Today's Science Pulse
Hidden Star Clusters Discovered Deep Inside Nearby Galaxies
A UK‑led study using VLA and ALMA data uncovered previously hidden giant star clusters deep within nearby galaxies, describing them as “ring factories.” The findings highlight how young stellar activity shapes galactic evolution across the universe.
Also developing:
By the numbers: Foundation Alloy raises $22M Series A
Did a Boy’s Life-Saving Gene Therapy Cause His Brain Tumour?
A five‑year‑old who received adeno‑associated virus (AAV) gene therapy for a rare genetic disorder developed a brain tumor four years later. Genetic analysis traced the tumor to integration of the viral vector into the child’s genome, suggesting a causal link. The finding is the first documented case where a life‑saving AAV therapy appears to have triggered oncogenesis. Researchers caution that long‑term monitoring is essential for patients treated with viral‑based gene therapies.
Complex Animals Evolved up to 10 Million Years Earlier than Previously Thought, Fossil Discovery Shows
A newly uncovered fossil site in northwestern Canada has yielded over 100 specimens, including six taxa never before seen on the continent, with ages up to 567 million years. The finds push the appearance of White Sea assemblage animals in North...
Spintronic Memory Switches in 40 Ps
University of Tokyo researchers have demonstrated a non‑volatile spintronic memory cell that flips its magnetic state in just 40 picoseconds using an antiferromagnetic Mn₃Sn‑tantalum stack. The switching is driven by spin‑orbit torque from ultra‑short electrical pulses, and the team also showed...
Low‑risk Pancreatic Cysts Raise Cancer Risk 14‑fold
Low-risk pancreatic cysts were linked to about a 14-fold higher pancreatic cancer risk than the general population. Risk increased with larger cysts, older age, and main pancreatic duct dilation, while some cancers appeared only after five years. pancreas
19‑Mile Asteroid Crater Discovered Beneath Greenland’s Hiawatha Glacier
A team of researchers using airborne radar has identified a 19‑mile (30 km) impact crater hidden under five hundred feet of ice on Greenland’s Hiawatha Glacier. Shocked quartz and iron‑rich meltwater sediments confirm an asteroid strike about 58 million years ago, marking...
Federal Study Finds Full‑Spectrum Cannabis Extract Cuts Weight and Improves Glucose in Obese Mice
Researchers at UC Riverside, backed by NIH grants, reported that a 30‑day regimen of full‑spectrum cannabis extract reduced body weight, visceral fat and restored glucose clearance in high‑fat diet mice, outperforming isolated THC. The findings revive debate over cannabis’s metabolic...
Atyr Pharma Launches Global Phase 3 Trial C-006 of Efzofitimod for Pulmonary Sarcoidosis
Atyr Pharma announced the start of a global Phase 3 trial (C-006) of its anti‑inflammatory drug efzofitimod in pulmonary sarcoidosis, prioritizing forced vital capacity as the primary endpoint. The move follows a Type C meeting with the FDA that reshaped...
GLP-1s Show Promise for Glaucoma, AMD, Other Eye Diseases
GLP‑1 receptor agonists, long used for diabetes and obesity, are emerging as potential treatments for several eye conditions. Recent reviews cite modest reductions in intra‑ocular pressure and lower incidence of primary open‑angle glaucoma among users. The data on diabetic retinopathy...
NASA Targets 2030 Moon Nuclear Reactor to Power Lunar Base
NASA announced a plan to design, build, launch and land a nuclear reactor on the Moon by 2030, a move intended to sustain a permanent lunar outpost. Experts warn the schedule is aggressive, while rivals China and Russia are targeting...
Nature Nanotech Calls for Chemistry‑Centric Framework to Redefine Nanoplastics Research
Nature Nanotechnology’s latest editorial argues that nanoplastics research must move beyond particle size and adopt a chemistry‑led framework, integrating molecular‑level metrics to better assess environmental and health impacts. The piece warns that size‑only classifications obscure the diverse chemical behaviors that...
The Complete Evolution of Spin Glass From Order to Chaos
Researchers at Okinawa Institute of Science and Technology (OIST) have tracked the transition from ordered antiferromagnetism to spin‑glass disorder by gradually doping zinc ferrite crystals with gallium. Using neutron magnetic diffuse scattering, magnetic susceptibility and heat‑capacity measurements, they observed that...
