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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.
Faster hurricane modeling with machine learning
A new machine learning method uses equations from atmospheric physics to predict wind patterns inside hurricanes.
297.
A dynamic crystal of free electrons in graphene
Electrons in pentalayer graphene can be described as a "crystal" of electrons, where their positions and movements become highly correlated.
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.
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.
297.
Supercomputers map large-scale quantum systems
Researchers used high-performance computing (HPC) to perform quantum tomography on a very large scale never mapped before.
297.
AI for faster quantum mechanical simulations in material science
Neural networks make the calculations needed for understanding how materials behave at the atomic level significantly faster.
297.
Quantum simulator for electrons and electromagnetic fields in materials
MIT researchers have built a quantum processor for simulations that reproduce the behavior of electrons in materials.
297.
AI researchers win Nobel Prizes in Physics and Chemistry: hows and whys
In 2024 AI researchers have won the Nobel Prize in Physics and half of the Nobel Prize in Chemistry for pure AI research and applications.