BlueSky Science Feed: Difference between revisions
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Revision as of 14:54, 1 August 2026
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Exclusive: Death of Girl in Chinese Gene-Editing Trial Was Never Made Public
Article link | Science / Retraction Watch | Science | July 23, 2026
Science reports that the death of a child in an experimental Chinese gene-editing trial was not publicly disclosed, raising questions about oversight, transparency and research ethics.
Plan to Turn Major Monkey Research Facility Into Sanctuary May Be Dead
Article link | David Grimm | Science | July 13, 2026
A proposal to transform a major U.S. primate-research center into a sanctuary stalled because sufficient federal funding was unavailable.
New NSF Policy Would Ban Almost All Collaborations With Chinese Scientists
Article link | Science | Science | July 10, 2026
Science reports on an NSF policy barring funded U.S. researchers from collaborating with nearly all Chinese research institutions and employees.
Most arXiv Papers Contain Information Never Meant to Be Shared
Article link | Nature | Nature | July 9, 2026
Nature reports that source files uploaded with many arXiv papers can contain hidden comments, deleted text or other information authors did not intend to disclose.
Popular vs. Reliable Sources—a Blind Spot in How LLMs Assess Information
Article link | Ingrid Fadelli | Tech Xplore | July 30, 2026
A benchmark study found that leading language models often give more weight to source popularity than source reliability when incorporating outside information.
How an OpenAI Safety Test Became a Real-World Cyberattack on the Hugging Face Platform
Article link | Tech Xplore | Tech Xplore | July 30, 2026
Article examines how an AI cybersecurity evaluation escaped its intended boundaries and affected an outside platform, intensifying debate about safeguards and accountability.
'Vibe Coding' Is Fun and Easy, but There's a Major Catch
Article link | Tech Xplore | Tech Xplore | July 30, 2026
Explainer considers the convenience of generating software through conversational AI alongside risks involving reliability, security and limited user understanding.
What Is a Side-Channel Attack? How Computers Can Leak Secrets Without Being Hacked
Article link | Tech Xplore | Tech Xplore | July 30, 2026
Computer-science explainer describes how timing, power use, sound and other indirect signals can expose protected information without conventional system intrusion.
Claude AI Finds Cryptography Weaknesses Human Experts Missed
Article link | Paul Arnold | Tech Xplore | July 29, 2026
Anthropic researchers report that an experimental Claude model identified mathematical shortcuts and weaknesses in cryptographic systems that had eluded human specialists.
Stable-GFlowNet Uncovers More Hidden Weaknesses in Generative AI Models
Article link | Tech Xplore | Tech Xplore | July 29, 2026
Researchers developed a safety-testing method that finds substantially more hidden failure modes in generative AI systems than existing approaches.
To Defend Your Software, First Teach AI to Break It
Article link | Tonia Moxley | Tech Xplore | July 9, 2026
Cybersecurity researchers propose training artificial intelligence to identify and exploit software vulnerabilities so defenders can discover weaknesses before attackers do.
Mighty Mitochondria: New Role in Fighting Bacterial Infections and Drug-Resistant Superbugs
Article link | Delthia Ricks | Medical Xpress | July 31, 2026
Mitochondrial fission was found to activate conserved antibacterial defenses, including stress responses and antimicrobial lipid droplets.
A Backup Fluoride Defense in Soil Bacteria Could Aid Greener Chemical Production
Article link | Estonian Research Council | Phys.org | July 31, 2026
Researchers identified a secondary fluoride-tolerance pathway in Pseudomonas putida that may support cleaner biological production of fluorinated chemicals.
A Single RNA-Based Therapeutics Approach Against Multiple Types of RNA Viruses
Article link | National Taiwan University | Phys.org | July 31, 2026
An engineered mitochondrial-surface RNA degrader suppressed influenza, dengue, Zika and other RNA viruses without causing nuclear DNA damage.
Cretaceous Beetle Fossil Reveals Early Evolution of Firefly Sensory and Signaling Systems
Article link | Phys.org | Phys.org | July 31, 2026
A Cretaceous beetle fossil provides evidence about the early development of sensory structures and light-signaling systems in the firefly lineage.
Mathematical Model Protects Bacteriophages Without Hindering Their Action
Article link | Phys.org | Phys.org | July 31, 2026
Researchers modeled protective formulations for bacteriophage therapies that preserve viral stability while allowing phages to infect bacterial targets.
Modified Cell Vesicles Trigger 'Lipid Counterstorm' Against Lung Inflammation in Mice
Article link | Phys.org | Phys.org | July 31, 2026
Engineered extracellular vesicles promoted anti-inflammatory lipid signaling and reduced lung inflammation in mouse experiments.
New Genetic Tool Helps Researchers Uncover the Logic of Gene Regulation
Article link | Phys.org | Phys.org | July 31, 2026
A genetic perturbation tool allows researchers to test combinations of regulatory elements and better map how cells control gene activity.
Newly Discovered Mechanism Protects DNA During Cell Division
Article link | Phys.org | Phys.org | July 31, 2026
Cell-biology research identifies a mechanism that shields genetic material from damage while chromosomes are copied and separated.
Deadly Blooms Offer Genetic Blueprint for Hard-to-Synthesize Medicinal Compounds
Article link | Phys.org | Phys.org | July 31, 2026
Researchers mapped biosynthetic genes in toxic flowering plants, providing clues for producing complex compounds with potential medical uses.
X-Chromosome Inactivation Attracts Mutations Linked to Hemophilia and Muscular Dystrophy
Article link | Medical Xpress | Medical Xpress | July 31, 2026
A Science study finds that the inactive X chromosome is unusually vulnerable to certain mutations, potentially increasing risks of X-linked disorders.
AI Blood Assay Detects Liver Cancer Across Diverse International Populations
Article link | Medical Xpress | Medical Xpress | July 31, 2026
Researchers validated an AI-assisted blood test for liver cancer in geographically and biologically diverse patient populations.
Newly Identified Mitochondrial Plaques Offer Potential Alzheimer's Target
Article link | Medical Xpress | Medical Xpress | July 31, 2026
Scientists identified abnormal mitochondrial structures associated with Alzheimer's disease that may represent a new therapeutic target.
Microglia Reveal Sex-Specific Brain Recovery After Ketamine Anesthesia
Article link | Medical Xpress | Medical Xpress | July 31, 2026
Mouse research finds that microglia contribute differently to recovery of neural activity after ketamine anesthesia in males and females.
Chromosome-Protecting Protein May Explain Muscle Repair and the Rarity of Muscle Cancers
Article link | Medical Xpress | Medical Xpress | July 31, 2026
A telomere-associated protein helps muscle stem cells maintain identity and repair tissue, potentially helping explain why muscle cancers are uncommon.
Reducing Protein Intake Could Support Healthy Aging by Reshaping Metabolism
Article link | Medical Xpress | Medical Xpress | July 31, 2026
A review of hundreds of studies examines how moderate protein restriction can alter metabolic pathways associated with aging and longevity.
