Read More Scince News Space 3 months ago Moonquakes Found Across the Maria: A New Global Map A new global map of small ridges across the lunar maria reveals widespread, geologically young tectonic activity. The findings reshape our view of moonquakes and have implications for future lunar bases.
Read More Scince News Health 3 months ago When Ultra-Marathons Wear Out Your Red Blood Cells A study of elite runners shows ultra-marathon distances can stiffen and age red blood cells, overwhelming repair pathways. Findings link endurance stress to mechanisms seen in stored blood and suggest new directions for athlete care and transfusion research.
Read More Scince News Health 3 months ago Rewiring NK Cells to Outpace and Overpower Tumors Fast Brazilian scientists redesigned CARs inside NK cells, combining 2B4 and DAP12 with transient dasatinib control to boost tumor-killing speed and safety—advancing CAR-NK immunotherapy.
Read More Scince News Nature 3 months ago Horses Whistle Inside Their Voice Box to Make Whinnies Researchers discovered that a horse's whinny combines traditional vocal fold vibration with a laryngeal whistle. Endoscopy, scans and airflow tests reveal how two mechanisms produce a dual-toned call used in social signaling.
Read More Scince News Health 3 months ago Why Indoor Light Is Fueling the Global Myopia Surge New lab work from SUNY suggests reduced retinal illumination during indoor near work — from pupils constricting and eyes converging — may weaken ON retinal signaling and contribute to rising myopia rates worldwide.
Read More Scince News Health 3 months ago Restoring Cellular Power: A New Way to Treat Nerve Pain Duke researchers show that restoring healthy mitochondria to damaged sensory neurons can reduce neuropathic pain. Experiments point to mitochondrial transfer via glial nanotubes and new molecular targets.
Read More Scince News Health 3 months ago 40-Hz Sound Therapy Boosts Amyloid Clearance in Primates A Kunming Institute study shows 40-Hz auditory stimulation raised CSF beta-amyloid in aged rhesus macaques for weeks, suggesting a non-invasive route to enhance amyloid clearance and inform Alzheimer’s therapies.
Read More Scince News Scientific 3 months ago Photonic Chip Creates New Colors, Reliably No Tuning JQI researchers built photonic chips that passively convert a telecom laser into red, green and blue harmonics using resonator arrays with two timescales, removing the need for active tuning and improving reproducibility.
Read More Scince News Scientific 3 months ago UK Milestone: First Baby Born After Deceased-Donor Uterus A UK medical first: a baby born to a mother who received a uterus from a deceased donor. The article explains MRKH, surgical and ethical aspects, global context, and what this milestone means for reproductive medicine.
Read More Scince News General info 3 months ago Why a Cancer Diagnosis Can Increase Criminal Convictions A Danish cohort study links cancer diagnoses to a measurable rise in criminal convictions years later, exploring economic strain, survival expectations, and the role of social safety nets in shaping outcomes.
Read More Scince News Nature 3 months ago World’s Oldest Fossilized Cloaca Discovered in Germany A Permian-era resting trace from Germany preserves the earliest known fossilized cloaca and keratinous scales, revealing soft-tissue anatomy and evolutionary links between early reptiles and their modern descendants.
Read More Scince News Nature 3 months ago Life May Have Begun in Sticky Gel, Not Cells — Early Earth Researchers propose that life could have begun inside semi-solid gels — biofilm-like matrices that concentrate and protect molecules, favor polymerization, and create niches for early metabolism on early Earth and beyond.
Read More Scince News Health 3 months ago When Diagnosis Fails: Autism and ADHD Share Biology New research links autism symptom severity to shared brain connectivity and gene-expression patterns found in some children with ADHD, urging a dimensional, biology-focused approach to neurodevelopmental conditions.
Read More Scince News Health 3 months ago Hybrid Immune Reset Reverses Type 1 Diabetes in Mice Stanford researchers combined blood stem cell and pancreatic islet transplants to create a hybrid immune system that prevented and reversed Type 1 diabetes in mice without chronic immunosuppression, pointing to new cures.
Read More Scince News Nature 3 months ago Why Earth's Biodiversity Engine Is Losing Momentum Now New research shows species turnover in local ecosystems has slowed by about a third since the 1970s. Declining regional species pools and habitat degradation blunt the natural dynamism that once kept ecosystems resilient.
Read More Scince News Space 3 months ago A Tiny Martian Storm, A Big Leak: Water Lost to Space A regional Martian dust storm in 2022–2023 lofted unusually large amounts of water to high altitudes, driving a spike in hydrogen escape and altering estimates of how Mars lost its water over time.
Read More Scince News Health 3 months ago Diet Sweets Tied to Faster Memory Loss in Brazil Study A large Brazilian cohort study links higher consumption of several artificial sweeteners to faster cognitive decline, particularly in adults under 60 and people with diabetes. Findings highlight associations, not causation, and call for further research.
Read More Scince News Space 3 months ago Why SpaceX's Next Starship Launch Matters for Artemis SpaceX has scheduled the twelfth Starship test for March from Starbase, using a taller third-generation Super Heavy booster. The flight is a critical step toward proving Starship for NASA's Artemis III lunar landing.
Read More Scince News Space 3 months ago Scientists Catch the Big Bang’s Primordial Soup in Motion Researchers at MIT and CERN used Z-boson-tagged collisions in the LHC to reveal that quark-gluon plasma behaves like a liquid, producing wakes and swirls when struck by a quark—offering fresh insight into the Universe's first microseconds.
Read More Scince News Scientific 3 months ago How Cancer Hijacks Death Signals to Evade Therapy Now UC San Diego researchers found that low-level activation of a death enzyme, DFFB, lets some cancer persister cells survive targeted therapy and later regrow. Blocking this signal could prevent early relapse.
