Researchers from Okinawa Institute of Science and Technology and the University of Oklahoma have identified a novel class of one-dimensional anyons, expanding our understanding of quantum statistics. Their studies suggest that these 1D anyons, with tunable exchange statistics, could be observed experimentally, leveraging current ultracold atomic systems.

Chien-Shiung Wu was notably excluded from the 1957 Nobel Prize despite her critical experimental work confirming parity violation, which led to Lee and Yang's theoretical recognition. Archival reviews suggest Nobel rules and deliberations limited her recognition, despite 23 nominations over 16 years and Wu's groundbreaking contributions to physics.

Nobel laureate John Martinis aims to build the world's most powerful quantum computer through his venture QoLab, focusing on scalable manufacturing and hardware improvements. This involves collaborating with manufacturers to resolve current wiring, noise, and scalability challenges, moving from lab prototypes to practical, large-scale quantum systems.

Scientists achieved a milestone by creating a Schrödinger's cat-like state with 7,000-atom sodium nanoparticles, marking a new record in macroscopic quantum states. This breakthrough could lead to quantum experiments with biological materials, potentially revolutionizing our understanding of their properties.

SpaceX has filed with the FCC to launch 1 million orbital data center satellites, aiming to revolutionize data processing and AI capabilities. This ambitious plan raises concerns about space congestion and collision risks, with regulatory reviews and public comments expected over the coming months.

Physicists have achieved a quantum milestone by observing 7,000-atom sodium nanoparticles in a Schrödinger’s cat–like state, marking a new record for macroscopic quantum states. This breakthrough paves the way for future experiments involving biological materials, potentially transforming our understanding of quantum superpositions in complex systems.

A new Israeli study suggests genetics may account for about 50% of human lifespan variation, doubling previous estimates. Published in Science, it could lead to targeted aging interventions.

Portia spiders exhibit advanced hunting strategies, challenging the notion that large brains are necessary for high intelligence. Their efficient neural systems allow complex planning and adaptive behaviors in predation.

SpaceX has proposed launching up to 1 million orbital data center satellites, far exceeding its previous Starlink plans, potentially revolutionizing AI infrastructure. Experts warn about orbital congestion and interference, but SpaceX defends the plan's minimal radio impact, aiming to advance toward a Kardashev II civilization.

New studies show plant-based diets drastically cut environmental impact and health risks. Vegan diets reduce emissions and resource use, while experts suggest even partial adoption yields benefits.

In Alaska, researchers discovered a nearly complete mammoth tusk and artifacts indicating ancient manufacturing at a site dating back 14,000 years. The findings suggest a cultural link between early North American inhabitants and the Clovis people, highlighting ancient technological exchanges across Beringia.

Recent archaeological discoveries in Hubei province unveil significant insights into ancient Yangtze River civilizations, spanning 5,000 years of cultural development. Key finds include high-status tombs, bronze production sites, and well-preserved palace and mausoleum complexes, illustrating advanced construction and metallurgical practices.

A study suggests employing tobacco-control tactics on ultra-processed foods (UPFs) amid rising non-communicable diseases, urging for stronger regulation. Researchers highlight UPFs' addictive design, drawing parallels to cigarettes, as experts debate policy direction.

SpaceX has filed a petition with the FCC to create a constellation of up to one million Starlink satellites aimed at functioning as solar-powered data centers for AI. While the move signifies a leap beyond internet service, analysts highlight challenges like regulatory approvals, satellite manufacturing, and space safety.

New research led by Adam Smith from the University of Glasgow attributes the Green River's historical path through the Uintas to lithospheric dripping beneath the mountains. This geological process, detailed in the Journal of Geophysical Research: Earth Surface, may unravel other tectonic mysteries and has reshaped the continental divide, affecting ecological and hydrological systems in North America.

A century-long analysis highlights dramatic declines in lead levels following EPA regulations and the phase-out of leaded gasoline. The study underscores the public health benefits of strong environmental policies and warns against weakening protections amid ongoing lead concerns.

A major solar flare, X8.3-class, from sunspot AR 4366, is the strongest of 2026, potentially boosting northern lights visibility by Thursday. NOAA reports ongoing high solar activity, impacting radio and GPS systems.

A new study employs a holographic QCD model with Bayesian inference to explore heavy quarkonium behavior in quark-gluon plasma, deepening insights into QCD under extreme conditions. Published in Nuclear Science and Techniques, the research links microscopic QCD mechanisms to macroscopic thermodynamic properties, aiding interpretation of high-energy collision data from LHC and RHIC.

A Clemson University physicist is revolutionizing physics education by teaching it through the lens of winter Olympic sports, making complex concepts relatable and practical. The course covers kinematics, forces, and energy by analyzing real-world sports movements, helping students understand physics in everyday contexts.