Women’s Body Temperature Rises From Age 18 to 42 but We Don’t Know Why
Researchers at SRI International analyzed temperature logs from a 1990s study of 750 women aged 18 to 42 and discovered a steady rise in resting body temperature of about 0.05 °C over that span. The increase occurs across both halves of...
China Reports Major Breakthrough in Space Solar Power Technology
China’s Zhuri project achieved a landmark test, wirelessly transmitting 1,180 watts over 100 metres and powering a moving drone at 143 watts, demonstrating one‑to‑many microwave energy delivery. The system reached 20.8% DC‑to‑DC efficiency and 88% beam‑collection, positioning China for a...
HELIX AI Model Accurately Predicts RNA Splicing, Unlocks Precision Medicine
Researchers at the Chinese Academy of Sciences unveiled HELIX, an AI framework that predicts RNA splicing and isoform usage with unprecedented accuracy. By combining DNA sequence data with expression profiles of 1,499 RNA‑binding proteins, the model outperforms existing tools across...
Chickens without Eggs? De-Extinction Company Creates Artificial Egg.
Biotech startup Colossal unveiled a 3‑D‑printed artificial eggshell that lets chicken embryos develop outside a natural shell. The device preserves membrane tension, supplies oxygen through a permeable membrane, and supports normal chick hatching after transferring egg contents within a day....
CMR Imaging, NT-proBNP Improve Risk Prediction in Hypertrophic Cardiomyopathy
A prospective registry of 2,698 hypertrophic cardiomyopathy (HCM) patients across 44 North American and European centers found that cardiac magnetic resonance (CMR) scar burden and the blood biomarker NT‑proBNP markedly improve long‑term risk prediction beyond current sudden cardiac death (SCD)...
The Quantum Key to Seeing Through Chaos
Researchers at Institut des NanoSciences de Paris, the Kastler Brossel Laboratory, and the University of Glasgow have demonstrated a method that makes a scattering medium transparent only to entangled photon pairs, while remaining opaque to classical light. By optimizing a phase...
Port Moller Test Fishery Celebrates Scientific Achievements in Its 60th Year Examining Bristol Bay
The Port Moller Test Fishery (PMTF) celebrated its 60th year of salmon stock research in Alaska’s Bristol Bay, a program now run by the Bristol Bay Science and Research Institute (BBSRI). The fishery conducts daily water‑temperature and genetic tests each...
Gemini for Science: Accelerating Research at Scale
For centuries, the scientific method has been our best tool for progress. But today, there’s so much data out there that it’s impossible for any one researcher to connect all the dots. We want to fix that: Introducing Gemini for Science,...
Exposome Patterns Across Life Predict Aging Brain Health
Exposome-wide patterns predict brain health in aging (spanning biomedical, environmental, lifestyle, socio-affective, and early life domains) 👨⚕️ https://t.co/VtpdjLtda0 https://t.co/CpX8mPF7LP
Research Finds Link Between Dopamine Antagonists, AMD
Researchers at Duke Health presented evidence that dopamine signaling influences age‑related macular degeneration (AMD). In a retrospective analysis of 558 eyes, patients on dopamine antagonists experienced a 27.3% conversion rate from dry to wet AMD, far higher than the 6.8%...
Canada Slows Carbon Price Hike to Accommodate Alberta
Canada is applying a slower escalator for its national carbon price to match a deal it struck with the oil-rich province of Alberta, according to an updated government website https://t.co/ZtHUcEJQ0Q
AI Scans Enable Decade‑long Primary Disease Prevention for High‑risk Patients
Using AI of a medical scan to achieve primary prevention of disease over the next decade in people at high-risk @ScienceTM https://t.co/inpvk55qBA https://t.co/3awSGlBjuK
An Ancient Moonpocalypse May Explain Neptune’s Odd Moon Nereid
A new study proposes that Neptune’s eccentric moon Nereid survived an ancient moon‑pocalypse, being tossed into its current orbit by a chaotic encounter with a Pluto‑sized body. Researchers used James Webb Space Telescope spectra and extensive computer simulations, finding that...
Scientists Solved the 150 Year-Old Mystery of Why Most of Your Molecules Are Right-Handed
Physicists Yossi Paltiel and Ron Namaan solved the 150‑year puzzle of biological homochirality by linking it to the chirality‑induced spin selectivity (CISS) effect. They showed that electron spin, mediated by spin‑orbit coupling, makes one enantiomer marginally more efficient than its...
