A New Way To Target Metastatic Cancer
Researchers have unveiled a protein‑based delivery platform that homes to lymph nodes and releases an immune‑activating antibody only in the presence of metastatic cancer. The two‑step system first accumulates in nodes after bloodstream injection, then opens in the tumor’s chemical environment to unleash therapy, minimizing exposure to healthy tissue. Preclinical studies show reduced post‑surgical recurrence and higher rates of cancer‑free survival. The modular design could later carry other antibodies, immune stimulators or gene‑editing agents, expanding its commercial potential.
Noninvasive Stool DNA Testing May Outperform Colonoscopy Long-Term in Real-World CRC Screening
A new microsimulation study published in the Journal of Medical Economics finds that three rounds of next‑generation multitarget stool DNA (mt‑sDNA) testing over ten years outperform a single colonoscopy in real‑world colorectal cancer (CRC) screening. Higher patient adherence—72% versus 38%...
Researchers Develop Graphene Nanodrum and AI Platform for Rapid Single-Cell Bacterial ID and Antibiotic Testing
Researchers at TU Delft, its spin‑off SoundCell, and Reinier Haga MDC have created a graphene‑based nanodrum platform that reads the nanomotion of individual bacteria and feeds the data to AI models for rapid identification and antibiotic susceptibility testing. The label‑free...
Extracellular Vesicles: A Growing Pipeline Still Searching for Validation
Extracellular vesicles (EVs), once hailed as natural delivery vehicles, have generated a sizable pipeline but no approved therapeutics yet. More than 90 clinical studies are evaluating both native MSC‑derived vesicles and engineered platforms for regeneration, gene editing, and vaccines. Companies...
Entire Human Populations Vanished 3,000 Years Ago. Scientists Figured Out Where They Went.
Researchers analyzed DNA from 132 individuals in the 5,000‑year‑old Bury megalithic tomb north of Paris, uncovering two distinct burial phases separated by a 200‑year gap around 3100‑2900 BCE. The first phase shows diverse continental farming ancestry, while the second is over...
MRNA Pioneer Katalin Karikó to Give Johns Hopkins Commencement Address
Nobel laureate Katalin Karikó will deliver the commencement address at Johns Hopkins on May 21. Karikó, whose mRNA work underpins the Pfizer/BioNTech and Moderna COVID‑19 vaccines, will receive a Doctor of Humane Letters. Her career, marked by early setbacks and decades‑long...
April 8, 1960: Frank Drake Begins Project Ozma
On April 8, 1960 Frank Drake launched Project Ozma, the first scientific search for extraterrestrial intelligence, tuning the 300‑Foot Telescope at Green Bank to listen for signals from nearby stars Tau Ceti and Epsilon Eridani. The experiment recorded a brief transmission that proved to be...
'Strongest El Niño in 140 Years' Could Supercharge Global Weather This Year
A 62% probability of an El Niño forming in 2026 was announced by NOAA, and European Centre for Medium‑Range Weather Forecasts models now suggest it could be the strongest in 140 years. The event would qualify as a “super” El Niño, with...
A Phenothiazine‐Derived Organic Cathode for High‐Capacity Aqueous Aluminum Batteries
Researchers introduced a phenothiazine‑derived organic cathode—methylene blue (MB)—for aqueous aluminum batteries. The MB cathode enables reversible co‑insertion of one Al³⁺ ion coordinated with two OTF⁻ anions, cutting the desolvation penalty that hampers inorganic cathodes. It achieves 138.8 mAh g⁻¹ at 50 mA g⁻¹ and...
Rejuvenation of Mechanical Fatigue Resistance in 2D Ferroelectric CuInP2S6 by Reversing Ionic Motion
Researchers demonstrated that the two‑dimensional ferroelectric CuInP2S6 (CIPS) can withstand mechanical stresses up to 7 GPa for more than ten million loading cycles, far surpassing conventional ferroelectric oxides. Cyclic loading induces Cu⁺ ion aggregation, which creates lattice disorder and fatigue. Applying...
A Bifunctional Nitrogen‐Doped Electrode with High Catalytic Activity and Stability for Energy‐Efficient V3.5+ Electrolyte Production and High‐Performance Vanadium Redox Flow...
Researchers introduced a surface‑architecting method using polyaniline self‑assembly to create a nitrogen‑doped carbon nanofiber network on graphite felt (NGF). In a flow electrolyzer, the NGF electrode reduced energy consumption per unit conversion by 60.25% relative to untreated felt and 41.63%...
