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science/physics

NASA's IXPE Telescope Maps Magnetic Fields of Lighthouse Pulsar for the First Time

For the first time, scientists have directly measured the magnetic fields of a pulsar using NASA's IXPE (Imaging X-ray Polarimetry Explorer) space telescope. The target, PSR J1101−6101, is located within the Lighthouse Nebula and represents one of the most extreme objects in the cosmos. The measurements mark

Special Relativity Can Warp Chemical Bonds – Now We've Seen It Happen

Albert Einstein's special relativity is famous for its effects on objects moving at high speeds, but new research shows it also influences the very nature of chemical bonds. An experiment using a charged molecule composed of bismuth and carbon has provided the first direct observation of relativistic effects

Gauge Theory Could Transform the Mathematics of Thermodynamics

A fundamental branch of physics may be on the verge of a major overhaul. Thermodynamics—the study of heat, work, and energy—has relied on essentially the same mathematical framework for roughly 200 years. Now, scientists are exploring whether "gauge theory" could provide a more robust mathematical foundation

NATO Deploys AI Systems for Monitoring Military Activity

NATO Turns to AI for Military Monitoring NATO has deployed artificial intelligence systems to assist in monitoring Russian troop movements and military activities. The alliance is leveraging AI-powered tools to enhance situational awareness and support decision-making processes related to European security. AI applications in military monitoring typically include satellite imagery

Physicists Bridge Decades-Old Gap Between Two Competing Quantum Theories

Physicists at Heidelberg University have achieved a significant breakthrough by creating a new quantum theory that unifies two opposing models of how impurities behave inside many-particle systems. The Core Problem For decades, physicists have debated between two competing theoretical frameworks when describing impurity behavior in complex quantum systems. These rival

Centimeter-Scale Crystal Demonstrates Quantum Entanglement, Challenging Classical Intuitions

A team of researchers has demonstrated that quantum entanglement—a phenomenon typically associated with tiny particles—can persist in a crystal large enough to hold in your hand. The centimeter-sized crystal exhibited clear signs of quantum entanglement, suggesting that the boundary between the quantum and classical worlds may be more

Researchers Develop Programmable Heat-Controlling Material

A newly developed material can control and "program" heat, according to research published in Science Daily. The innovation allows researchers to direct thermal radiation, switch operational modes, and remember settings without requiring continuous power input. This breakthrough could enable smarter infrared sensors for various applications. The material'