoin reserve and a digital asset stockpile that includes digital assets other than Bitcoin owned by the Department of Treasury – seizures from criminal activities. The government will not acquire additional assets beyond those seized by the state, and the Secretary of Treasury may determine the strategies for maintaining the stockpile.
Strategic Bitcoin Reserve
The executive order says that only Bitcoin will be treated as a reserve asset. At this stage, it appears that the government will not be actively buying or selling Bitcoin but rather capitalizing the reserve with Bitcoin owned by the Department of Treasury. These bitcoins were acquired through criminal or civil asset forfeiture proceedings.
This is a big win for ‘Bitcoin Maxis’ who believe that BTC is the ‘one true cryptocurrency’ and the rest is just noise with a sell-by date.
The United States will not sell Bitcoin deposited into the Reserve, as it will be regarded as a store of value. Critics argued that Bitcoin is too volatile to be included in the Strategic Reserve.
The Secretaries of Treasury and Commerce are authorized to develop budget-neutral strategies for acquiring additional Bitcoin at no extra costs to taxpayers.
What Needs to be Done First?
There could be a long way to go before the Bitcoin Reserve and Digital Asset Stockpile executive order goes into full effect. U.S. agencies must first fully account for their digital asset holdings to the Secretary of the Treasury and the President’s Working Group on Digital Asset Markets. The U.S. crypto czar David Sacks says the holdings have not yet been audited. Arkham Intelligence says the United States holds 198.1K Bitcoin, worth over $17 billion.
Secondly, the Treasury and Commerce Departments will need to find strategies to acquire additional BTC without spending taxpayers’ money.
There is another hurdle to jump through. The Congress may need to pass a bill to appropriate funds for the Bitcoin Reserve. This means the Trump administration needs to have the Congress on its side to cross over the line.
Potential Benefits
Whatever happens in the future, the Bitcoin Strategic Reserve is a major boost for the industry. The crypto industry is moving from the fringes of the financial world to being seen as a store of value by policymakers.
Bitcoin has long been called ‘digital gold’, and its proponents claim it can hedge against inflation and economic instability. Importantly, it could become a long-term investment in the Strategic Reserve.
Credit: Tesfu Assefa
Wrapping Up
It’s still uncertain if the Bitcoin Strategic Reserve and altcoin stockpile will fully materialize, but the wheels are in motion. President Trump’s early teaser on TruthSocial hinted at Bitcoin’s strong support from industry leaders while other assets play a supporting role.
These are early days, but the legitimacy of the industry is strengthening as crypto regulation becomes more favorable. And when you dig deeper, one thing becomes clear: Bitcoin is here to stay. How much it will be worth is a whole other question.
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Tether Hits $13 Billion Profits for 2024 And All-Time Highs in U.S. Treasury Holdings, USD₮ Circulation, and Reserve Buffer in Q4 2024 Attestation Read more: https://t.co/1CRfIK5XR0
It also gets more interesting. With a lean team of just over 100 employees, Tether’s profits trump those of major Wall Street giants that have thousands of staff. And Wall Street is noticing.
Tether generates tangible revenue from its real-world impact, setting it apart from crypto projects which rely on speculation, hype, and memes. As a result, we’ve seen more and more new entrants to the stablecoin market, such as PayPal (PYUSD), Ripple USD (RLUSD) and the controversial Ethena USD (USDe), an algorithmic stablecoin. What does this mean for the future of stablecoins and crypto?
These numbers on Tether’s 2024 profits come from a fourth-quarter and year-end attestation reviewed by the independent accounting firm BDO. Tether doesn’t publicize its financial documents – and this has been a source of controversy for years, with people questioning the existence of reserve funds.
The BDO report claimed the company’s net profit exceeded $13 billion: an all-time high. This puts Tether among the most profitable financial entities in the world. To compare, TradFi giant Goldman Sachs reported $14.3 billion in net income for the same period.
Tether casually makin' 13 billion in profit last year. They have 100 employees…😳
The profit was driven by several key factors, including significant returns from U.S. Treasury holdings and repurchase agreements. Unrealized gains from its gold and Bitcoin investments are also included.
Tether’s equity rose to over $20 billion, reflecting its financial health and strategic investments in various sectors such as renewable energy, Bitcoin mining, AI, telecom, and education.
Tether’s exposure to U.S. Treasuries reached a record high of $113 billion, making it one of the largest holders of U.S. government securities globally – ironic when you view US regulators’ largely anti-Tether stance in favor of its nearest competitor and homegrown stablecoin Circle (USDC).
Growing Reserve Buffer
Tether’s excess reserve buffer surpassed $7 billion for the first time, the report claims. This marks a 36% increase over the past year.
Fears that Tether carries systemic risk that could bring down the whole cryptocurrency industry have been around since its earliest days, especially after it was accused of creating fake volume during the 2017 bull run and its devastating hack in 2018.
Increased USDT Circulation
Tether’s market cap has grown to $142 billion (28 February 2025), up from less than $100 billion a year earlier. It is the most widely used stablecoin, although a separate report claims that less than 10% of stablecoin transactions involve real users.
Tether’s impressive financial performance will not go unnoticed in the financial world. It will have effects on the stablecoin market and the broader crypto landscape.
Stablecoin Dominance
Tether’s latest financial report reäffirms its position as the leading stablecoin issuer. USDT leads the stablecoin pack by a long margin.
In the crypto market, stablecoins are at the center of many DeFi protocols, because they facilitate lending, borrowing, yield farming, and activities like that. Beyond the crypto space, stablecoins offer a cheap and fast form of payment.
The adoption of stablecoins is rising in inflation-hit countries, particularly in Latin America, because they act as a hedge against inflation and currency volatility. The recent Tether report casts the stablecoin in a good light and adds credibility. This could help attract more users and strengthen its position in the stablecoin market.
Regulators Not Impressed
Tether continues to face scrutiny from regulators despite its financial success. Its reliance on quarterly attestations by BDO has drawn criticism from regulators and crypto observers who are calling for full audits in the name of transparency.
Several exchanges such as Kraken are delisting Tether. Some exchanges have been planning to delist it in the EEA (European Economic Area) since the EU’s Markets in Crypto-Assets (MiCA) went live. This regulation states that only licensed operators can issue stablecoins in the EU. National governments are releasing their crypto guidelines, which might also affect Tether’s use.