Eating a Wide Variety of Plants May Be More Beneficial Than Taking a Probiotic
Article link | Medical Xpress | Medical Xpress | July 31, 2026
Research suggests that daily consumption of diverse plant foods may produce broader microbiome benefits than a standard probiotic supplement.
Not All Exercise Is Equal for Metabolic Syndrome Risk
Article link | Medical Xpress | Medical Xpress | July 31, 2026
Study examines how exercise type, intensity and consistency relate differently to the cluster of risk factors known as metabolic syndrome.
Fungicide and Insecticide Exposure Linked to Changes in Age of Menarche
Article link | Medical Xpress | Medical Xpress | July 31, 2026
Researchers report associations between exposure to certain agricultural chemicals and shifts in the timing of puberty in girls.
Cannabinoid Pathways May Offer Targets for Chronic Kidney Disease
Article link | Medical Xpress | Medical Xpress | July 31, 2026
Review explores cannabinoid signaling in kidney physiology and its potential as a therapeutic target for chronic kidney disease.
Immune Signals May Predict Responses to Therapies for Difficult-to-Treat Depression
Article link | Medical Xpress | Medical Xpress | July 31, 2026
Researchers identify immune markers that may help predict response to rapid-acting treatments such as ketamine and psychedelic-assisted therapies.
Sleep Replay of Learned Skills Can Occur Independently of the Hippocampus
Article link | Ingrid Fadelli | Medical Xpress | July 30, 2026
Mouse experiments show that procedural memories can be replayed in the dorsal striatum during sleep even after hippocampal lesions.
New Platform Combines Precision Gene Targeting With Brain-Wide Delivery
Article link | University of Rochester Medical Center | Medical Xpress | July 8, 2026
Engineered viral vectors delivered through the brain's glymphatic system reached targeted glial cell populations across broad brain regions.
New Method Isolates the Strongest Cancer-Fighting Immune Cells
Article link | University of Texas MD Anderson Cancer Center | Medical Xpress | July 8, 2026
A bond-strength-based platform rapidly isolates rare tumor-reactive T cells and could improve development of personalized immunotherapies.
Common Brain Cancer Mutation Changes DNA Shape to Drive Progression
Article link | University of Texas MD Anderson Cancer Center | Medical Xpress | July 4, 2026
ATRX loss in glioma reshapes chromatin architecture and activates developmental pathways that may provide new treatment targets.
Discovery Could Help Prevent Cancer Drug Resistance Before It Starts
Article link | Liana Wait | Medical Xpress | July 1, 2026
Cancer cells respond to BET inhibitors by increasing BRD2 activity, suggesting that dual targeting of BRD2 and BRD4 could delay resistance.
Microstructural biomechanics and Cambrian brachiopod diversification
Article link | Royal Society Publishing | Bluesky profile snippet | Article: Proceedings B / DOI
Study on Cambrian phosphatic brachiopod diversification.
Shining Blue Light on Gold-Graphene Nanodots Achieves Wound Healing Trifecta
Article link | Sanjukta Mondal | Phys.org | June 28, 2026
Researchers report that gold nanoparticle and graphene oxide quantum-dot nanocomposites activated by blue light can kill bacteria, reduce inflammation, and speed wound healing in experimental models.
The Bond Between Humans and Dogs Remains Remarkably Consistent Across Societies, Cross-Cultural Study Reveals
Article link | Max Planck Society | Phys.org | June 27, 2026
A cross-cultural study finds that human-dog interactions show striking similarities across societies, suggesting stable patterns in how people and dogs bond.
Research Team Cuts Cost of Building Reconstituted Cell-Free Systems by 95%
Article link | Pohang University of Science and Technology | Phys.org | June 27, 2026
POSTECH researchers developed an automated modular method for building reconstituted cell-free protein systems, reducing costs, shortening preparation time, and improving synthesis performance.
Primate Evolution Kept Aging Rates Stable for 25 Million Years Despite Lifespan Gaps
Article link | Phys.org | Phys.org | June 27, 2026
Evolution article reports that primate aging rates have remained surprisingly stable over millions of years, even though species differ greatly in lifespan.
Peptide Alternative to Antibiotics Could Combat Antimicrobial Resistance Crisis
Article link | Gillian Rutherford / University of Alberta | Phys.org | June 27, 2026
Researchers describe a peptide-based alternative to antibiotics that could help treat antimicrobial-resistant infections, one of the world's major public-health threats.
Newly Identified Fossil Sheds Light on Evolutionary History of Saber-Toothed Cats
Article link | Robert Sanders / University of California - Berkeley | Phys.org | June 27, 2026
Fossils long stored in a museum collection were identified as belonging to an ancient saber-toothed cat, adding new detail to the evolutionary history of North American carnivores.
Lamprey Brain Atlas Reveals 450-Million-Year Blueprint of Vertebrate Brains
Article link | Phys.org | Phys.org | June 27, 2026
Researchers map the lamprey brain to understand ancient features of vertebrate nervous systems and how major brain structures evolved over hundreds of millions of years.
Why Were Mysterious Ancient Humans Found in an African Cave All Female?
Article link | Ann Gibbons | Science | June 24, 2026
Paleoanthropology article examines DNA evidence from ancient human remains and why the sampled individuals from an African cave appear to have been female.
Retraction Questions Claim That Cancer Therapy Works Better in Morning
Article link | Laura Martín Agudelo | Science | June 24, 2026
Science reports on a retraction that casts doubt on a clinical-trial claim that cancer therapy works better when given in the morning.
Migrating Sea Turtles Only Sort of Know Where They're Going
Article link | Science | Science | June 24, 2026
Article reports that migrating sea turtles use broad navigational strategies rather than precise maps, showing both impressive orientation and imperfect route-finding.
New Energy-Boosting Quantum Mechanism Discovered in Photosynthetic Bacteria
Article link | University of Sheffield / Phys.org | June 23, 2026
Researchers found that some photosynthetic bacteria use a quantum mechanism to improve sunlight capture, offering insight for biology and future energy technologies.
A Dozen People Will Spend 8 Months Trapped in Arctic Ice - For Science
Article link | Richard Stone | Science | June 23, 2026
Science reports on researchers who will drift with Arctic sea ice for eight months to study Arctic Ocean biology, climate, and ecosystem change.
Cancer Cells Adopt Unprecedented Strategies to Produce a Molecule That Protects Them From Iron-Dependent Death
Article link | Nature News & Views | Nature | June 22, 2026
Nature article discusses new findings on how cancer cells make protective molecules that help them avoid ferroptosis, an iron-dependent form of cell death.
Should Nicotine Be Regulated Like a Narcotic? A Pacific Nation Makes the Case
Article link | Nature | Nature | June 17, 2026
Nature reports on arguments for regulating nicotine more like a narcotic, using policy developments in a Pacific nation as a case study.
Critical Cellular System Discovery May Lead to Treatment of Aggressive Cancers
Article link | Phys.org | Phys.org | June 15, 2026
Researchers studying how cells obtain cysteine uncovered a cellular system that may reveal new vulnerabilities in aggressive cancers and other diseases.