Cows Can Tell Humans Apart, New Study Finds
A PLOS One study shows domestic cows can differentiate between familiar and unfamiliar humans by both facial cues and matching voices. In silent video tests, 32 Prim’Holstein cows stared longer at unknown faces, while paired audio‑visual trials revealed they spent...
Why These Bees May Be Killing the Plants They Feed From
Researchers in Australia and New Zealand have documented that Western honeybees are actively transporting the invasive myrtle rust fungus while foraging on infected flowers. About half of the sampled bees returned to their hives with spores on their bodies, and 45%...
Untangling Cellular Senescence at Its Roots
Researchers in Aging Cell used single‑cell RNA sequencing to compare primary senescent cells induced by radiation with secondary senescent cells triggered by SASP exposure in kidney cells. They identified multiple transcriptional clusters within each group and mapped distinct developmental trajectories,...
NASA’s Fermi Glimpses Power Source of Supercharged Supernovae
NASA’s Fermi Gamma‑ray Space Telescope has recorded high‑energy photons from a recent superluminous supernova, providing the first direct glimpse of the engine that powers these extreme explosions. The gamma‑ray signal persisted for weeks after the optical peak, matching predictions that...
Breakthroughs for Batteries Could Soon Make Them Much Better
Lithium‑ion batteries, the workhorse of smartphones and electric vehicles, are nearing their theoretical performance ceiling, with gains in energy density and safety becoming increasingly marginal. Researchers highlighted several emerging chemistries—solid‑state, lithium‑sulfur, and sodium‑ion—that could overcome these limits by offering higher...
The Hantavirus Outbreak Is a Tragedy—And a Valuable Data Source
A hantavirus outbreak on the cruise ship MV Hondius has resulted in fatalities and exposed the difficulty of managing zoonotic diseases in confined environments. Health authorities are conducting intensive contact tracing to halt further spread, while epidemiologists view the incident...
Brain-Body Therapy Grants $100,000 to Duke Study on Stress Resilience
Brain-Body Therapy announced a $100,000 grant to fund Dr. Andrew Sherwood’s research at Duke University on the neural mechanisms of stress resilience. The private‑sector pledge underscores a rising trend of corporate money flowing into mind‑body health science. The funding will...
Ice‑Nucleating Proteins Stick to Synthetic Surfaces, Unlocking Cryomedicine and Snow‑Making
Scientists from Aarhus University and Oregon State University demonstrated that ice‑nucleating proteins from the bacterium Pseudomonas syringae bind reliably to artificial substrates. The finding removes a long‑standing barrier to using these proteins in cryomedicine, de‑icing coatings and artificial snow production....
Beetroot Nitrate Supplement May Undermine Heart Benefits in Female Athletes, Study Finds
Researchers at Dalhousie University reported that sodium nitrate, the active ingredient in many beetroot performance supplements, negated the heart‑benefiting effects of aerobic training in female mice. The findings raise fresh safety questions for women who rely on beetroot juice or...
FDA Clears INTERACT Meeting for Glafabra’s Fabry Gene Therapy, Paving Way for Single‑Shot Treatment
The U.S. Food and Drug Administration accepted Glafabra Therapeutics’ request for a face‑to‑face INTERACT meeting on July 16, 2026, to discuss its lead Fabry disease gene therapy GT-GLA‑S03. The meeting, granted to only about 30% of applicants, moves the company...
FDA Clears Johns Hopkins AI Tool that Cuts Sepsis Deaths by 20%
The U.S. Food and Drug Administration gave clearance to an AI‑driven early‑warning system from Johns Hopkins University that identifies sepsis up to 48 hours before clinicians suspect it. Early data show a near‑20% reduction in sepsis‑related deaths across dozens of...
Ki:elements Detects Alzheimer’s Pathology via Automated Phone Call: Study Validates Speech Biomarker Across Five European Cohorts
ki:elements and the PROSPECT‑AD consortium validated their Speech Biomarker for Cognition (SB‑C) in a study of 736 participants across five European cohorts. The AI‑driven voice agent administered a 10‑minute remote assessment that reliably separated cognitively unimpaired individuals from those with...
Imec Unveils First Quantum‑Dot Qubit Fabricated with High‑NA EUV Lithography
At ITF World, imec demonstrated a silicon quantum‑dot qubit device fabricated with high‑NA EUV lithography, achieving 6‑nm gate gaps and proving the method’s suitability for fab‑scale quantum hardware. The breakthrough links semiconductor manufacturing to quantum‑computing scaling.
