8 articles tagged
Researchers have developed a new protocol for fault-tolerant quantum computing that dramatically reduces both the physical size and runtime of future machines.
A new AI framework named PhyE2E can automatically discover fundamental physics equations from raw data, successfully replicating and even improving upon known formulas.
During a live lesson from the Tiangong space station, Chinese astronauts lit a candle, revealing a perfectly spherical flame—a direct result of microgravity.
George F. Smoot, the Nobel Prize-winning physicist who provided crucial evidence for the Big Bang theory, has died at 80. His work mapped the infant universe.
A seemingly empty bucket of deep space would actually contain millions of neutrinos, thousands of atoms, and a constant flux of virtual particles.
A new analysis challenges the popular idea of space-time as a physical fabric, proposing it is a conceptual map of events, not a tangible reality.
NASA's IMAP spacecraft launched on a SpaceX Falcon 9 to study space weather, solar wind, and the heliosphere. The mission will protect astronauts, satellites, and communications.
Modern physics reveals that space and time are not separate but are woven into a single fabric called space-time, a concept that explains gravity and is essential for technologies like GPS.