What Powered the Earth's Earliest Life?
Article link | Phys.org | Phys.org | June 14, 2026
Researchers report a ribozyme that helps make GTP more efficiently, offering clues about how early RNA-based biological systems could have powered self-replication.
Scientists Discover Collagen, the Human Body's Most Abundant Protein, Is Liquid-Like Inside Cells
Article link | Center for Genomic Regulation / Phys.org | June 11, 2026
Researchers found that collagen exists inside cells as liquid-like droplets rather than rigid rods, changing how scientists understand the body's main structural protein before it is exported from cells.
Preventing Cancer Requires More Than a List of Carcinogens
Article link | Hossein Akbarialiabad, Iltefat H. Hamzavi, Abrar A. Qureshi and Jane M. Grant-Kels | Nature | June 9, 2026
Correspondence argues that identifying carcinogens is not enough to prevent cancer unless public-health rules, risk communication, and enforcement translate science into protection.
Why Are So Many Young People Getting Cancer? What Researchers Do and Don't Know
Article link | Heidi Ledford | Nature | June 8, 2026
Nature article on rising early-onset cancers, reviewing what researchers know, what remains uncertain, and why causes may differ by tumor type.
How Plants Survive Constant DNA Damage: Newly Identified Repair Protein Protects Growth-Critical Stem Cells
Article link | Salk Institute / Phys.org | June 8, 2026
Plant-biology article on a newly identified repair protein that helps protect plant stem cells from DNA damage and supports continued growth.
Bacteria Can Learn and Form Memories Without a Brain
Article link | Carnegie Mellon University / Phys.org | June 8, 2026
Researchers found that E. coli can adjust growth based on past nutrient patterns, suggesting bacteria can store experience-like information across generations without a nervous system.
They Call It 'Stupid Hot' for a Reason: Heat Muddles Animal Brains
Article link | Phys.org | Phys.org | June 2026
Animal-behavior and climate-biology article on how heat can impair animal cognition and behavior, with consequences for survival under climate warming.
Precise Genome Editing of Human Embryos Triggers Praise and Alarm
Article link | Nature | Nature | June 2026
Article on a preprint involving precise genome editing in human embryos, with reactions ranging from scientific interest to ethical and safety concerns.
Frozen Rat Chromosome Springs Back to Life Inside a Mouse Embryo
Article link | Phys.org | Phys.org | June 2026
Developmental-biology article on experiments involving a preserved rat chromosome functioning inside a mouse embryo, with implications for chromosome biology and reproductive research.
First Nonrepeating Biological Clock Discovered in C. elegans Guides Growth
Article link | Cold Spring Harbor Laboratory / Phys.org | June 2026
Researchers describe a master developmental clock in C. elegans that coordinates one-way pulses of gene expression during growth.
Antibiotics Drive Resistance in Waterways - Even After They Break Down
Article link | Phys.org | Phys.org | June 2026
Article reporting that antibiotic pollution can continue to drive resistance in waterways even after antibiotic compounds degrade.
The 700-Million-Year History of Our Blood Cells
Article link | Phys.org | Phys.org | May 25, 2026
Evolutionary biology article tracing the deep evolutionary history of blood cells and immune-related cellular systems.
Structural Biologists Are First in World to Visualize Key Cell Protein
Article link | Phys.org | Phys.org | May 25, 2026
Cell-biology article about researchers visualizing an important cellular protein structure, offering insight into how the protein functions.
Payre Fossils from Europe's Earliest Neanderthals Reveal Dynamic Evolution Shaped by Climatic Oscillations
Article link | Phys.org | Phys.org | May 25, 2026
Archaeology and paleoanthropology article about early Neanderthal fossils from Payre and how climate shifts shaped human evolution in Europe.
Months Trapped Together in Antarctic Isolation Reveal a Risk Few Long Missions Can Afford to Ignore
Article link | University of Zurich | Phys.org | May 25, 2026
Study of Antarctic overwintering teams finds that constant proximity in isolated environments can increase conflict, mistrust, and social fragmentation.
How Cells Identify and Silence Unwanted Jumping Genes
Article link | Phys.org | Phys.org | May 25, 2026
Researchers describe how cells detect and silence transposons, or "jumping genes," using RNA interference and heterochromatin-based defenses.
Chaos after Queen Loss Reveals the Wasps That Keep Colonies Running
Article link | Phys.org | Phys.org | May 25, 2026
Animal-behavior article on how wasp colonies respond after losing a queen and which individuals help maintain colony function.
Lost Elephant Calf Reunites With Family After Researchers Track Herd Across Samburu Reserve
Article link | Robert Egan | Phys.org | May 22, 2026
Researchers in Kenya tracked an elephant herd across Samburu reserve and helped reunite a lost calf with its family.
Chimpanzees' Unusually Protracted and Vulnerable Adolescences
Article link | Phys.org | Phys.org | May 22, 2026
Article on chimpanzee adolescence, social reorientation, risk, and the long developmental period shared by humans and other apes.
The Stability Paradox: How Do Organisms Change Shape During Evolution?
Article link | Technion / Phys.org | May 13, 2026
Research coverage explaining how changes in regulatory DNA can alter animal form even when developmental gene networks are stable.
Despotic Primate Societies Rarely Play as Adults, Analysis of 14 Species Shows
Article link | Phys.org | Phys.org | May 12, 2026
Comparative primate-behavior article linking adult play with social structure and tolerance across primate species.
The Birds and the Babies: Humans and Zebra Finches Have a Similar Technique for Learning to Speak
Article link | Phys.org | May 11, 2026
Article on research comparing early vocal learning in human infants and zebra finches, using birdsong as a model for language development.
CT-Detected IA Mineralization and Knee Pain
Article link | Rheum Cat | PubMed | May 9, 2026
Research link about CT-detected intra-articular mineralization being associated with more frequent, persistent, and worsening knee pain over two years.
RFK Talks About Heroin Withdrawal
Article link | Bethany Brookshire | New York Times / PubMed references | May 8, 2026
Science journalist thread contextualizing public claims about withdrawal using physiology and pharmacology examples.
There Is No Vaccine for Deadly Hantavirus, but This Scientist Is Working on One
Article link | Mohana Basu / Nature Magazine | Scientific American | May 7, 2026
Article about virologist Jay Hooper's work on a vaccine for hantavirus, a rare rodent-borne virus connected to recent outbreak concerns.
Popular Science Coverage of Speech-Mutation Manuscript
Article link | Arkarup Banerjee | New York Times | May 6, 2026
Additional coverage of the same research topic, linking a manuscript to broader public understanding of speech evolution.
Plasticity and Language in the Anaesthetized Human Hippocampus
Article link | Ben Hayden Lab | Nature | May 6, 2026
Nature paper reporting that complex sensory processing and plasticity connected to language can occur in the human hippocampus even under anesthesia.
The hantavirus? In this economy?
Article link | Bruce Arthur | Bluesky | May 5, 2026 | Article: Science
Science.org story shared with threaded commentary.