RLUSD: The Stablecoin Leading the Charge in Europe’s MiCA Era
“The EU's MiCA regulations have come into full effect, leading to the delisting of Tether stablecoins in Europe. This opens up space for a MiCA-compliant stablecoin, such as RLUSD.” – By @JA_Maartun
Tether’s global influence is growing. The company is moving to El Salvador after it received a license there as a digital asset provider. El Salvador legalized Bitcoin as a legal tender (at the top of the 2021 cycle) but had to scale back on its BTC policies to secure loans from the International Monetary Fund (IMF).
Credit: Tesfu Assefa
Wrapping Up
A profit of more than $14 billion with a lean team will get traditional finance firms wishing they could pull off the same. Tether has outclassed many companies by a long stretch. However, questions about its transparency are still on the table, and it will take a lot to soothe regulators. On a positive note, its global influence is growing, and the crypto industry is the big winner if its profitability draws in new competitors with clean track records and good reputations. For investors, using new stablecoins across new ecosystems and chains could help you get substantial interest or help you qualify for airdrops down the line. So while they’re boring by design, stables could be the new crypto cash cow if you use them correctly across the DeFi landscape.
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There was a dream that was the internet. A collectivised network architecture sustained by computers around the world hosting content, answering packet requests, and working as a hive to create ubiquitous communications to bind us as a global species.
It worked, kind of. It’s no hyperbole to suggest that the internet may be humanity’s greatest invention to date – or at least its most impactful. Just like the printing press before it, the internet changed the world. The printing press led to the Reformation in Europe. The internet has reformed society as we know it into something new.
There are now two selves, the physical and digital. Two realities, offline and online. There is humanity pre-internet, and post-internet, and they are radically different beasts. In the early days of the internet, innovators waxed lyrical about how this advanced communications tech would change every aspect of society. Sages like Arthur C Clarke predicted utopian futures before the first network even went online. Humanity’s conversation would be unmediated by centralized forces of control that suppress and censor.
Cloud Control
Until it was stolen from us. Until we sacrificed our liberty for efficiency. A Faustian bargain from which the internet has never recovered. A bargain that means the most powerful corporations in the world are all tech companies. Not oil, not weapons, not minerals, but computers. A bargain that has destroyed all sense of privacy and led to the rise of authoritarianism by stealth.
A bargain made with our head in the clouds. Cloud computing, where data, processes, websites, servers, and every packet of online activity is routed through centers controlled by powerful corporations who, offering their services, turned the internet from a prelapsarian Eden of free ownership, software and creativity into a walled garden where every space is rented and every step is tracked.
Our computers, once powerful networked agents in the internet ecosystem, have been reduced to dumb hardware clients, pack mules that are only capable of delivering services whose entire function is dependent on servers in foreign lands. The servers can be censored, restricted, attacked, or otherwise rendered useless by the police and the state. You don’t own anything digital anywhere, not even your work.
This article was drafted in a Google Doc. Once the Panoptic Super AI goes live and begins scanning every word processed through the platform, maybe it decides it doesn’t like this criticism I’m making – and my access to my own creations is restricted, my work deleted, my account banned. As the warring ’20s have so far proved, the impossible can become unstoppable in an instant. The imperative need to secure the freedom of the internet has never been more important.
Local-First Computing – the Antidote to a Poisoned Internet
Enter Local-First computing, a new paradigm for internet architecture that promises to restore privacy, ownership, sovereignty and control to our digital landscapes. Local-first computing wants to give the end-user back authority over their actions in cyberspace, and forge resilient systems that are not at the mercy of a single DDoS attack or plug-pull.
The principle is simple, even if the technology is complex. Turn computers back into data processors, and make all machines contributors once again to the internet that we access. It’s not just about storing data in distributed databases, but making that data processable by the network of local edge devices.
A fleet of industrial devices on the factory floor wouldn’t send their data to distant servers to be processed and resupplied, but simply connect to another and operate on data in real time. Smart cars on the road link to others for local traffic updates and emergency warnings. Satellites in the sky process their data on-device (above the clouds), rather than expensively relaying every data packet to Earth and back. In the era of AI, where control of data is a key battleground, and relentless data-harvesting to improve models is a massive social threat, ownership of our data stops the potential overreach of corporate AIs.
The tech is new, but the possibilities are endless. Removing our reliance on the cloud returns us to the creative commons with true privacy and ownership. It’s what the internet used to be, and it breaks the monopoly that tech infrastructure giants hold over all of us. A new open internet where we can run free, and where your participation isn’t determined by central forces.
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Turning real-world assets (RWA) like stocks, bonds, fiat money, debt, and property into tokens on the blockchain marks a significant shift in how traditional assets are managed and traded.
Major players like BlackRock are actively pushing RWA tokenization forward, with estimates suggesting the RWA market could reach $500 billion in 2025, a 13× from its current $38 billion market cap. This growth is driven by increasing institutional adoption and regulatory clarity, particularly following key appointments in U.S. regulatory bodies.
Let’s take a look at some of the brightest projects out there and the utility they bring.
Ethereum: The Foundation Layer
Ethereum remains the dominant force in RWA tokenization, hosting 86% of all tokenized real-world assets. Major institutions consistently choose Ethereum for their RWA launches, trusting its security, established regulatory status (now that it has an approved ETF) and the specialized ERC-3643 token standard designed for easily tokenizing regulated assets.
The upcoming Petra upgrade promises improved scalability for the base layer, while the growing layer-2 ecosystem reduces costs and increases transaction speed, making Ethereum increasingly practical for RWA trading.
Chainlink: The RWA Data Backbone
Chainlink has established itself as RWA infrastructure. Its decentralized oracle network connects smart contracts with real-world data, making it a good fit for asset tokenization.
The platform’s reliability in providing accurate data feeds allow it to verify asset values and automate crucial processes like rental income distribution and property management.
K33 Research recently labeled Chainlink as the safest bet in the RWA narrative, confirming its solid foundation to help build the new ecosystem. The LINK token, used for oracle services and node operator incentives, stands to benefit from increased RWA adoption.
Pros:
Industry standard for RWA data feeds
Strong track record of reliability
Growing institutional adoption
Cons:
Token value tied to network usage
Complex tokenomics
High competition in oracle space
Ondo: The Institutional Bridge
Ondo aims to lead the way in creating tokenized traditional assets. Its transparent operations and regulatory compliance have attracted significant institutional interest. The company’s recent launch of Ondo Global Markets (GM) represents a major step forward in making RWA investing more accessible through tokenized stocks, bonds, and ETFs.
The platform works closely with traditional finance giants, holding approximately 38% of BlackRock’s BUIDL fund. Institutional backing like that, combined with its purpose-built layer-1 blockchain for RWAs, positions Ondo as a promising player in bridging traditional finance and blockchain technology.
