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MIT researchers have built a quantum processor for simulations that reproduce the behavior of electrons in materials.

The Dark Energy Spectroscopic Instrument reveals millions of stars, galaxies, and quasars to explore the universe’s expansion and mysteries.

Physicists propose a new dark matter, the “wallion,” an ultralight particle shaped by a sharp field boundary that naturally stabilizes its mass reshaping how we think about the dark universe.

D-Wave’s quantum computer outperforms a supercomputer, solving complex material problems fast, promising new discoveries in sci/tech.

Researchers develop new quasiparticles that combine the speed of photons with strong matter interactions to enable faster and more efficient artificial intelligence processing.

Penn researchers built exciton-polaritons enabling all-optical switching at 4 quadrillionths of a joule, promising low-energy AI computing and quantum-ready photonic chips.

Exploring how ultracold radioactive atoms could sync up to produce bursts of elusive neutrinos for new scientific probes and potential applications.

Ten years after detecting the first ripples in space-time, scientists have analyzed gravitational wave signals and confirmed Stephen Hawking's black hole area theorem.

   

Researchers enhance the laser interferometer gravitational-wave observatory using a new method to reduce noise, enabling detection of more distant and massive black hole mergers.