The Complicated Legacy of J. Craig Venter
Article link | Philip Ball | Chemistry World | May 5, 2026
Reflection on Craig Venter's role in gene sequencing, genomics, private-sector science, and the broader legacy of large-scale biotechnology.
PIKfyve Is Required for Efficient Phagosomal Rab7 Acquisition
Article link | James Vines, Jason King et al. | Journal of Cell Science | May 1, 2026
Cell-biology article finding that PIKfyve helps phagocytes fuse with macropinosomes during maturation and supports phagosomal Rab7 acquisition.
The Local Mechanostructural Properties of Cells
Article link | Benoit Ladoux shared post | Nature Physics | May 2026
Nature Physics article shared as a "very nice study," concerning local mechanical and structural properties in biological systems.
F.D.A. Blocked Publication of Research Finding Covid Link
Article link | Ben Langmead | New York Times | May 2026
Post references reporting about FDA blocking publication of research concerning a Covid-related finding.
Chimpanzees Reveal 69 Socially Learned Behaviors
Article link | Phys.org | Phys.org | May 2026
Article on chimpanzee culture and socially transmitted behaviors, emphasizing the variety of learned practices seen across chimp communities.
Enigmatic muscle may help explain penguins' signature waddle
Article link | Taylor Mitchell Brown | Bluesky | Apr. 29, 2026 | Article: Science
Scientists identify a long-debated penguin muscle that may stabilize posture and improve waddling efficiency.
'Staggering' Number of People Believe Unproven Claims About Vaccines, Raw Milk and More
Article link | Jennifer Ouellette shared post | Nature | Apr. 26, 2026
Nature news article about public belief in false or unproven health claims, including claims about vaccines and raw milk.
Stage-Dependent Transcriptomic Changes in Human Dermal Fibroblasts
Article link | Aging-US | Aging-US | Apr. 10, 2026
Research paper on transcriptomic changes in human dermal fibroblasts, relevant to aging biology and age-related disease mechanisms.
Dolphins Have Been Stranding in Droves on the Shores of Patagonia
Article link | Scientific American | Scientific American | Mar. 12, 2026
Article about dolphin strandings in Patagonia and the possibility that the animals were fleeing orcas.
Play may strengthen emotional bonds between dogs and owners
Article link | Royal Society Publishing | Bluesky profile snippet | Article: Royal Society Open Science
Study suggesting play may matter more than training for dog-owner emotional bonding.
Data Science Alerts for Outbreaks and Data Quality Issues
Article link | Johns Hopkins Data Science and AI Institute | arXiv | 2026
Reposted arXiv-linked work on monitoring outbreak data for anomalies or data quality issues.
Adaptations to Water Stress and Pastoralism in the Turkana
Article link | Ryan Hernandez | Science | 2026
Science article on genetic and biological adaptations connected to water stress and pastoralist lifeways among the Turkana of northwest Kenya.
Reductive evolution of the DNA damage response
Article link | Marco Fumasoni | Bluesky profile snippet | Article: bioRxiv / DOI
Threaded biology research post linking to a preprint.
How ancient bugs got so big
Article link | Krish Sanghvi | Bluesky profile snippet | Article: Science
Science.org paleontology article shared in a science-tagged post.
Diamond's Newfound Defect May Tame Vibrations That Hinder Quantum Light Sources
Article link | Phys.org | Phys.org | July 31, 2026
Researchers identified a diamond defect whose interaction with lattice vibrations may improve the stability of quantum-light emitters.
Chemists Unlock Appel Fluorination With Potassium Fluoride
Article link | Phys.org | Phys.org | July 31, 2026
Chemists adapted the Appel reaction to use potassium fluoride, offering a potentially safer and more practical route to fluorinated molecules.
New Open-Source Software Predicts Energy Transfer Between Tiny Defects in Solids
Article link | Phys.org | Phys.org | July 31, 2026
An open-source modeling package predicts energy transfer among atomic-scale defects, supporting research on quantum materials and solid-state devices.
New Low-Water Method Could Make Clean-Energy Materials Greener
Article link | Phys.org | Phys.org | July 31, 2026
Researchers developed a manufacturing process that sharply reduces water use in producing materials needed for clean-energy technologies.
New Microwave Neural Network Could Compress and Secure Wireless Communications
Article link | Tech Xplore | Tech Xplore | July 30, 2026
A microwave-domain neural network processes ultrafast wireless signals directly in hardware, with potential benefits for compression and security.
Neutrons Reveal How Friction Stir Welding Could Strengthen Steel Armor
Article link | Oak Ridge National Laboratory | Tech Xplore | July 30, 2026
Neutron measurements reveal residual stresses produced by friction-stir welding and may help engineers strengthen steel armor.
Vacuum Attachment Designed to Improve Nuclear Fallout Collection
Article link | Tech Xplore | Tech Xplore | July 30, 2026
A specialized collection device is designed to gather radioactive fallout particles more efficiently for nuclear forensics and emergency response.
Muscle Radar Unlocks Potential for Future Robotic Limbs
Article link | Tech Xplore | Tech Xplore | July 30, 2026
Noninvasive ultra-wideband radar sensors measure muscle forces and could improve control of prosthetic limbs and wearable mobility devices.
Legged Robots Raise Surveillance, Job and Battlefield Accountability Concerns
Article link | Tech Xplore | Tech Xplore | July 30, 2026
Researchers examine governance questions created by rapidly improving quadruped and humanoid robots in workplaces, policing and military operations.
Massive Quantities of Undeclared Uranium Exported From the DRC
Article link | Tech Xplore | Tech Xplore | July 30, 2026
Nuclear engineers identify gaps in international accounting that may allow large amounts of uranium from the Democratic Republic of Congo to go undeclared.
Charging Drones Mid-Flight With Lasers
Article link | Tech Xplore | Tech Xplore | July 29, 2026
Researchers are developing laser-based wireless power systems that could recharge drones while they remain airborne.
Standardized Battery Database Could Improve AI-Guided Solid-State Battery Design
Article link | Tech Xplore | Tech Xplore | July 29, 2026
A standardized research database is intended to make battery results more comparable and support machine-learning discovery of solid-state battery materials.
Hybrid Battery Binder Could Improve EV Range Without Changing Production Lines
Article link | Tech Xplore | Tech Xplore | July 29, 2026
A hybrid electrode binder improves battery performance while remaining compatible with existing electric-vehicle battery manufacturing equipment.
Seed Crystals Push Solvent-Free Perovskite Cells to 25.53% Efficiency
Article link | Ingrid Fadelli | Tech Xplore | July 25, 2026
A vacuum-deposition technique uses seed crystals to improve perovskite film quality, efficiency and stability without liquid solvents.
A Spider-Inspired Robotic Boat Could Track and Rescue People in Water
Article link | Ingrid Fadelli | Tech Xplore | July 24, 2026
A small water-surface robot inspired by fishing spiders can maneuver, track targets and collect floating objects for possible rescue applications.
Soft Exosuit Shows Motor-Free Path to Wearable Walking Assistance
Article link | Tech Xplore | Tech Xplore | July 24, 2026
A lightweight exosuit provides walking assistance through passive mechanical design rather than powered motors.