Pros:
Strong institutional partnerships
Regulatory compliant framework
Growing asset selection
Cons:
Limited token utility currently
Dependent on regulatory clarity
Regional restrictions
Mantra: The Compliance-First Network
Mantra distinguishes itself through a unique approach to RWA tokenization: it embeds compliance directly into its protocol. It is a Cosmos-based blockchain with built-in KYC/AML (Know Your Customer/Anti-Money Laundering) capabilities and transaction monitoring, making it particularly attractive for institutional users looking for regulatory-compliant solutions.
Recent partnerships, including a significant deal to tokenize over $1 billion in real estate with DEAC, demonstrate growing market confidence. The platform’s focus on Middle Eastern and Asian markets has helped establish strong regional presence.
Pros:
Built-in compliance features
Strong regional partnerships
High performance infrastructure
Cons:
Geographic limitations
Early stage development
Complex regulatory landscape
Plume: The Rising Star
Plume is a modular, secure, and scalable blockchain infrastructure that facilitates tokenizing and managing RWAs optimally. It has quickly captured market attention in the RWAfi space, amassing 18 million addresses and $4 billion in available assets.
Following a successful $20 million funding round, the platform has integrated with major players including Paxos and LayerZero, setting the stage for rapid expansion in 2025.
The platform’s token price has shot up, suggesting strong market confidence in its approach to RWA tokenization. This momentum positions Plume as a potential market leader in the coming year.
Goldfinch: The Global Lender
Goldfinch operates as an Ethereum-based lending platform, currently managing nearly $100 million in active loans to businesses worldwide. Backed by prominent venture firms including Andreessen Horowitz and Coinbase Ventures, the platform bridges the gap between crypto liquidity and real-world lending.
The GFI token, though smaller in market cap than other RWA project tokens, is exhibiting growth potential as the platform expands its lending operations.
Sky (formerly MakerDAO): The RWA Pioneer
Sky’s transformation from MakerDAO represents a strategic shift toward RWA integration. Its rebranded USDS stablecoin uses real-world assets including Treasury bonds and mortgage loans as collateral, generating stable yields and connecting traditional finance with DeFi infrastructure.
The platform’s innovative ‘smart burn’ engine applies deflationary pressure on the SKY token as protocol fees increase, offering a unique value proposition for token holders. This mechanism becomes particularly significant as RWA adoption grows.
Artrade: The Art Market Innovator
Built on Solana‘s high-speed blockchain, Artrade targets the fine art market with its tokenization platform. This focused approach has helped the project carve out a unique position in the RWA space, offering investors exposure to a traditionally exclusive market.
The platform’s recent growth suggests increasing market interest in specialized RWA solutions, particularly in premium asset classes like fine art.
Ethena: Pioneering Synthetic Dollar Stablecoins
Stablecoins represent the earliest form of Real-World Assets in the crypto space, with a market cap reaching $180 billion. Ethena (USDe) introduces an innovative approach as a non-custodial stablecoin backed by ETH and stETH.
Custodial stablecoins like USDC and USDT are backed by government securities, but Ethena instead uses ‘delta hedging’ – a sophisticated trading strategy where the protocol opens equivalent short derivatives positions in ETH for every USDe unit, offsetting potential price volatility.
However, experts have raised concerns about Ethena’s sustainability, particularly regarding its high-yield offerings during bear markets, and the regulatory implications of its complex derivatives operations.
OriginTrail: Providing RWA Data Transparently
OriginTrail tackles the challenges of data transparency and verification through its decentralized knowledge graph (DKG) platform. The system enables the tokenization and traceability of real-world assets, while addressing critical issues like data silos and inefficient information-exchange.
The platform has three key components:
the DKG for secure data connection and verification
a multi-chain blockchain infrastructure for transaction security
the TRAC token for network operations and governance.
This ensures that data remain both accessible and tamper-proof, providing a crucial bridge between traditional asset management and blockchain technology.
Credit: Tesfu Assefa
Final Thoughts
2025 will be the year when the RWA sector matures, and these ten projects should be seen as just some of the early ones in the sector. They represent different approaches to bringing real-world assets on-chain. Success will likely depend on the ability to maintain regulatory compliance while delivering efficient, scalable solutions for asset tokenization.
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The best approaches to influencing the influencers, educating the educators, and motivating the motivators
Eureka!
Sometimes we have a breakthrough realization, when thoughts creep up on us and we suddenly see something in a new light. This often happens while we’re away from work settings – we might be cycling, walking in a woodland, or having a shower. For Archimedes, his Eureka moment happened in the bath.
Can society as a whole change its mind, on important matters, in an instant? For example, what caused society to alter their view of slavery, from something unpleasant but tolerable, to something that should be abolished?
What might it take for society to see robust medical control over age-related disease not as an ethically questionable fantasy, but as an achievable humanitarian goal? Let’s consider a change of view that would push society to decide that it is deeply desirable to provide much more funding for experiments on how to reverse biological aging.
These changes in mindset seem unpredictable and mysterious. So mysterious, indeed, that many advocates for ending aging have almost given up hope that their ideas can ever become mainstream. Humans are just too irrational, these dejected advocates conclude.
Let me offer a model as a basis for greater optimism.
In this model, four main factors can influence people to change their minds:
Surprising new facts – such as showing that mice were treated with anti-aging interventions and then lived much longer, and more healthily, than normal mice
Credible theories – which make sense of these new facts, showing how they fit into a broader pattern, and light the way to even greater results
Internal compatibility – whether these theories challenge, or seem consistent with, your deeper beliefs and desires
External reference – whether these theories seem to have the support of other people you respect such as community leaders or social influencers.
If factors 3 and 4 oppose a new theory, that theory will have a hard time! For example, many people seem to be deeply committed to beliefs such as the following:
“Good people don’t try to take more than their fair share of lifespan”
“The only people who desire significantly longer lifespans are naïve, immature, or egocentric”
“It’s pointless to raise hopes about ending aging – such hopes will only lead to disappointment”
“The natural state of human existence is cyclical: a rise and fall in health, and a passing of the torch to new generations”.
Find someone with these beliefs and try to talk to them about new experimental results that seem to delay the onset of aging: you’ll find they avert their attention or find some excuse to denigrate the experiment.
To overcome this internal resistance, we can list four approaches – which build on the four-factor model given above:
Uncover and highlight facts that are even more surprising and incontrovertible – “look, here’s another example from nature in which there’s no biological aging”
Talk about theories which are more engaging and more compelling – “there’s nothing mysterious about this, it follows from some very basic principles”
Take time to build bridges with the system of values that the person cherishes – health, community, liberty, courage, service to others, and so on – and show how the new theory supports these values after all
Find influencers (broadly defined) who are willing to understand the theory and then become its champions.
