Einstein
- All
- News
- Videos
- Web Stories
-
Scientists Explore How Non-Repeating Quasicrystal Patterns Could Solve the Mystery of Quantum Gravity
Physicists have proposed a new concept called spacetime quasicrystals, orderly structures that never repeat but exist across space and time. If proven, they could help explain the universe’s deep structure, quantum gravity, and hidden dimensions, while preserving key laws of relativity even at extremely small scales.
-
Scientists Spot Ultra-Fast Pulsar Near Milky Way’s Supermassive Black Hole
Scientists have detected a possible ultra-fast pulsar spinning every 8.19 milliseconds near the Milky Way’s central black hole. If confirmed, this rare object could act as a precise cosmic clock, helping researchers study how gravity behaves in extreme environments and offering a powerful new way to test Einstein’s theory of general relativity ...
-
Astronomers Observe Black Hole Twisting Spacetime for the First Time, Confirming Einstein’s Theory
Astronomers have directly observed a black hole twisting spacetime for the first time, confirming Einstein’s long-standing prediction. The effect was detected during a violent stellar destruction event, where repeating X-ray and radio signals revealed a slow cosmic wobble. The discovery provides new insight into black hole spin, jets, and extreme...
-
Clocks on Mars Run Faster Than on Earth, New Study Finds
New research shows time on Mars runs faster than on Earth by 477 microseconds per day. The variation poses challenges for astronauts, navigation, and creating interplanetary communication networks. Scientists say understanding Martian time differences is key for future missions and testing Einstein’s relativity.
-
Astronomers Observe Star’s Wobbling Orbit, Confirming Einstein’s Frame-Dragging
Astronomers have detected a remarkable wobble in the orbit of a star being torn apart by a black hole, offering one of the clearest confirmations yet of Einstein’s frame-dragging effect. By tracking repeating X-ray and radio signals every 20 days, researchers captured spacetime twisting around a rapidly spinning black hole—revealing powerful in...
-
China's Researchers Bring Closure To Einstein And Bohr's Long-Standing Quantum Mystery
Professor Pan and his team recreated Einstein's thought experiment to demonstrate how the quantum world actually works.
-
Belgium's 'Little Einstein' Completes PhD In Quantum Physics At 15
Laurent Simons, a 15-year-old prodigy from Belgium, has earned a PhD in quantum physics from the University of Antwerp.
-
Rare ‘Second-Generation’ Black Holes Detected, Proving Einstein Right Again
Scientists have detected two unusual black hole mergers showing signs of “second-generation” origins — meaning each large black hole likely formed from an earlier merger. The gravitational-wave signals also matched Einstein’s predictions on spinning black holes, offering fresh proof of general relativity and new insights into how black hole...
-
Physicists Recreate Einstein’s Near-Light-Speed Illusion Predicted 70 Years Ago
Physicists have recreated the long-predicted Terrell-Penrose effect using ultra-fast lasers, showing how objects at near-light speed appear rotated rather than flattened. The experiment offers a visual insight into Einstein’s special relativity.
-
Astronomers Detect Smallest Known Clump of Pure Dark Matter Using Gravitational Lensing
Astronomers using a global radio telescope array have detected the smallest known pure dark matter clump, roughly a million times the Sun’s mass. Found through a faint gravitational distortion in an Einstein ring, it offers new insight into how dark matter halos form across the universe.
-
Scientists Explore How Non-Repeating Quasicrystal Patterns Could Solve the Mystery of Quantum Gravity
Physicists have proposed a new concept called spacetime quasicrystals, orderly structures that never repeat but exist across space and time. If proven, they could help explain the universe’s deep structure, quantum gravity, and hidden dimensions, while preserving key laws of relativity even at extremely small scales.
-
Scientists Spot Ultra-Fast Pulsar Near Milky Way’s Supermassive Black Hole
Scientists have detected a possible ultra-fast pulsar spinning every 8.19 milliseconds near the Milky Way’s central black hole. If confirmed, this rare object could act as a precise cosmic clock, helping researchers study how gravity behaves in extreme environments and offering a powerful new way to test Einstein’s theory of general relativity ...
-
Astronomers Observe Black Hole Twisting Spacetime for the First Time, Confirming Einstein’s Theory
Astronomers have directly observed a black hole twisting spacetime for the first time, confirming Einstein’s long-standing prediction. The effect was detected during a violent stellar destruction event, where repeating X-ray and radio signals revealed a slow cosmic wobble. The discovery provides new insight into black hole spin, jets, and extreme...
-
Clocks on Mars Run Faster Than on Earth, New Study Finds
New research shows time on Mars runs faster than on Earth by 477 microseconds per day. The variation poses challenges for astronauts, navigation, and creating interplanetary communication networks. Scientists say understanding Martian time differences is key for future missions and testing Einstein’s relativity.
-
Astronomers Observe Star’s Wobbling Orbit, Confirming Einstein’s Frame-Dragging
Astronomers have detected a remarkable wobble in the orbit of a star being torn apart by a black hole, offering one of the clearest confirmations yet of Einstein’s frame-dragging effect. By tracking repeating X-ray and radio signals every 20 days, researchers captured spacetime twisting around a rapidly spinning black hole—revealing powerful in...
-
China's Researchers Bring Closure To Einstein And Bohr's Long-Standing Quantum Mystery
Professor Pan and his team recreated Einstein's thought experiment to demonstrate how the quantum world actually works.
-
Belgium's 'Little Einstein' Completes PhD In Quantum Physics At 15
Laurent Simons, a 15-year-old prodigy from Belgium, has earned a PhD in quantum physics from the University of Antwerp.
-
Rare ‘Second-Generation’ Black Holes Detected, Proving Einstein Right Again
Scientists have detected two unusual black hole mergers showing signs of “second-generation” origins — meaning each large black hole likely formed from an earlier merger. The gravitational-wave signals also matched Einstein’s predictions on spinning black holes, offering fresh proof of general relativity and new insights into how black hole...
-
Physicists Recreate Einstein’s Near-Light-Speed Illusion Predicted 70 Years Ago
Physicists have recreated the long-predicted Terrell-Penrose effect using ultra-fast lasers, showing how objects at near-light speed appear rotated rather than flattened. The experiment offers a visual insight into Einstein’s special relativity.
-
Astronomers Detect Smallest Known Clump of Pure Dark Matter Using Gravitational Lensing
Astronomers using a global radio telescope array have detected the smallest known pure dark matter clump, roughly a million times the Sun’s mass. Found through a faint gravitational distortion in an Einstein ring, it offers new insight into how dark matter halos form across the universe.