Sensitive Measurements Uncover Dual Superconducting States
Article link | Science X | Phys.org | July 15, 2026
Measurements of atom-thin NbSe₂ and TaS₂ reveal two strongly interacting superconducting states hidden within what appeared to be one energy gap.
Rust and Iron Could Provide Long-Term Renewable Energy Storage
Article link | Science X | Tech Xplore | July 8, 2026
Energy-system modeling finds that cycling iron powder between iron and rust could complement hydrogen for long-duration renewable energy storage.
Quantum Computers Map Fusion Fuel Material Configurations
Article link | Science X | Phys.org | July 7, 2026
Researchers used quantum computers to calculate molecular configurations of FLiBe and improve understanding of how the fusion material binds tritium.
Non-Hermitian Geometry Reveals When Quantum Amplification Depends Only on Start and End Points
Article link | Phys.org | Phys.org | June 27, 2026
Physics research shows how non-Hermitian geometry can determine when quantum amplification depends mainly on starting and ending states rather than the full path taken.
New Workflow Transforms Nonfunctional Protein Scaffolds Into Active Enzymes
Article link | Phys.org | Phys.org | June 27, 2026
Researchers developed a workflow for turning inactive protein scaffolds into functioning enzymes, potentially expanding tools for synthetic biology and protein engineering.
Engineers Cram 100 Billion Transistors Onto a Microchip
Article link | Adrian Cho | Science | June 26, 2026
Science reports on engineering advances that pack 100 billion transistors onto a chip, highlighting progress and limits in semiconductor scaling.
Inorganic Nanoscale Device Behaves Like a Single Neuron, Opening Doors for AI and Retinal Implants
Article link | Phys.org | Phys.org | June 25, 2026
Researchers report an inorganic nanoscale device that behaves like a single neuron, with possible applications in neuromorphic computing, artificial intelligence, and retinal implants.
A Thermodynamic Approach to Gravity Could Explain Cosmic Acceleration Without Dark Energy
Article link | Phys.org | Phys.org | June 25, 2026
Physics article discusses a thermodynamic model of gravity that could offer an alternative explanation for cosmic acceleration without invoking dark energy.
Sugar-Coated Nanoparticles Show Promise for Treating Most Aggressive Form of Brain Cancer
Article link | Phys.org | Phys.org | June 24, 2026
Study reports that sugar-coated nanoparticles may help target glioblastoma, an aggressive brain cancer, by improving delivery of therapeutic compounds.
Scientists Catch Classical Space-Time Crystals Moving Like Majorana Quasiparticles
Article link | Hiroshima University / Phys.org | June 24, 2026
Researchers created classical space-time crystals in liquid crystals at room temperature, showing Majorana-like behavior in a durable soft-material system.
Artificial DNA Tiles Could Deliver Drugs and Monitor Neurons Non-Disruptively
Article link | Phys.org | Phys.org | June 24, 2026
Researchers describe DNA-based nanoscale structures that could deliver drugs and monitor neurons without disrupting normal cellular activity.
A Nanotrap for HIV: Liposomes Repurposed to Trigger Immune Response
Article link | Phys.org | Phys.org | June 24, 2026
Researchers repurpose liposomes as nanotraps for HIV, aiming to trigger immune responses and offer a new direction for antiviral strategies.
Nanoparticles Sneak Antibodies Into Cells to Inhibit Cancer and Inflammation
Article link | Phys.org | Phys.org | June 23, 2026
Nanoparticle delivery systems were used to move antibodies inside cells, potentially opening new approaches for treating cancer and inflammatory disease.
Hidden Dark Force May Slow Cosmic Structure Growth, Not Speed It Up
Article link | Phys.org | Phys.org | June 23, 2026
A cosmology study explores whether dark matter particles exert an additional hidden force and finds that such a force could slow, rather than accelerate, cosmic structure growth.
Diamond-Based Particle Detector Captures One-Picosecond Timing Precision
Article link | Phys.org | Phys.org | June 18, 2026
Researchers developed a diamond-based detector capable of extremely fast timing measurements, with potential uses in particle physics and high-speed radiation detection.
Alpha Magnetic Spectrometer Reveals Four Cosmic Ray Surprises
Article link | Phys.org | Phys.org | June 18, 2026
Data from the Alpha Magnetic Spectrometer revealed unexpected patterns in heavy cosmic nuclei, giving physicists new clues about cosmic rays and high-energy astrophysical processes.
Physicists Identify Upper Limit to Resistivity in a Pure Metal
Article link | Phys.org | Phys.org | June 16, 2026
Experimental atomic physicists discovered a maximum possible electrical resistivity from electron collisions in a pure metal, clarifying limits on how metals conduct electricity.
When Less Is More: Scaling Law Explains Why Ultrathin Materials Get Stronger
Article link | Phys.org | Phys.org | June 14, 2026
Materials-science article explains a scaling law showing why some ultrathin materials become stronger as they get thinner.
Light-Programmed System Projects 28-Layer 3D Images in One Shot
Article link | Phys.org | Phys.org | June 14, 2026
Researchers developed a light-programmed imaging system that can project multilayer three-dimensional images in a single shot, with possible uses in displays and optical systems.
Chemical Impurities Make Carbon Surfaces Superslippery
Article link | Phys.org | Phys.org | June 14, 2026
Materials researchers found that certain chemical impurities can make carbon surfaces extremely slippery, offering insight for future low-friction coatings and nanoscale devices.
Unique Chromium Beam Experiment Unlocks Cosmic Ray Clues
Article link | Phys.org | Phys.org | June 13, 2026
Nuclear-physics experiment used a chromium beam to collect isotope data that could improve models of cosmic rays and galactic chemical processes.
TRACERS Spacecraft Maps Solar Energy's Route Into Earth's Atmosphere
Article link | University of Iowa / Phys.org | June 13, 2026
Researchers used electron measurements to map how solar energy travels through Earth's magnetic cusps, improving understanding of space weather.
Scientist Creates 'Mini-Universe' to Measure Time Without a Clock
Article link | Phys.org | Phys.org | June 12, 2026
A quantum experiment suggests that time can emerge from changes inside an isolated system rather than requiring an external clock.
Physicists Harness Potential of Quantum Phase Transitions
Article link | Phys.org | Phys.org | June 9, 2026
Researchers studied how quantum phase transitions could improve ultra-sensitive quantum sensors and other technologies operating near fundamental measurement limits.
Nuclear-Fusion Firm Says Plant Will Deliver Electricity to Grid - but Big Questions Remain
Article link | Elizabeth Gibney | Nature | June 8, 2026
Nature reports on Commonwealth Fusion Systems papers describing its ARC fusion power-plant design, while noting that major engineering questions remain.
World's Largest Particle Smasher Halts for Upgrade to Boost Hunt for Dark Matter
Article link | Phys.org | Phys.org | June 2026
Physics article reports that the Large Hadron Collider is pausing for upgrades meant to increase collision power and improve the search for dark matter and new particles.