Experts Map Realistic Quantum Computing Applications and Timelines
Physicists including John Martinis and Peter Zoller say quantum computers with hundreds to thousands of qubits are now a reality, but useful, large‑scale applications remain years away. They point to IBM and Atom Computing’s >1,000‑qubit machines and Caltech’s 6,000‑qubit array as milestones,...
Monopar's ALXN1840 Cuts Copper in Wilson Disease Phase 2 Trial
Monopar Therapeutics announced that its experimental drug ALXN1840 achieved rapid, statistically significant copper reduction in a nine‑patient Phase 2 trial for Wilson disease. The open‑label study, published in Hepatology Communications, marks a key milestone for the first‑in‑class ATC activator. The data...
Surprising Number of Doctors Believe We'll Be Reviving Dead Brains
A joint survey by Monash University, the European Biostasis Foundation and Apex Neuroscience found that roughly 30% of U.S. physicians consider it somewhat plausible that future technology could preserve a brain well enough to restore consciousness after death. Nearly 60%...
Mutating Antibodies for Easier Drug-Conjugate Manufacturing
Scientists at Johns Hopkins University have engineered a general‑purpose antibody by mutating its fragment crystallizable (Fc) region, creating up to four new attachment sites for molecules such as drugs, dyes, or nanoparticles. Six precise Fc mutations enable consistent, site‑specific conjugation,...
TRIBE With Sebastian Junger - Episode 4 - Richard Wrangham
In this episode, host Sebastian Junger talks with Harvard evolutionary biologist Richard Wrangham about the stark differences between chimpanzee and bonobo societies and what they reveal about human violence and cooperation. Wrangham explains how male chimpanzees engage in organized, often...
Cholesterol Sulfate: Key Regulator in Human Physiology
Cholesterol sulfate in human physiology: what's it all about? - Journal of Lipid Research https://t.co/iqYDvUNFXy
From Fewer Fractions to Smarter Combinations: The State of Radiotherapy in Soft Tissue Sarcoma
A 2026 review in Current Oncology Reports finds that hypofractionated radiotherapy, particle‑beam modalities and immunotherapy combinations are reshaping soft‑tissue sarcoma (STS) treatment. Evidence shows 15‑20‑fraction regimens achieve 85‑90% local‑control rates comparable to conventional 35‑fraction schedules, while cutting treatment time by...
Emerging Nanoreactors for Precision Disease Treatment: From Principles to Biomedical Applications
Nanoreactors—engineered nanostructures that emulate cellular compartments—are reshaping precision nanomedicine. By confining reactants, integrating synergistic catalytic sites, and responding to physiological cues, they dramatically accelerate therapeutic reactions and enable controlled drug release. Recent advances span organic, polymeric, and organic‑inorganic hybrids, showing...
The Role of Interfacial Energetics and Defects on The Efficiency of Tin Perovskite Solar Cells
Researchers performed layer‑resolved spectroscopy on FASnI3 tin perovskite solar cells, directly mapping band structure and interfacial losses. They found that the Bathocuproine (BCP) buffer layer forms a hybrid energy level with silver, raising open‑circuit voltage. Time‑resolved surface photovoltage revealed ultrafast...
Ultra‐stable Flexible Thermal Sensing Operating From 20 to 1273 K Enabled by the Directly Grown Mo2C Patterns on Flexible Substrates
Researchers introduced an inkjet‑printing and hydrogen‑assisted reduction technique to directly grow molybdenum carbide (Mo2C) patterns on flexible mica substrates at 750 °C, removing the need for photolithography or transfer steps. The resulting sensors operate stably across a temperature span of 20 °C...
Visualizing Metal Nanoparticle Electrochemical Dissolution Atom by Atom
Researchers employed identical‑location annular dark‑field scanning transmission electron microscopy (IL‑ADF‑STEM) to capture atom‑by‑atom snapshots of gold nanoparticle dissolution on carbon electrodes in chloride solution. By measuring integrated image intensities, they quantified atom loss and gain for the same particle over...
Synergistic Dual‐Passivation of Grain Boundaries and Buried Interface for High‐Efficiency and Stable Perovskite Solar Cells
Researchers introduced a synergistic dual‑passivation method that treats perovskite grain boundaries with N,N‑dimethyldipropyltriamine (DMDPTF) while modifying the SnO2 electron‑transport layer with cobalt acetate (Co(OAc)2). The combined approach boosts crystal quality and suppresses interfacial defects, delivering a champion power conversion efficiency...