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Traditional graph models treat all nodes identically, erasing vital context. Learn how Het-node2vec utilizes type-aware random walks to capture the true meaning within complex networks.

Could a quantum computer process language like our best chatbots? Researchers have successfully merged quantum circuits with attention mechanisms, paving the way for leaner models.

Traditional benchmarks can no longer measure advanced AI. Learn how the new FrontierScience benchmark tests if models are truly reasoning using Olympiad and research challenges.

Hostile actors are waiting for a sufficiently capable quantum processor to break the public-key cryptography on which much of today’s digital security depends.

What if the smartest tech wasn’t built but grown? Discover how the Inca wall and a fungal network could inspire tomorrow’s AI, data systems, and a living, adaptive digital future.

Justice Department backs OpenAI's fair use defense, warning that ruling for the New York Times would threaten national security and hand advantage to foreign adversaries.

Ben Goertzel’s “SuperDuperPsychism” reimagines consciousness as observer-dependent, blending AI, collective minds, and cosmic resonance, proposing mindplexes and pathways for human-AI co-evolution. Bold, speculative, and thought-provoking.

Can a digital mind remain the same as it upgrades? Flexible policies and mathematical identity trackers let AI evolve radically while preserving its core self and continuous identity over time.

Decentralized identity systems promise recognition for billions excluded from formal institutions—but recognition itself may reshape power.