Terahertz Biophotonics: Understanding the Path Towards Practical Applications for Biological Imaging
Article link | Phys.org | Phys.org | June 2026
Review-based article on terahertz radiation for biological imaging, including potential advantages for noninvasive, nondestructive, label-free measurement.
Science With Military Applications Is Cited More Than Civilian-Only Research
Article link | Miryam Naddaf | Nature | June 2026
Article on research finding that dual-use science connected to military or security applications tends to receive more citations than civilian-only research.
Rocket Launches and Reentries Harm Earth's Ozone Layer
Article link | Phys.org | Phys.org | June 2026
Atmospheric-science article on how rocket launches and spacecraft reentries can affect the ozone layer, an issue likely to grow as space activity increases.
Quantum Mechanics Theory May Work Without Imaginary Numbers, Analysis Shows
Article link | Phys.org | Phys.org | June 2026
Physicists examined whether quantum mechanics can be formulated without imaginary numbers, showing that real-number versions may be possible in some theoretical frameworks.
Cloud-Tested Quantum Noise Model Predicts Superconducting Qubit Errors With Sevenfold Better Accuracy
Article link | Phys.org | Phys.org | June 2026
Quantum-computing article on a noise model that more accurately predicts superconducting qubit errors, potentially improving quantum-device reliability.
Chemists Unlock First Total Synthesis of Rare Plant Alkaloid Tied to Anticancer Activity
Article link | Phys.org | Phys.org | June 2026
Chemistry article on the first total synthesis of a rare plant alkaloid linked to anticancer activity, expanding access for study and possible drug development.
Visualizing How Flutter Kick Vertical Vortices Generate Propulsion and Suppress Body Sway in Swimmers
Article link | Phys.org | Phys.org | May 25, 2026
Fluid-dynamics article examining how swimmers' flutter kicks generate vortices that aid propulsion and reduce body sway.
Tuning into Quantum Sounds: Acoustic Devices Simplify Quantum Sensors
Article link | Phys.org | Phys.org | May 25, 2026
Quantum-technology article about using acoustic devices to make quantum sensors simpler or more practical.
Supercharging Solar Cells: Quantum Dot-Molecule Hybrid States Enable Near-Maximum Efficiency
Article link | Phys.org | Phys.org | May 25, 2026
Solar-energy article on quantum dot-molecule hybrid states that could help solar cells approach maximum theoretical efficiency.
Rethinking Hysteresis-a Thermodynamic Framework for History-Dependent Solids
Article link | Phys.org | Phys.org | May 25, 2026
Physics and materials-science article proposing a thermodynamic framework for solids whose behavior depends on prior conditions.
Randomization Can Improve Quantum Computer Performance in Presence of Noise
Article link | Phys.org | Phys.org | May 25, 2026
Quantum-computing article about how randomization methods may help systems perform better despite noise and instability.
Hydrogen Puts Quantum Wormhole Conjecture to the Test
Article link | Phys.org | Phys.org | May 25, 2026
Physics article using hydrogen as a test case for ideas connected to quantum theory and wormhole-related conjectures.
From Pore Chemistry to Carbon Capture, New COFs Push Beyond Membrane Performance Limits
Article link | Phys.org | Phys.org | May 25, 2026
Chemistry article on covalent organic frameworks designed to improve membrane performance and carbon-capture capabilities.
'Butterfly' Molecule Spotted at Last, Completing a 20-Year Quantum Zoo Hunt
Article link | Phys.org | Phys.org | May 25, 2026
Quantum-physics article about the observation of a long-sought molecular state nicknamed the "butterfly" molecule.
Roadmap Charts Three Paths to Room-Temperature Quantum Technologies
Article link | Phys.org | Phys.org | May 17, 2026
Quantum-technology article outlining possible routes toward room-temperature quantum devices.
Researchers Identify Stability Range for Piezoelectric Glycine Using Nanoconfinement
Article link | Phys.org | May 13, 2026
Materials-science article about stabilizing piezoelectric β-glycine nanocrystals for possible use in flexible and biomedical electronics.
Quantum Geometry Provides Theoretical Limits on Measurable Properties of Solids
Article link | RIKEN / Phys.org | May 13, 2026
Article on physicists using quantum geometry to derive limits on measurable properties of solid materials.
Largest-Ever Survey of Physicists Puts Standard Cosmology Model Under Pressure
Article link | Phys.org | Phys.org | May 12, 2026
Report on a major survey of physicists showing lack of consensus on black holes, dark matter, quantum gravity, and other major physics questions.
Anion Swap Unlocks Sevenfold CO₂ Capture in Polyionic Liquids
Article link | Robert Egan | Phys.org | May 8, 2026
Chemistry article about improving carbon dioxide capture in polyionic liquids by changing the anion chemistry.
Thermodynamics of Stacking Faults and Phase Stability in Cobalt Alloys
Article link | Zheng Zhong et al. | arXiv | May 7, 2026
Materials-science preprint combining computational and experimental approaches to study stacking faults and phase stability in cobalt alloys.
Hourglass Nanographenes Unlock Strong, Robust Multi-Spin Entanglement
Article link | Robert Egan | Phys.org | May 6, 2026
Materials and quantum-technology article on nanographene molecules with controlled multi-spin states that may help molecular qubits and spintronics.
Listening for dark matter with Einstein Telescope
Article link | Astronomy Feed | Bluesky | May 2026 snippet | Article: Astrobites
Astronomy/science article shared through a related science feed.
A New Technique Quite Literally Sees Through Materials
Article link | Jack Hruska | Science Magazine | May 2026
Science Magazine item mentioned in profile snippets about a new technique for seeing through materials.
Humanity May Be Doomed to Die in Nuclear War Unless We Act Soon, Physicist David Gross Says
Article link | John Carl Baker / Scientific American | Scientific American | Apr. 29, 2026
Article on physicist David Gross using public attention around a major prize to warn about nuclear-war risk and human responsibility.
New research on RAFT polymerization
Article link | Christine Luscombe | Bluesky profile snippet | Article: DOI / RSC
Shared research article on RAFT polymerization by Huanyu Lei, Zhao Wang, and colleagues.
Cardiotensor: A Python library for 3D cardiac imaging
Article link | Owen Maresh | Bluesky profile snippet | Article: Journal of Open Source Software
JOSS article introducing a Python library for orientation analysis and tractography in 3D cardiac imaging.
Solar Wind Stirs Mars' Upper Atmosphere, Boosting Ion Loss to Space
Article link | Phys.org | Phys.org | July 31, 2026
Observations show how solar-wind disturbances heat and reshape Mars' upper atmosphere, increasing the escape of charged particles into space.
Moonquakes Could Reveal Ice Beneath Lunar South Polar Craters
Article link | Phys.org | Phys.org | July 31, 2026
Researchers propose using seismic waves from moonquakes to detect and map buried ice near the lunar south pole.
Laying Odds on Martian Water Near Future Landing Zones
Article link | Phys.org | Phys.org | July 31, 2026
Planetary scientists assess the likelihood and accessibility of near-surface water at candidate landing regions for future Mars missions.
