materials science

A researcher at the University of Central Florida reports experimental evidence of a new type of magnetism, according to a news release. The discovery could expand scientific understanding of magnetic materials beyond known categories such as ferromagnetism and antiferromagnetism. Details of the underlying mechanism and potential technological applications have not been widely reported yet.

The Trump administration is seeking to prevent the restoration of climate change and diversity-related information at US historical sites. The move suggests an effort to keep such material removed from exhibits or signage at federally maintained locations. The news has drawn attention amid broader debates over how climate science and diversity topics are handled across government institutions.

Researchers in China have developed a paint that reportedly lowered wall temperatures by 25 degrees Celsius during a summer test, pointing to its potential for passive cooling of buildings in hot weather. The report has drawn attention among science and technology readers interested in energy-saving materials and ways to reduce air-conditioning demand in cities.

A new science story is drawing attention under the headline 'Dark Side of the Moon just took on a whole new meaning,' linking the far side of the Moon to quantum physics and astrophysics research. Posts about it are tagged with quantum mechanics and physics hashtags, suggesting the finding offers a fresh angle on lunar science. Specific study details are not included in the available material.

Tohoku University announced research on an AI model for materials discovery that is grounded in physics rather than relying purely on data patterns. The approach aims to make predictions of new materials more reliable and reproducible, addressing a common weakness of purely statistical machine learning in chemistry and materials science. The university released the work through its research news service.

Researchers report a superconductor that behaves differently when time is reversed, a signature of broken time-reversal symmetry. The finding, highlighted by science outlets, could point to unusual electronic states and exotic physics in superconducting materials, drawing interest from physicists studying chiral or topological superconductivity and their potential uses in quantum technologies.

Researchers report discovering sheeppox viral DNA preserved in the parchment of medieval gospel manuscripts, showing that DNA can survive in animal-skin writing material for well over a thousand years. The finding highlights how ancient manuscripts can serve as archives of long-lost pathogens, offering virologists and historians a new window into the diseases circulating among medieval livestock and the people who handled them.

The Albuquerque Journal takes readers inside Sandia National Laboratories' Z machine in New Mexico, the world's most powerful pulsed-power facility. Originally built to study materials under nuclear weapons conditions, the device is now central to research on fusion energy, exploring how the same physics that powers warheads could one day deliver clean, abundant power.

Researchers working under Optica's ultrafast laser research report that new laser techniques can reveal how materials respond to light down to the level of individual electrons. The advance gives scientists a more direct view of the electron dynamics that underpin light-matter interactions, with potential relevance for photonics, electronics and materials science, though detailed findings remain limited in available coverage.

Researchers report the first successful measurement of an unusual material that cannot be contained in any vessel, a long-standing experimental challenge. The achievement, covered by technology and science outlets, is being discussed for what it could reveal about the substance's exotic properties and for the ingenuity of the measurement techniques required. Details about which material was measured and by which team remain sparse in early reports.

Researchers report the use of time-resolved X-ray scatter microscopy to observe multiscale transitional flow in anisotropic nanoparticle suspensions. The technique makes it possible to track how these particle-laden fluids behave across different length and time scales as they shift between flow regimes. The study, published in Nature, offers new experimental insight into the dynamics of complex suspensions, a topic of interest in soft matter physics and materials science.

Scientists have compiled a two-dimensional atlas of topological materials, cataloguing how these exotic substances behave in 2D forms. The atlas is expected to help researchers identify promising candidates for next-generation electronics and quantum technologies. Coverage focuses on how the classification could speed up the study of materials whose unusual properties are protected against defects, a key goal in condensed matter physics.

The UK's planned ban on social media for under-16s is prompting debate about how young people would still be able to access science content online. Commentators, including science communicators, are questioning whether restrictions aimed at protecting children could also cut them off from educational material, and what alternatives might be needed.

The Korea Electrotechnology Research Institute (KERI) has developed a technology for directly coating carbon onto substrates, according to a report by DongA Science. The technique could simplify manufacturing processes that currently rely on more complex carbon deposition methods, with potential applications in electronics and energy materials.

New research indicates that an ancient whole genome duplication event played a central role in the evolution of the salmon family, including salmon and trout. The duplicated genetic material is said to have provided raw material for adaptation, helping explain traits such as migration and life-history diversity in these fish.

New York Times reporting describes a virus that incorporated a human gene into its own genome and has retained it over time. The finding is drawing attention among science readers because it illustrates how viruses and their hosts can exchange genetic material, blurring the line between viral and human DNA.

A new visualization highlights the concrete breakthroughs where artificial intelligence has delivered real answers, focusing on protein folding, antibiotic discovery, and materials science. The piece is prompting discussion about which scientific problems machines have genuinely cracked, rather than the usual hype, and where AI's practical impact on research has so far been limited.

Researchers report that nanoparticles made from a single material can perform multiple biomedical functions at once: heating cells, protecting them and delivering stimulation. The finding could simplify the design of nanoparticles for medicine, where combining several materials is usually required to achieve heat therapy, cellular protection and stimulation in a single platform.

Japanese materials company Green Science Alliance says it has developed a new colored powder and coloring material that combines pigment with glass components (silica) and can be easily washed off hands. The invention is being promoted via a press release distributed through financial news outlets, though no independent testing results have been reported yet.