All four of these approaches are important, but it’s the fourth that potentially has the most leverage.
That’s the simple version of the model of change. Now let’s take a deeper look.
Credit: David Wood, aided by Midjourney AI
A pessimistic model of societal influence
We’re all impacted, to greater or lesser extents in different contexts, by the views expressed by people we can call ‘influencers’ or ‘thought leaders’. These may include the most popular children at school, respected aunts and uncles, community leaders who have an aura of wisdom, writers who strike us as being particularly smart and knowledgeable, performers who reach us emotionally as well as rationally, podcast hosts who seem to be on top of changing currents, the stars of cinema, music, or sport whose accomplishments we admire, and so on.
Hence the general advice for any would-be social movement: “influence the influencers”. This is often coupled with two similar pieces of advice: “educate the educators” and “motivate the motivators”.
This pushes the basic problem back one stage. Rather than figuring out how to cause a member of the general public to change their mind, we now have to figure out how to cause various social influencers to change their minds.
In some cases, influencers respond to the views of domain experts. The reputations of the influencers depend, in part, on saying things that relevant domain experts consider credible.
Before an influencer decides to become an advocate for a disruptive view – such as “the end of aging is nigh” – they are to consult the views of the most renowned scientific researchers in the field of longevity.
Here another major problem arises. The community of longevity researchers by no means speaks with a single voice. Instead, it contains plenty of scepticism. Apparently well-credentialed researchers in longevity science express opinions like “it may take 100 years to learn how to comprehensively solve aging”. Others say things like “we still don’t know what causes aging”.
It’s no surprise, therefore, that many would-be social influencers shy away from bold statements about the possibility of ending aging quickly.
The conclusion of this line of analysis: changing opinions within the community of longevity research scientists would be the most valuable move. Imagine if this community transforms from its present cautious pessimism into more full-throated excitement!
What could cause that transformation? What could influence the influencers of the influencers?
Well, since these ‘influencers of influencers’ are scientists, the answer should be clear. What should change their minds, other things being equal, is a combination of the first two points listed above, namely –
Surprising new facts – such as showing mice being treated with anti-aging interventions and then living much longer, and more healthily, than was previously expected
Credible theories – which make sense of these new facts, showing how they fit into a broader pattern, and light the path to even greater results
There’s a catch: every experiment that might lead to “surprising new facts” requires funding, and there’s a limited amount of that going around.
Worse, many of the most promising longevity experiments have little prospect for immediate commercial payback to investors. They are experiments whose results are public goods, without any lock-up of IP (intellectual property).
Accordingly, while some important anti-aging experiments can be funded by venture capitalists or other financial investors anticipating a commercial return (through sales of medical treatments), many others require funding from philanthropic or public sources such as government agencies.
This pushes the problem back one more time. Now the question is: how to influence the decision-makers who control those sources of funds (whether philanthropic or public)?
So long as members of the general public express apathy, or even hostility, toward experiments that might reverse aging, decision-makers who control funding will be reluctant to challenge that stance.
It may seem that we have reached a vicious cycle:
Members of the general public won’t change their minds until social influencers change their minds
Social influencers won’t change their minds until the community of longevity scientists change their minds
The community of longevity scientists won’t change their minds until scientific experiments challenge their current scepticism
These scientific experiments won’t take place until more funding is made available for them
People who control large public funds won’t approve spending on anti-aging research until the public changes their minds.
Credit: David Wood
It’s as I said earlier: it’s no surprise that many advocates for ending aging have almost given up hope that their ideas can ever become mainstream.
An optimistic model of societal influence
But wait. We shouldn’t think just in binary terms. It’s not a matter of complete failure versus complete success. It’s a matter of gradually changing minds – in the wake of increasingly significant experimental results.
The simple description of this new model is: “Good experimental results generate social excitement, leading to more funding, and to even better results.”
An even simpler description is: “Positive feedback loops generate exponential acceleration”. That is, the first few loops may generate only slow, incremental improvements, but subsequent loops can generate much larger changes.
The model can be expanded into a diagram with (count them!) 25 steps:
Credit: David Wood
The model is shown as having three loops, but that’s an arbitrary number. I’ve chosen three for simplicity.
Let’s walk through the 25 steps:
The model starts (step 1) with an assumption that at least some researchers want to find ways to end aging, and that some funding has been promised to them. These researchers design an initial experiment (step 2) and utilise some available funds to carry out the experiment (step 3).
At this point, the following sequence may happen – perhaps several times over:
The experiment fails to live up to expectations (step 4)
The researchers rethink their theories (step 5)
They update the design of their experiment (step 6)
They apply some more funds to carry out the updated experiment (step 7).
Eventually – and in the next section I’ll explore the plausibility of this step – the experiment produces results that can be described as ‘promising’ (step 8) rather than ‘weak’ (step 4). In turn, this leads to the following cascade:
At least some members of the broader longevity research community become more enthusiastic about the possibility of ending aging in the relatively near future (step 9)
At least some of society’s influencers (television personalities, podcast hosts, etc.) speak more warmly than before about the case for ending aging (step 10)
Influenced by the influencers, a greater proportion of the general public allow themselves to express hopes, desires, and demands for society to rally behind the project of ending aging sooner rather than later (step 11)
Influenced by the general public, some political leaders, along with other decision-makers who control significant sources of funding, switch their outlook from apathy or hostility regarding ending aging to at least some cautious optimism (step 12)
These decision-makers approve funding researchers who have promising ideas for anti-aging interventions (step 13)
With these additional funds, the researchers design bolder experiments, with more comprehensive anti-aging interventions (step 14), and carry out these experiments (step 15).
This might be followed by one or more loops of increasingly promising results, or one or more loops of comparative failure.
Eventually, the outcome of an experiment goes beyond what could be called ‘promising’ (step 8) to ‘breakthrough’ (step 16). This breakthrough result unleashes a more powerful cascade of reactions:
The community of longevity researchers moves from merely enthusiastic to solidly convinced; indeed, some scientists who previously kept quiet about their actual views, for fear of being labelled ‘cranks’, no longer self-censor, and now speak out strongly in favour of shorter timescales (step 17)
The community of social influencers moves from excitement to exuberance (step 18)
The general public moves from mere excitement to activism and mobilization (step 19)
Politicians now find themselves free to express their own (perhaps long-suppressed) views that, actually, ending aging would be a profound social good (step 20), and therefore deserves huge amounts of funding (step 21)
With ample funding available at last, longevity researchers can design (step 22) and carry out even bolder research (step 23).