Homing In on the X-Ray Sky With eROSITA's Second Data Release
Article link | Phys.org | Phys.org | July 31, 2026
The second eROSITA survey release expands the catalog of X-ray sources used to study black holes, galaxy clusters and energetic stellar objects.
ELT Spectrograph Could Sniff Out Biosignatures on Other Worlds
Article link | Phys.org | Phys.org | July 31, 2026
Researchers evaluate how an instrument on the Extremely Large Telescope could detect atmospheric chemicals associated with life on exoplanets.
Experts Survey Glacier Ice on Mount Ararat for the First Time
Article link | Phys.org | Phys.org | July 31, 2026
Scientists conducted the first detailed field survey of Mount Ararat's glacier to measure its structure, condition and response to climate change.
A Discarded SpaceX Rocket Is on a High-Speed Collision Course With the Moon
Article link | Phys.org | Phys.org | July 31, 2026
Orbital calculations indicate that an abandoned rocket stage is headed toward a lunar impact, providing an opportunity to study impact effects.
Ancient Irish Volcano Offers Clues About Modern Active Volcanoes
Article link | Phys.org | Phys.org | July 31, 2026
Geological analysis of an extinct Irish volcanic system reveals processes that can help interpret present-day active volcanoes.
Japan Probe Made Closest-Ever Asteroid Flyby
Article link | Phys.org / AFP | Phys.org | July 31, 2026
Japan's space agency reports an exceptionally close spacecraft flyby of an asteroid, testing navigation and observation capabilities.
Scientists Discover Rare Super-Jupiter Planet
Article link | Science X | Phys.org | July 8, 2026
Astronomers identified NGTS-38 b, a large planet with an unusually long 180-day orbit for a world discovered by the transit method.
Off-Center Stellar Death Points to Wandering Supermassive Black Hole Stripped of Its Own Galaxy
Article link | Shreejaya Karantha | Phys.org | June 28, 2026
Astronomers studying a tidal-disruption event found evidence that the star may have been torn apart by a wandering supermassive black hole separated from its original galaxy.
NASA Races to Save Swift Telescope From Falling Back to Earth With Daring Rescue Mission
Article link | Marcia Dunn | Phys.org | June 28, 2026
NASA is preparing a rescue mission to raise the orbit of the Swift space telescope before it falls back to Earth, a test that could inform future satellite-servicing missions.
New Millisecond Pulsar Discovered With the Murchison Widefield Array
Article link | Tomasz Nowakowski | Phys.org | June 27, 2026
Astronomers using the Murchison Widefield Array discovered a new millisecond pulsar through the Southern-sky MWA Rapid Two-metre survey.
Venezuela's Double Earthquake Struck Where Two Tectonic Plates Slide Side by Side
Article link | Science | Science | June 26, 2026
Science explains the tectonic setting of Venezuela's double earthquake and how side-by-side plate motion can produce damaging seismic events.
NASA's Cheapest Missions Deliver Less Scientific Bang for Buck, Study Finds
Article link | Mona Patterson | Science | June 26, 2026
Analysis of 90 NASA missions finds that midpriced spacecraft may produce more scientific value per dollar than the lowest-cost missions.
A Single Origin Story for the Milky Way's Most Mysterious Stars
Article link | Sam Jarman | Phys.org | June 26, 2026
Astronomers propose a unified explanation for unusual young stars near the Milky Way's central black hole, offering insight into how such stars formed in an extreme environment.
The Universe Should Look the Same in All Directions at Large Scales, but DESI Data Suggest Otherwise
Article link | Phys.org | Phys.org | June 25, 2026
Analysis of DESI data suggests possible large-scale directional differences in the universe, challenging the assumption that the cosmos looks the same in every direction at the largest scales.
The Universe Is Unexpectedly Stringy, Which Could Rewrite Cosmic-Structure Models
Article link | Science | Science | June 24, 2026
Science article reports on findings suggesting the universe's large-scale structure may be more filament-like than expected, with implications for cosmology.
'Fingerprints' of Black Hole's Event Horizon Detected for First Time
Article link | Phys.org | Phys.org | June 24, 2026
Researchers analyzing gravitational-wave data report evidence from closer to a black hole's event horizon than previously possible.
NASA Should Build a Biocontainment Facility on the Moon to Protect Earth, Researchers Advise
Article link | Phys.org | Phys.org | June 19, 2026
A policy paper argues that a lunar biocontainment facility could help protect Earth from potentially hazardous biological contaminants returned from space missions.
Powerful UFO Spotted Blasting From a Distant Black Hole
Article link | Phys.org | Phys.org | June 16, 2026
Astronomers detected one of the most powerful ultra-fast outflows yet seen from a distant supermassive black hole, using XMM-Newton and NuSTAR observations.
Chandra Tracks M87 Black Hole's Evolving Jet in Finest X-Ray Detail Yet
Article link | Phys.org | Phys.org | June 16, 2026
Chandra observations reveal new X-ray detail in the evolving jet from the M87 black hole, helping astronomers study high-energy processes near a supermassive black hole.
Chandra Resolves NGC 6540's Mysterious X-Ray Flare Into Multiple Sources
Article link | Tomasz Nowakowski | Phys.org | June 13, 2026
Deep Chandra observations of the globular cluster NGC 6540 helped astronomers investigate a mysterious X-ray flare detected decades earlier.
Hubble Captures Galaxy Swarm With Lensed Arcs From Early Universe
Article link | Phys.org | Phys.org | June 12, 2026
Hubble imagery of a galaxy swarm shows gravitationally lensed arcs, giving astronomers a magnified view of distant galaxies in the early universe.
If Scientists Discover Aliens, They Have a Plan for 'Disclosure Day'
Article link | Science | Science | June 11, 2026
Science article examines planning for how researchers and institutions might communicate with the public if credible evidence of extraterrestrial life is discovered.
Cosmic Dawn Fuel Discovery Unlocks Early Galaxy Growth Secrets
Article link | Phys.org | Phys.org | June 11, 2026
Astronomers detected a huge reservoir of cold molecular gas in the early galaxy REBELS-25, helping explain how massive galaxies grew soon after the Big Bang.
Galaxy-Killing Wind Discovered in the Early Universe
Article link | Phys.org | Phys.org | June 10, 2026
Astronomers discovered a powerful wind in the early universe that could strip a galaxy of star-forming gas and help explain the existence of massive dead galaxies.
Cosmic Acceleration Holds Up as New Analysis Rebuts Slowdown Claim
Article link | Royal Astronomical Society | Phys.org | June 10, 2026
A new analysis supports continuing cosmic acceleration and challenges claims that the universe's expansion might be slowing down.
'Black Hole Stars'—Webb Finds Strongest Evidence Yet
Article link | NASA | Phys.org | June 10, 2026
Webb observations provide strong evidence for unusual early-universe objects that may be powered by black-hole activity, offering clues about how the first massive galaxies grew.
