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Science

Medicine

Focused Ultrasound Trial Targets Schizophrenia Hallucinations at UCSF

Psychiatrists at the University of California San Francisco have started a first-in-human trial using low-intensity focused ultrasound to suppress auditory hallucinations in patients with schizophrenia. The study tests whether acoustic pulses delivered through the skull can alter deep brain activity without surgery. More than 70 percent of people with schizophrenia hear voices, and about 40 percent do not find relief through antipsychotic drugs.

Chemistry

Recycling Neodymium Magnets from Computer Drives with Ammonium Chloride

German researchers are developing two chemical processes to extract neodymium, iron and boron from scrap computer hard drives. The work, carried out under the European Union NEO-CYCLE project, aims to recover rare earth elements locally to supply motors for each new electric vehicle and wind turbine without relying on overseas refining.

Biology

Ancestral Enzyme Variant Generates ATP with Fewer Amino Acids

Biochemists at Waseda University and the RIKEN Center for Integrative Medical Sciences have engineered a simplified ancestral enzyme that generates cellular energy without the amino acid traditionally required for the reaction. The biological invention, an engineered variant designated Arc1-12KR, produces adenosine triphosphate by combining two precursor molecules at a rate 7,500 times faster than earlier synthetic models. Described in research released in October 2026, the work provides a structural framework for designing stripped-down catalytic proteins.

Letizia Giugliano

Medicine

Activating p53 Protein Boosts Engineered T Cells Against Cancer

Scientists at the UCLA Health Jonsson Comprehensive Cancer Center have found that temporarily activating the tumor-suppressor protein p53 improves the stamina and killing power of engineered immune cells. The study, published in Frontiers in Immunology, demonstrates that dosing human T cells with the investigational drug navtemadlin during laboratory preparation keeps them from exhausting quickly and enhances their ability to destroy melanoma cells.

Letizia Giugliano

Biology

Yale Study Finds Taurine Acts as an Internal Brake on Inflammaging

Scientists at the Yale School of Medicine have discovered how taurine regulates immune reactions during aging, revealing that the amino acid prevents damaging inflammatory cascades. The biological innovation, published in the journal Cell, demonstrates that immune cells leak taurine when triggered by pathogens, removing a critical constraint on cellular inflammation.

Letizia Giugliano

Biology

How Crowded Molecules Assemble Synthetic DNA Droplets

Biochemists at the Institute of Science Tokyo have found a way to assemble and organize artificial cell structures by mimicking the crowded interior of living cells. Using synthetic DNA nanostars and polymer crowding agents, the team stabilized liquid droplets at higher temperatures without allowing distinct droplets to fuse. The biological innovation provides a physical blueprint for building programmable microscopic networks.

Letizia Giugliano

Science

Unlocking Spider Silk to Turn Liquid Protein into Solid Fibers

Natural dragline silk can withstand a pulling force of 150 newtons per square millimeter before tearing, matching high-grade steel at a fraction of the weight. Replicating that performance through an artificial manufacturing process remains an elusive technical frontier in materials science. Today, laboratory teams are decoding how arachnids transform liquid gland proteins into tough, solid threads for textiles and medical use.

Letizia Giugliano

Space

NASA Map Identifies 13 Possible Martian Origins for Teghaza 001 Meteorite

Scientists studying Mars have pinpointed 13 candidate source locations for Teghaza 001, one of the oldest Martian meteorites discovered on Earth. Using spectroscopic and topographical observations from orbital missions in space, researchers traced the unique chemical composition of the rock back to specific highland regions in the Martian southern hemisphere.

Giovanni Sapere

Chemistry

Soil Bacterium from Iran Yields Two New Chemical Compounds

Biochemists in Germany have isolated two previously unknown natural molecules, lavasamycin A and B, from a bacterial strain collected in Iran. The study shows that lavasamycin A stops the growth of Bacillus subtilis, pointing to chemical structures that could aid the invention of new antimicrobial agents.