Perhaps after one or more additional turns of this loop, the results will be so conclusive (step 24) that the vast majority of society unites behind the cause of ending aging, and adopts in effect a wartime mentality of ‘whatever it takes’ to reach that goal without any further delay (step 25).
Double-checking plausibility
Where might the above model of change encounter its most serious blockages?
The biggest leaps of faith involve believing that experiments on rejuvenation treatments will indeed produce results that can be described as ‘promising’ (step 8), ‘breakthrough’ (step 16), and ‘conclusive’ (step 24).
Reasons for thinking that experiments will in due course have such outcomes include:
A simple extrapolation of previous experiments, which have had their share of promising outcomes
The strengths of various theories of aging, not least the theory which I personally judge to be the most compelling, namely the damage-accumulation theory of aging.
Some readers may prefer a different theory of aging, with central roles given to (for example) hormones, bioelectricity, the immune system, or genetically programmed decline. If you have a favourite theory of aging and believe it to be credible, you will share my assessment that good outcomes will eventually result from anti-aging experiments. These readers will regard it especially important to change/update theories (step 6). (For these readers, the ‘update’ will require more than a change of parameters; it will be a total change of paradigm.)
Reasons for thinking that anti-aging experiments will not in due course have promising outcomes include:
A pessimistic assessment of the rate of progress in recent years
Criticisms of theories of aging.
I’m not impressed by any general extrapolation from “slow progress in the recent past” to “slow progress in the indefinite future too”. That extrapolation entirely fails to appreciate the exponential-acceleration model I’ve described above. Indeed, there have been plenty of other fields (such as artificial intelligence) where a long period of slow progress transitioned into a period of more rapid progress. Factors causing such a transformation included:
The availability of re-usable tools (such as improved microscopes, molecular assembly techniques, diagnostic tests, or reliable biomarkers of aging)
The availability of important new sets of data (such as population-scale genomic analyses)
The maturity of complementary technologies (like how a network of electrical recharging stations allows the wide adoption of electric vehicles; or a network of wireless towers allowed the wide adoption of wireless phones)
Vindication of particular theoretical ideas (like how understanding the importance of mechanisms of balance allowed the earliest powered airplanes to take flight; or the germ theory for infectious diseases)
Results that demonstrate possibilities which previously seemed beyond feasibility (such as the first time someone ran a mile in under four minutes)
Fear regarding a new competitive threat (such as the USSR launching Sputnik, which led to wide changes in the application of public funding in the USA)
Fear regarding an impending disaster (such as the spread of Covid-19, which accelerated development of vaccines for coronaviruses)
The availability of significant financial prizes (such as those provided by the XPrize Foundation)
The different groups of longevity researchers committing to a productive new method of collaboration on issues that turn out to bear fruit.
That leaves questions over how to assess which theories of aging are credible. To be clear, it’s in the nature of scientific research that the validity of theories cannot be known in advance of critical experiments. That’s why research is needed.
I accept that it’s possible that the biological aging of humans will turn out to be comprehensively more complex than I currently conceive. It’s also possible that alternative theories for how aging can be ended will fail too. But these are only possibilities, not what I would expect.
I doubt there’s any meaningful way to measure the probability of such a failure. However, until someone produces a good counterargument, I will continue to maintain there’s at least a 50% chance that aging can indeed be defeated, sooner or later, by a programme of rejuvenation interventions.
Even if that probability were considerably lower – just 5%, say – that would still be a reason for society to invest more of its discretionary financial resources to fund a number of the anti-aging experiments that, on paper at least, appear promising.
These experiments will provide important data to help answer the questions:
Do our theories of aging appear to be on the right track?
If these theories are on the right track, is it sooner, or instead later, that we are likely to obtain conclusive results from anti-aging experiments?
Short-cuts and warnings
In a moment, I’m going to switch from the theoretical to the practical. That is, I’m going to suggest ten ways that each of us might be able to help accelerate the end of aging. I’ll do so by referencing the above model.
But first, it’s time to admit that, of course, there are many pathways of influence, education, and motivation beyond the ones represented by the arrows in the above diagram.
For example:
Some members of the general public may change their minds, not because they are inspired by a social influencer, but because they consult science publications directly
Some important experiments can proceed, not because they receive funding from public institutions, but because a group of volunteer citizen scientists provide their services free of charge
Sometimes individual politicians can prove themselves to be visionaries, championing a cause ahead of majority public opinion
There are special kinds of influencers, such as patient advocates, who can play their own unique roles in magnifying flows of new understanding throughout society.
In other words, the arrows in the above diagram show only the mainstream flows of influence, and omit many important secondary influences.
With that in mind, let me now offer some answers to the question that I often hear when I speak about the possibility of defeating aging. How can people help to bring about this possibility more quickly?
In all, I’ll offer ten suggestions. But watch out: in each case, there’s a risk of taking the suggestion too far.
Credit: David Wood
1. Learn the science
As stated earlier, two of the most powerful tools to change minds are to share new information and to share new ideas. That is, to draw people’s attention to surprising facts discovered by scientific investigation, and to credible theories, which make sense of these surprising facts.
Before we can share such information and ideas with others, we need to understand them ourselves. That’s why one of the key ways to help accelerate the defeat of aging is to keep learning more about the facts and theories of aging – as well as the facts and theories of how aging can best be reversed.
What’s more, the better our collective scientific understanding of the aging process, the more likely it will be that an appropriate set of anti-aging experiments will be prioritized – rather than those who are championed by people with loud voices, large wallets, or unfounded scientific prejudices.
I acknowledge that subjects such as biochemistry, immunology, nutrition, pharmacology, comparative evolution, genetics, and epigenetics can be daunting. So, take things step by step.
Two foundational books on this overall set of topics are Ending Aging: The Rejuvenation Breakthroughs That Could Reverse Human Aging in Our Lifetime, by Aubrey de Grey and Michael Rae, and Ageless: The New Science of Getting Older Without Getting Old, by Andrew Steele. In the last 12 months, I’ve also benefited from reading and thinking about (among others)
The Genetic Book of the Dead: A Darwinian Reverie, by Richard Dawkins
Two books by Nick Lane: Transformer: The Deep Chemistry of Life and Death, and Power, Sex, Suicide: Mitochondria and the Meaning of Life
Eve: How the Female Body Drove 200 Million Years of Human Evolution, by Cat Bohannon
Why We Die: The New Science of Aging and the Quest for Immortality, by Venki Ramakrishnan.
