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297.
Faster magnetic memory devices based on altermagnetism
Altermagnetic materials could revolutionize electronics and make computer memory devices much faster, up to a thousand times quicker.
297.
Magnetic materials research could lead to spintronics for faster electronics
Research in magnetic material could lead to spintronic devices for faster and more energy-efficient electronics.
297.
Supercomputer simulation of molecular dynamics wins the Gordon Bell Prize
Molecular dynamics researchers have won the 2024 Gordon Bell Prize, which is like the Nobel Prize for high-performance computing (HPC).
297.
Quantum material enables clean hydrogen production
Scientists have found a way to use chiral crystals to produce hydrogen from water more efficiently than before.
297.
Quantum information theory maps how quarks and gluons are entangled inside protons
Scientists have used quantum information theory to understand how quantum entanglement affects quarks and gluons.
297.
LLM-like AI predicts the structure of crystals
A new AI model that uses LLM technology speaks the language of the physics of crystals and predicts how atoms form crystals.
297.
Stephen Wolfram's new physics could actually work
Sabine Hossenfelder has described Stephen Wolfram Physics Project as a Theory of Everything that could actually work.
297.
Photonic time crystals could exponentially amplify visible light
Scientists have designed photonic time crystals that exponentially amplify visible light, with potential applications to nanosensing.
297.
AI gets a keen sense of touch
Researchers have found a way to teach AI how to feel surfaces, by leveraging surface quantum interactions with laser light.
297.
Electron fluid research could open the door to better electronics
In certain materials, electrons can exhibit this fluid-like behavior at room temperature or under specific conditions.