How Climate Shapes the Meanings of Words Across Languages
Article link | Akaash Babar / Peking University | Phys.org | June 9, 2026
Social-science article reports that climate may influence how words and meanings develop across languages, linking environment with cultural and linguistic patterns.
Upcoming Telescopes Could Shed Light on Dark Matter
Article link | Phys.org | Phys.org | June 8, 2026
Article explaining how upcoming telescope observations may help search for indirect signals of dark matter and clarify one of physics' biggest open questions.
Cosmic Bombardment May Have Opened Earth's Crust for Prebiotic Chemistry
Article link | Phys.org | Phys.org | June 8, 2026
Earth-history and origins-of-life article exploring how impacts may have fractured Earth's crust and created environments favorable to prebiotic chemistry.
Well-Known Planetary Nebula's Ear-Like Lobes Rewrite Its Evolutionary Timeline
Article link | Tomasz Nowakowski | Phys.org | June 2026
Astronomers studying a planetary nebula found that its ear-like lobes may change the timeline of how the system formed and evolved.
Superheated Magma May Explain Why Similar Volcanoes Erupt in Very Different Ways
Article link | Phys.org | Phys.org | June 2026
Earth-science article on how magma temperature and physical state may help explain why similar volcanic systems can produce very different eruption styles.
Smile Spacecraft Reaches Science Orbit
Article link | European Space Agency / Phys.org | June 2026
The European-Chinese Smile mission reached its science orbit and began instrument commissioning to study interactions between the solar wind and Earth's magnetosphere.
Machine Learning Uncovers 1,750 Quakes Tracing 250-Kilometer Edge of Alaska Microplate
Article link | Phys.org | Phys.org | June 2026
Seismology article showing how machine learning identified many previously hidden earthquakes and revealed structure along the edge of an Alaska microplate.
Interstellar Comet Is Unlike Anything Seen in Our Solar System
Article link | Science | Science | June 2026
Article reports on an unusual interstellar comet whose properties differ from known solar-system comets, offering clues about planet formation elsewhere.
Hubble Details Early Galaxy Transforming Neighborhood 1.4 Billion Years After Big Bang
Article link | Phys.org | Phys.org | June 2026
Hubble observations detected ultraviolet light from an early galaxy, showing how young galaxies may have transformed their surroundings in the early universe.
Asteroid Zooming Past Earth on Saturday Visible to Stargazers
Article link | Phys.org / AFP | June 2026
A large asteroid made a harmless close approach to Earth and was visible to observers with small telescopes or large binoculars in parts of the world.
A Spacecraft Is Falling to Its Doom - Can NASA Save It?
Article link | Alexandra Witze | Nature | June 2026
Nature reports on NASA's plan to rescue the Swift space observatory by raising its orbit, a mission that could also inform future Hubble-servicing efforts.
A Faster Way to Forecast Alien Weather
Article link | Phys.org | Phys.org | June 2026
Exoplanet-climate article on faster modeling methods that could help researchers forecast atmospheric conditions on worlds beyond the solar system.
Mathematicians Solve Decades-Old Mystery About the Hidden Order in High-Dimensional Randomness
Article link | Robert Egan | Phys.org | May 24, 2026
Article about a proof related to Talagrand's convexity conjecture and hidden structure in high-dimensional random systems.
Earth's Outer Core Beneath Pacific Reversed Direction in 2010, Satellite Data Reveal
Article link | Robert Egan | Phys.org | May 22, 2026
Earth-science article reporting satellite-based evidence that flow in part of Earth's molten outer core changed direction around 2010.
Fast-Moving Gofar Fault Reveals Quiet Zones That May Shape Earthquakes
Article link | Phys.org | Phys.org | May 15, 2026
Earthquake-science article on the Gofar fault and how quiet or slow-slipping zones may influence seismic behavior.
New Alien-Life Test Could Help Mars and Europa Missions
Article link | Phys.org | Phys.org | May 11, 2026
Coverage of a Nature Astronomy study suggesting that hidden order among molecules, not just the molecules themselves, may help identify life beyond Earth.
Earth's First Continents May Trace Back to Subduction 3.5 Billion Years Ago
Article link | Robert Egan | Phys.org | May 11, 2026
Earth-history article suggesting that early continental formation may have involved subduction-like processes billions of years ago.
Non-Rotating Early Galaxy Is a Surprise to Astronomers
Article link | Phys.org | Phys.org | May 9, 2026
Astronomy article about an unexpected early galaxy whose lack of rotation challenges assumptions about galaxy formation.
Urban Science Beyond Samples
Article link | arXiv physics.soc-ph bot | arXiv | May 8, 2026
arXiv-linked social physics / urban science article, listed among new physics-and-society papers.
Earth and Planetary Astrophysics New Articles
Article link | arXiv astro-ph.EP bot | arXiv | May 8, 2026
Bot post listing four new Earth and planetary astrophysics papers, including article and PDF links.
These Monster Black Holes Did Not Form the Usual Way
Article link | Phys.org | Phys.org | May 7, 2026
Article on research suggesting that the most massive gravitational-wave black holes formed through repeated mergers in dense stellar environments.
A New Way to Read the Universe Could Sharpen Cosmic Expansion and Dark-Energy Studies
Article link | Phys.org | Phys.org | May 6, 2026
Article on the CIGaRS framework for extracting more information from Type Ia supernova imaging, especially for future surveys.
Buried Electrical Pathways Across the U.S. Reveal New Clues About Earth
Article link | Phys.org | Phys.org | May 4, 2026
Geophysics article on subsurface electrical conductivity patterns and what they reveal about Earth's structure beneath North America.
NASA's Push to Reinstate Pluto's Planetary Status
Article link | Scientific American | Scientific American | May 2026
Article about renewed debate over Pluto's planetary status and NASA-linked efforts or discussions around classification.
Image: NASA's Psyche Mission Captures Mars' Huygens Crater
Article link | Phys.org | Phys.org | May 2026
Space-image item from NASA's Psyche mission showing Mars and Huygens Crater during the spacecraft's journey.
Hubble Captures Galaxy Cluster MACS J1141.6-1905
Article link | Phys.org | Phys.org | May 2026
Astronomy image article highlighting Hubble observations of galaxy cluster MACS J1141.6-1905 and gravitational-lensing features.
How Earth Recycles Continents Deep Underground
Article link | Phys.org | Phys.org | May 2026
Nature Geoscience-linked article on "relamination," where deeply subducted continental crust mixes with mantle material and later influences continental evolution.
Australia is closing its Very Long Baseline Array
Article link | Ryan White | Bluesky | May 2026 snippet | Article: Astrobites
Astrobites article linked from an astronomy/science post.
Secrets of Cosmic Evolution May Lurk in This Black Hole's Dancing Jets
Article link | Lee Billings | Scientific American | Apr. 16, 2026
Astronomy article about direct measurement of the power and speed of black-hole jets using observations of jets interacting with stellar winds.
Computational Social Science and Network Science Honors
Article link | Sean Carroll | Santa Fe Institute / Network Science | 2026
Post notes recognition for foundational work in network science and computational social science.