There’s a lot more that can be learned from Youtube channels, podcasts, and real-world presentations and gatherings.
But beware: Don’t fall into the trap of thinking you should take no action whilst there are still gaps in your understanding of the science. The solution of aging involves engineering as well as science. Engineering involves finding out what works in practice, even though there may be gaps in scientific explanations.
Indeed, it may well be possible to remove or repair the damage which constitutes biological aging without knowing the exact metabolic sequence that gave rise to each piece of damage.
In other words, don’t let imperfect knowledge be a cause of inaction.
2. Become a citizen scientist
Even if your knowledge of science is far from comprehensive, you may still be able to assist important anti-aging projects by methods such as:
Literature searches, looking for articles relevant to the design or progress of an experiment
Data analysis and review
Self-experimentation: becoming a participant in studies on fasting, supplements, or biohacking
Organizing small-scale experiments using low-cost lab facilities.
Even small contributions can make a big difference over time.
A citizen scientist often devotes only a portion of their spare time to such projects. After retiring from their main job, some even become full-time citizen scientist researchers.
But beware: Each project tends to build its own momentum, and the motivation of participants can change from “I’m doing this to help reverse aging” to “I’m doing this because I want to finish the project and be able to list it on my CV” or even “I’m pivoting this project away from focusing on aging to focusing on something more commercially rewarding”.
In other words, be sure to keep the goal foremost in your mind.
3. Learn the broader arguments
As covered earlier, there’s a lot more to changing people’s minds than merely quoting scientific facts and scientific theories. In practice, people’s minds are heavily influenced (consciously or unconsciously) by their views on religion, philosophy, economics, and politics. To help change people’s thinking on the desirability of ending aging, we need to become familiar with the counterarguments from these fields – and we need to become adept at responding to these counterarguments in ways that are respectful but also persuasive.
Again (as with science) we don’t need to learn about these non-scientific topics just to influence others, but also so that we can free our own choices and actions from biases and prejudices that we previously didn’t recognise.
In the last 12 months, I’ve personally benefited from reading and thinking about the following books (among others) which addressed those subjects:
The Longevity Imperative: How to Build a Healthier and More Productive Society to Support Our Longer Lives, by Andrew Scott
Pathogenesis: How Germs Made History by Jonathan Kennedy
The Price We Pay: What Broke American Health Care—and How to Fix It, by Marty Makary
The Future Loves You: How and Why We Should Abolish Death, by Ariel Zeleznikow-Johnston.
But beware: There’s little point in pursuing precise calculations of the economic benefit of rejuvenation therapies. Whether an anti-aging healthcare intervention, applied across an entire society, would be worth $3 trillion in healthy life-years gained, as opposed to just $1 trillion, won’t change the minds of many more people. Instead, the primary reason people resist calculations of vast economic benefit is because they don’t believe in the scientific arguments about the interventions. They don’t believe the interventions will work. Accordingly, it’s the science that they need to come to trust, rather than going more deeply into economics.
The primary reason they fail to accept the scientific arguments is often that they experience a painful cognitive dissonance with the picture they like to hold of themselves as being (for example) hard-hearted, or self-sacrificing, or undemanding, or religiously pure, etc. Accordingly, the conversation that is needed in this case is about values, or identity, or other philosophical foundations. Or perhaps it’s not even a conversation that’s needed, but rather that the person needs to feel comfortable with whoever is expressing these new ideas.
As is often said, when it comes to controversial topics, few people will care about how much you know, until they know how much you care.
In other words, what matters isn’t just the message, but also the messenger. (Which is another reason why well-admired social influencers can have a disproportionate impact upon public opinions.)
4. Steer conversations
Once you’ve learned at least some of the scientific theories about aging, and at least some of the broader philosophical arguments, then you’ll in principle be able to help steer both private and public conversations toward the conclusion that ending aging in the not-so-distant future is both scientifically credible and morally desirable.
That is, you’ll be ready to become an influencer too – albeit one who is less influential than media stars or broadcast personalities. You’ll be able to correct various misconceptions and distortions about aging – and how it might be cured.
To do this well, you’ll need to develop communication skills, which may include one or more of the following:
Good writing
Good listening
Good questioning
Good speaking
Good humour
Good graphics
Good narrative construction
Good music composition
Good video composition
But beware: Not every argument is worth winning. Not every conversation needs to be pursued to an agreement. Sometimes it’s prudent to step back from an interaction, especially if it’s with people who delight in trolling, or who are unprepared to change their minds.
Also note that how you conduct an argument is often as important as what you say in that argument. If we are perceived as being obnoxious, or arrogant, or dismissive, etc, we can do more harm than good.
In other words, pick your battles carefully – and remember that your behaviour can have a bigger impact than your message.
Credit: Tesfu Assefa
5. Anticipate larger narratives
As people think more seriously about the possibility of biological rejuvenation, they’ll frequently start to wonder about some larger questions:
If rejuvenation therapies can undo damage in our bodies and brains, might similar therapies enable us to live ‘better than well’ – with significantly better fitness, vitality, strength, and so on, than even the healthiest people of previous eras?
Indeed, why stop at physical rejuvenation? What about using technologies to rejuvenate our minds, our emotions, our relationships, and our spirituality?
If we can eliminate the pain of aging in humans, why not also the aging experienced by our pets, and by other animals with whom we share the planet?
Alongside rejuvenation of vitality, what about rejuvenation of fertility? Might someone choose to keep on having babies into their nineties and beyond?
Is ‘til death do us part’ still the best principle to guide marriage, if lives and good health extend far beyond the biblical figure of threescore years and ten?
Would ending aging worsen inequalities? Or result in irreparable damage to the environment?
If generations no longer retreat from the workforce due to declining vitality, making way for younger employees to be promoted, how will workforce dynamism be preserved? And won’t there be a cultural stagnation in fields such as the arts and politics? Indeed, what about immortal dictators?
There are three general types of reactions to these questions:
These possibilities are awful, which is a reason to oppose the ending of aging
Lives will for the most part remain the same as before, except that they will become much longer
Human experience is likely to be transformed in many other ways, beyond simply living longer; our lives will be expanded rather than just extended.
In case you’re unsure, the third reaction is generally the correct one.
Accordingly, advocates for ending aging need to decide whether to remain silent on the above sorts of questions – switching the conversation back to more comfortable topics – or instead to have thoughtful answers ready.
The good news is that communities such as transhumanists, vitalists, cosmists, singularitarians, and other radical futurists, have already explored these questions at some length. The bad news is that the writings of these groups are sometimes bewildering, contradictory, or disturbing.