Giovanni Sapere

Chemistry

Salt Additives Solve Perovskite Crystal Defects in Solar Cells

A chemical method using salt additives resolves atomic structural flaws in perovskite crystals, offering a practical path forward for renewable energy devices. Researchers at the U.S. Department of Energy's Argonne National Laboratory demonstrated that temporary liquefaction prevents electric charges from becoming trapped in crystal boundaries. This innovation enables solar cells to retain 85.8 percent of their efficiency after 1,400 hours of continuous operation at 85 degrees Celsius.

Giovanni Sapere

Space

Hubble Telescope Upends Theory on How the Early Universe Cleared Its Cosmic Fog

Astronomers using NASA's Hubble Space Telescope have uncovered evidence that overturns an established model of cosmic history. Observations published in Nature Astronomy reveal that powerful stellar explosions did not help ultraviolet radiation escape ancient galaxies, but instead trapped it inside dense clouds of gas.

Giovanni Sapere

Medicine

Switching Off TET2 Turns Radiation-Triggered Immune Cells Against Tumours

Radiation therapy kills cancer cells by damaging their DNA, yet it can also trigger the bone marrow to produce suppressor cells that protect surviving tumours. A research team at the University of Chicago has discovered that inhibiting an enzyme called TET2 reverses this effect, providing an epigenetic innovation that helps radiation and immunotherapy shrink lesions and curb metastasis. Their study, published in Cancer Cell, demonstrates the mechanism in clinical samples and animal models.

Giovanni Sapere

Archeology

Spear Wound in Shanidar Cave Points to Oldest Wooden Weapon Attack

A 75,000-year-old Neanderthal skeleton discovered in Iraqi Kurdistan carries what may be the oldest fossil evidence of fatal violence inflicted by a wooden spear. Excavated beneath almost eight metres of rock and sediment, the left shoulder blade of the individual known as Shanidar A preserves a clean circular puncture directed through the chest. The finding, reported in Scientific Reports, suggests that early hominins used pointed wooden projectiles not only for hunting large game but also in deadly interpersonal conflict.

Giovanni Sapere

Chemistry

Experimental Alloys Resist Fracturing at -253 Degrees Celsius

Two experimental niobium-titanium alloys stay flexible and resist cracking at -253°C, according to research published on October 14 in Nature. An international research team led by the University of California, Berkeley, Lawrence Berkeley National Laboratory, and the University of Oxford discovered that the metals reorganise internally under mechanical stress. This metallurgical innovation alters how materials might be designed for extreme cold in energy systems and space exploration.

Letizia Giugliano

Medicine

Hong Kong PolyU Develops MRI Biomarker to Predict Breast Cancer Drug Response

Researchers at The Hong Kong Polytechnic University have introduced a medical innovation that predicts how breast cancer patients will respond to targeted therapy before treatment starts. Using advanced radiomics on routine magnetic resonance scans, the team developed an imaging biomarker called the Tumour Heterogeneity Index. The method identifies patients likely to respond to AKT inhibitors, sparing others from ineffective treatments and toxic side effects.

Letizia Giugliano

Archeology

Egyptian Ape Fossil Shifts the Geographic Roots of Modern Primate Evolution

Researchers from Egypt and the United States have identified a new species of ancient ape from lower jaw fossils recovered at Wadi Moghra in northern Egypt. The specimens, dated to between 17 and 18 million years ago, represent the first definitive fossil ape discovered in North Africa. Published on March 26, 2026, in Science, the discovery indicates that the ancestors of modern apes and humans may have emerged along North Africa and the Middle East instead of East Africa.

Giovanni Sapere

Science

Colloidal Anti-Spin Ice Created with Rotating Magnetic Fields

Physicists have constructed an artificial anti-spin ice that reverses the basic rules governing frustrated magnetic matter. As reported by [Phys.org](https://phys.org/news/2026-10-ice-scientists-particles-anti.html), the physics innovation relies on microscopic beads exposed to a spinning magnetic field that forces them to attract rather than repel each other.

Giovanni Sapere