Supercurrent enables the reading of quantum information without destroying it
Recent coverage highlights a scientific breakthrough enabling the reading of quantum information without destroying it.
142 trends tracked about this subject — the full history, oldest to newest below.
Recent coverage highlights a scientific breakthrough enabling the reading of quantum information without destroying it.
Researchers have developed a single-molecule motor inspired by the Archimedes screw that utilizes electric current to boost conductance.
Astronomers are investigating a massive 1,000-mile cloud on Mars that appears to defy traditional laws of cloud physics.
Belgian scientist Francis Halzen has been awarded the 2026 Nobel Prize in Physics for groundbreaking research into neutrinos using the IceCube observatory.
Recent oxygen collisions at low energy confirm quark-gluon plasma and show evidence of jet quenching.
A strange new time crystal emerges as a 3D-printed honeycomb teaches its own vibrations to fall into step.
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Physicists prove a long-suspected quantum speed limit governing how fast physical systems reach thermal balance.
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Recent coverage details celebrations and institutional contributions surrounding physicist Francis Halzen and the Nobel-winning IceCube project.
Hybrid quantum computers and newly recreated quantum effects are drawing broad scientific coverage.
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Some physicists are betting their careers on the bold hypothesis that dark energy might not actually exist.
A recurring thousand-mile-long cloud on Mars is drawing global scientific attention due to exotic physical properties.
Recent coverage highlights the Physics Nobel Prize and Antarctica's crucial role in neutrino astronomy.
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A newly designed lutetium-based atomic clock has established a world record for precision, outperforming competitors globally.
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Physicists have experimentally observed critical topology, proving that topological phases can persist at gapless quantum critical points.
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Scientists have built the first nuclear clocks using thorium-229, initiating a new precision race in timekeeping.
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Coverage explores theories that tiny ancient black holes might inhabit a hidden fifth dimension.
Physicists propose that a mysterious particle detected in 2023 may have originated from an exploding five-dimensional black hole.
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Astronomers discover the lowest-mass double neutron star system to date, designated as PSR J1856-0039 and observed using FAST.
Physicists have overcome a 25-year challenge by measuring the 'W state' of three quantum-entangled photons, potentially transforming quantum computing.
Physicists have identified the first type I superconductor that breaks time-reversal symmetry, revealing a hidden internal magnetic state.
Singapore’s lutetium‑based atomic clock hits the 19th decimal place, eclipsing US and China’s precision records.
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A layered crystal shows experimental altermagnetism, a third magnetic state poised to reshape spintronic technology.
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Anthropic reports Claude computed a nine-loop particle physics amplitude in N=4 super-Yang-Mills.
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JWST discoveries reveal early galaxies enriched and dispersed heavy elements just 500 million years after the Big Bang.
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Physicists have utilized a quantum computer to simulate the process of matter emerging from pure energy, mimicking early universe conditions.
Quantum computers independently simulate proton formation and matter popping into existence from energy.
Scientists built the world's most accurate atomic clock using lutetium, reaching precision at the 19th digit.
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Physicists observe a laser beam moving against a quantum fluid flow, challenging established physical laws.
Physicists expand the hunt for quantum black holes at the Large Hadron Collider.
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Coverage details how physicists helped uncover a quantum entanglement effect inside the Large Hadron Collider.
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Scientific calculations have emerged regarding the specific timeline and mechanisms for the ultimate destruction of the world and the universe.