That’s a reason for longevity advocates to start to become familiar with the twists and turns of this philosophical landscape. If you have nothing to say when a conversation turns in these directions, someone may conclude that you haven’t thought through the consequences of your beliefs, and that, accordingly, you aren’t to be trusted.
But beware: Although it’s good to be prepared for conversations turning to subjects such as transhumanism, cryopreservation (also known as biostasis), human-machine cyborgs, replacement bodies, and longtermism, it’s probably best in most cases not to start a conversation on these topics.
If people perceive you as being more interested in these topics than, say, extended healthspans for all, they may decide that you are too weird, and break off their conversation with you.
In other words, be ready for conversations to turn radical, but avoid premature radicalisation.
6. Beware snake oil
I’ve already mentioned how well-intentioned advocacy for ending aging sometimes does more harm than good. Examples include:
Speaking rationally but without empathy or sensitivity
Disregarding value-systems which are held dear by people listening
Introducing topics that frighten listeners, and which switch listeners from open-minded to closed-minded
There’s one other way in which ill-judged advocacy can rebound to make the anti-aging field weaker rather than stronger. Namely, if anti-aging enthusiasts champion treatments, therapies, potions, pills, processes, lifestyle habits, or whatever, that have limited scientific credentials, or, worse, have evidence that they cause harm.
Some of this over-selling arises from naïveté: the enthusiast has put too much trust in a friend, colleague, or social influencer, and hasn’t done good research into the ‘solution’ being advanced.
On other occasions, the over-selling can be deliberate. Think of Elizabeth Holmes of Theranos, Adam Neumann of WeWork, Trevor Milton of Nikola, or Sergei Mavrodi of MMM Healthcare.
On yet other occasions, the perpetrator of the fraud has no expectation that the “solution” will ever become viable. They are simply in the business of finding a gullible audience, telling the audience what they want to hear (for example, “this remarkable treatment is scientifically proven to add years to your healthspan”), taking as much money as possible, and then disappearing from sight. (“So long, sucker!”)
In all three cases, a number of harms can result:
People can have their health ruined by the so-called solution – perhaps even dying as a result of a misdiagnosis
If their biological health remains OK, they may nevertheless suffer a big hit to their financial health
Financial resources that should have been applied to treatments with a stronger scientific basis have been wasted on bogus ones
People viewing from outside may deduce that the entire anti-aging field is full of cranks, cheats, and charlatans; accordingly, they may close their minds to the entire subject.
To avoid these harms, all of us need to keep firmly in mind the principles of scientific investigation. These include:
Checking statistical results, rather than isolated cherry-picked examples
Looking not just for confirming evidence, but also for dis-confirming evidence
Being alert for ‘motivated reasoning’
Ensuring that trials can be replicated
Considering alternative hypotheses
Requiring independent investigation by researchers with no direct ties to the solution
Resisting appeals to apparent authority
Requiring clear explanations, rather than a flood of pseudoscientific mumbo-jumbo.
But beware: Attention to the risks of solutions possibly being flawed should not result in analysis paralysis. Absence of complete evidence should not cause all investigations to stop. It is still possible to recommend various treatments even in the absence of full medical trials, so long as recipients are made aware of the risks involved.
In other words, caution should be our companion, but not our master.
7. Join a business
In recent decades, most of the technological transformations of the human condition have involved businesses that converted research ideas into products for which customers would willingly pay. Consider motor vehicles, airplanes, musical instruments, washing machines, dishwashers, computers, phones, contraceptives, heart pacemakers, hip replacements, and stem cell therapies. A competitive marketplace spurred innovation, quality improvement, price reduction, and greater consumer choice. It will surely be the same with many of the interventions that will help to reverse aging.
By using a combination of the skills already mentioned, you can join a company that is already working on solutions related to the anti-aging cause. Options include:
Joining an established company, or a startup
Joining a company that is already committed to anti-aging, or one that has products that could be repurposed or re-oriented for anti-aging purposes
Joining a company in a role similar to one you’ve had earlier in your career (e.g. HR, marketing, finance, legal, I.T., consulting, validation, or R&D), or instead taking more of a risk and starting a new career trajectory, probably at a lower rung in the ladder.
As always, when deciding to join a company, you’ll need to weigh up a variety of considerations:
Corporate culture
Leadership acumen
Product suitability
Product roadmap
Balance of risk and reward
The calibre of your potential new colleagues
Working conditions
Salary and other compensation
Before you can obtain a job that attracts you, you may need to undergo further training or take an interim role in a position which could become a stepping-stone to your intended destination.
In this way, you could make a significant contribution to bringing important new anti-aging products to the market.
But beware: Businesses can take on a life of their own. Meeting business deadlines can, stage-by-stage, cause you to deviate from what you previously considered to be your true purpose. Instead of supporting R&D into new anti-aging products, your efforts may be diverted into personality conflicts, corporate politics, products that have little to do with anti-aging, or pursuing profits instead of solving aging.
Accordingly, anyone working in a business ought to organise a ‘time-out’ for themselves every few months, in order to reflect on whether their current business role is still the best use of their energy, skills, and resources.
In other words, businesses should be our allies, but not our overlords.
Credit: Tesfu Assefa
8. Make financial contributions
Rather than applying our time into many of the above activities, we can apply our money.
This could be a one-off contribution, or a recurring donation.
It could be an investment made with some expectation of a financial return in the future. Or it could be a philanthropic gift, made just with the thought that millions (indeed, billions) of people could benefit in due course from the anti-aging products and solutions whose development your gift supports.
Of course, deciding which financial contributions to make is as complicated as deciding which job offer to pursue. The range of potential recipients can be overwhelming.
To help you decide, here are some factors to consider:
The potential of your gift to trigger a cascade of further investment by other people, via the kind of feedback cycles in the model described earlier in this article
Whether you prefer to make a relatively safe investment to support some incremental research into an application of some technology that is already reasonably well understood, or instead an investment to help understand core platform mechanisms with potentially many implications
The track-record of the people who will receive your donation
Potential tax-efficiency in the methods by which you make your donation.
But beware: An organisation that you judge to be the best recipient of a donation at one time may no longer be the best such recipient at a later time:
Personnel may change at the organisation
The organisation may change its strategy
New research findings may provide better options elsewhere.
Accordingly, the task of giving money away can be just as challenging as the task of earning it in the first place. To get the best results, we need to remain informed and attentive.
In other words, don’t allow momentum to get the better of your better judgement.
9. Build bridges
This brings us to perhaps the most significant way that many of us can accelerate the defeat of aging. Rather than just relying on our own energy, skills, and resources, we find ways to unleash the energy, skills, and resources, of whole communities of people.
