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Keywords: Physics


Physicists create first computer model of long theorized ideal glass

Physicists at the University of Oregon have produced the first computer model of an “ideal glass,” a theoretical form of matter in which molecules are packed as tightly and stably as possible while still maintaining the disordered structure typical of glass. The achievement, reported in Physical......

German researchers develop AI to predict liquid properties

Artificial intelligence is reshaping how scientists investigate complex physical systems, with new advances enabling faster and more precise simulations of phenomena ranging from liquid behavior to electron dynamics in water. Researchers at the University of Bayreuth announced this week that they have......

Sound waves make time crystals visible in a simple laboratory setup

Tiny polystyrene beads hovering on a cushion of sound have joined one of physics’ most unusual families, time crystals. Researchers at New York University in New York City, United States have shown that these millimeter sized particles can enter a state of perpetual motion, oscillating rhythmically......

Scientists observe virtual particles turning into real matter

Scientists at Brookhaven National Laboratory have captured the first direct experimental evidence of virtual particles from quantum vacuum transforming into detectable real matter, shedding new light on how nothingness spawns the visible universe. The breakthrough, detailed in a recent Nature publication,......

Mit physicists uncover first clear evidence of primordial plasma flowing as liquid

Physicists from CERN's Large Hadron Collider have captured the first unambiguous signs that the ultra-hot "primordial soup" filling the early universe flowed like a liquid, rippling and swirling in response to fast-moving particles much like water trailing behind a duck. A team led by MIT......

Scientists uncover hidden magnetic order in pseudogap phase

Physicists have identified a hidden magnetic order within the enigmatic pseudogap phase a peculiar state emerging in quantum materials just above superconducting temperatures unveiling insights that could advance the pursuit of room-temperature superconductivity. An international collaboration between......

Excitons outperform light in quantum materials engineering

Researchers have achieved a breakthrough in Floquet engineering, revealing that excitons quasiparticles formed within semiconductors can alter material properties far more effectively than light alone. This discovery paves the way for on-demand creation of exotic quantum materials. Scientists from the......

Mit team cools trapped ions far below standard limit

Researchers from the Massachusetts Institute of Technology and MIT Lincoln Laboratory have developed a breakthrough technique that cools trapped ions to temperatures about 10 times lower than the conventional Doppler limit in laser cooling. This method, leveraging integrated photonics on a chip, achieves......

Scientists pinpoint gamma ray source in powerful solar flares

Researchers at the New Jersey Institute of Technology have uncovered a previously unknown source of intense gamma radiation generated during the sun's most powerful flares, solving a decades-old puzzle. Published January 7 in Nature Astronomy, these findings could enhance space weather forecasting......

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