For example, even if you have only limited finances at your own disposal, you presumably know some people who are wealthier than you. Even if you personally lack deep knowledge of science, you presumably know some people with better training in researching the scientific literature. Even if you are personally unable to create engaging videos, you presumably know some friends or colleagues who could take on that task.
This idea lies at the heart of the multiplicative effects of the model of societal change featured in this article. It involves us sharing, with any groups of people who may be ready to respond, news of scientific breakthroughs, updates in scientific theories, and the humanitarian philosophical ideas that validate the radical extension of healthspan.
This bridge-building activity is in some cases fairly straightforward, when we reach out to people who have similarities with ourselves. The kinds of ideas that changed our own minds may well change their minds too. But not always, since the ideas at the backs of people’s minds often differ in unexpected ways.
Accordingly, an important skill in bridge-building is to be perceptive – to listen carefully to any feedback, and to notice whether ideas seem to be received well or badly. It is sometimes wiser to wait for a better opportunity, when your conversation partner may be more receptive.
The most impactful bridge-building can take place when you establish links with a community where, at first sight, you have little connection. However, with creative insight, you can find the right leverage point.
Examples include connecting with:
Patient-support groups, where members are already attuned to the benefits of life-extending treatments, and who may be ready to consider radical alternatives
People with a different political persuasion to you, but who may nevertheless share your conviction that defeating aging should be a clear priority
People from different religious traditions, but who value the possibility of remaining in good health for extended periods of time
People who have earned money in ways differently from you (for example, by crypto investments).
Although the core messages you eventually share with these diverse groups will ultimately be the same, the initial overtures will vary considerably. Communication must be adapted skilfully.
But beware: Not every bridge has equal priority. If you keep encountering opposition from a group you thought should be receptive, the most practical thing to do could be to switch your bridge-building efforts to a different community.
In other words, choose your bridges wisely.
10. Take care of yourself
Before we can apply much effort in any of the above activities, we need to maintain our health, our passion, and our focus.
If you fall ill and die of some avoidable condition, you can only support the anti-aging cause in weak ways for a short period of time. It is far better to remain in tip-top condition for as long as possible.
This is at least as important for psychological health as for bodily health. Being full of energy is important, but it’s even more important to keep orienting these energies in the ways which will have the greatest effect. Keeping our wits sharp can make all the difference between a productive and an unproductive investment of our energy.
In other words, as well as taking the time to exercise our bodies, we need to keep on exercising our minds, and, indeed, to keep on reflecting on the issues that matter most to us.
Hence the advice I gave earlier: be sure to keep the goal foremost in your mind.
That advice forms part of a broader set of suggestions that I have woven into my description above of the ten ways that people can help accelerate the end of aging. For convenience, here are these pieces of advice gathered into a single list:
Be sure to keep first things first in mind
Don’t let imperfect knowledge be a cause of inaction
What matters isn’t just the message, but also the messenger
Remember that your behaviour can have a bigger impact than your message
Pick your battles carefully
Be ready for conversations to turn radical, but avoid premature radicalisation
Caution should be our companion, but not our master
Businesses should be our allies, but not our overlords
Don’t allow momentum to get the better of your better judgement
Choose your bridges wisely.
These pieces of advice can be summarised as “self-mastery”. Without self-mastery, our impact will be reduced.
But beware: The time and effort we put into improving our self-mastery is time and effort taken away from our primary task.
To make the potential danger here easier to grasp, consider a simple model. Imagine that someone can reasonably expect to live another ten years, if they continue to follow their present lifestyle. Imagine also that the availability of significant aging-reversal treatments is estimated at being twenty years in the future. As things stand, that person is likely to die ten years before anti-aging treatments would be able to save them.
By changing their life habits, such as dietary supplements, more regular sleep, and careful monitoring of biomarkers, it’s possible that the person could extend the number of years they might expect to live. But other changes in their life habits, such as staying up late at night creating new videos, or travelling to speak at more conferences, might catalyse an acceleration in the positive feedback cycles described earlier in this article. That could bring forward the date at which aging-reversal treatments become available.
Out of these two choices, which would be preferable? Different people may answer that question differently. But bear in mind that, in the second case, the benefits would apply to everyone still alive (and still aging) on the planet.
In real life, the choices are more complex. Ideally, we can find ways to keep ourselves healthier and more active for longer, and to accelerate the defeat of aging.
But my point is this: there’s more to life than self-mastery.
Credit: David Wood
Going forward
I’ve described a set of ten possible courses of action:
Learn the science
Become a citizen scientist
Learn the broader arguments
Steer conversations
Anticipate larger narratives
Beware snake oil
Join a business
Make financial donations
Build bridges
Take care of yourself
Different people, in different stages of their lives, and in different contexts, will likely decide to divide their focus in different ways between these ten courses of action.
This question – how to divide your personal focus – may benefit from candid advice from people who know you well who are also well grounded in the anti-aging movement. Interacting with communities of such people should help you make better choices. Consider joining the Longevity Biotech Fellowship, and/or the community of Mobilized Vitalists. Also consider attending a conference such as RAADfest and talking to lots of people while there.
There’s an even bigger question: which rejuvenation experiments have the best chance to trigger fast progress around the outer loops of the model of societal change? These are the experiments that most deserve additional funding and support.
This ‘which experiments?’ question is hotly debated among advocates of ending aging. Rather than me stating my own answer to that question, I’ll instead urge you: connect with longevity researchers, listen to what they say, do your own research, and then act.
Dedicated focus on the experiments with the potential to ramp up the excitement levels of the longevity research community should lead to a dramatic acceleration toward the end of aging.
Archimedes and the lever
If we can obtain the right perspective, even the hardest tasks can become simple.
Archimedes is known, not only for his post-bathtime dash through the streets of Syracuse exclaiming “Eureka”, but also (among many other reasons) for the insight captured by this saying: “Give me a place to stand and a lever long enough, and I will move the world”.
Credit: David Wood, aided by Midjourney AI
The task of solving aging might seem as daunting as moving the entire world. However, three points of leverage render this task feasible after all:
The leverage of an actionable theory of aging – namely, in my assessment, the damage accumulation theory of aging
The leverage of an actionable theory of societal change – as covered in the earlier parts of this article
The leverage of specific actions that each of us can take that will accelerate the loops of positive change – actions described in the later parts of this article.
Now let’s get to it!
Acknowledgments
I acknowledge valuable discussions on these ideas with members of the LEVF leadership team and also with participants of the Mobilized Vitalists Telegram channel.
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