Czech Radiation Chips on Artemis II Bring ISS Experience
Czech sensor firm ADVACAM is flying six Hybrid Electronic Radiation Assessor (HERA) chips on Artemis II to measure cosmic‑ray exposure for both astronauts and Orion’s electronics. The detectors build on ISS‑tested Timepix technology and will validate the spacecraft’s shielding during the...
Scientists Are Using Sound Waves to Bend Materials to Their Will
Researchers have demonstrated that acoustic waves can precisely move mechanical kinks within a synthetic material, allowing dynamic control of stiffness. By pulsing sound through a one‑dimensional disk model, they shifted the kink upward, softening lower sections while stiffening upper ones,...
New Research Debunks Old Myth: Baby Rattlesnakes Don’t Deliver Deadlier Bites
New research published in the journal Toxins disproves the long‑standing belief that baby rattlesnakes deliver more lethal bites than adults. The study shows juveniles can regulate venom just as well, but adults have glands up to three times larger, injecting...
New Artemis II Images Give Fresh Look at Our Lunar Neighbour
NASA released the first crewed images of the Moon’s far side captured by the Artemis II crew during their 10‑day lunar flyby on 6 April. The photos showcase the Orientale basin, Grimaldi crater, ancient lava flows, and a 54‑minute solar eclipse with...
Particles Seen Emerging From Empty Space for First Time
Researchers at Brookhaven National Laboratory's RHIC have detected a rare pair of short‑lived particles produced in high‑energy proton collisions, offering the strongest experimental evidence to date that mass can emerge from vacuum fluctuations. The observation supports quantum chromodynamics' view that...
Toddlers Are Happier Giving Treats to Others than Receiving Them, Study Finds
A new study in Developmental Science observed 134 toddlers aged 16‑24 months and found they displayed higher happiness scores when giving treats to a puppet than when receiving treats themselves. The boost in mood occurred in both costly (giving away...
Galaxy Starves Its Supermassive Black Hole, Loses 95% of Its Brightness
Researchers have observed galaxy J0218‑0036 dimming by 95 % over a 20‑year span as its central supermassive black hole was starved of gas. Archival optical data from SDSS compared with recent Subaru Hyper Suprime‑Cam images revealed a ~98 % drop in accretion flow...
How Imaging Supports Conservation
Coral reefs cover less than 1% of the ocean floor but support about 25% of marine species and provide food, income, and coastal protection for roughly 500 million people. Between 2009 and 2018 the world lost about 14% of its reefs,...
Asthma Exacerbations Drop with Medium-Dose ICS to Biologic Switch
A recent analysis of 2016‑2023 Optum claims data shows that asthma patients who switched from a medium‑dose inhaled corticosteroid (ICS) directly to a biologic experienced markedly larger reductions in exacerbations and systemic corticosteroid fills than those who escalated to high‑dose ICS....
As Indian Cities Struggle to Plan for Heat, the Most Vulnerable Suffer
Early March saw Delhi breach 35 °C, the earliest such spike since 2011, while Mumbai warned of 40 °C temperatures. Experts link these extremes to the urban heat‑island effect, which can make city surfaces up to 45 % hotter than surrounding rural areas....
Recent Challenges and Optimization Strategies of Thick Electrodes in High‐Energy‐Density Batteries
The paper reviews the performance and mechanical hurdles of thick electrodes used in high‑energy‑density batteries, highlighting sluggish ion transport, severe polarization, and cracking risks. It consolidates five optimization pathways—tortuosity reduction, pore‑structure engineering, thermodynamic tuning, advanced dry/wet fabrication, and crack‑suppression techniques....
Does Your Body Have An "Energy Budget?" New Study Shows A Surprising Answer
A new Virginia Tech study published in the Proceedings of the National Academy of Sciences tracked 75 adults for two weeks and found a direct, linear relationship between physical activity and total daily energy expenditure. Using isotopic tracing of oxygen...
Indian Ocean Dipole May Hold Key to El Nino’s Impact on This Year’s Monsoon
The Indian Ocean Dipole (IOD) could be the decisive factor in how this year’s strong El Niño shapes India’s June‑September monsoon. Sea‑surface temperatures in the Pacific are already 2‑3 °C above average, giving an 80 % chance of a ‘super’ El Niño by August....
A Look Under the Big Top: Decade-Long Study Sheds Light on Head Injuries in Cirque Du Soleil Performers
A decade‑long analysis of Cirque du Soleil’s medical records reveals a concussion rate of roughly 1.3 per 10,000 performer exposures, aligning with rates seen in baseball and softball. The study, led by Ohio University’s Jeff Russell, examined 270 million exposures and...
Amazon Leo Heads to Thailand by Way of Thaicom
Amazon has partnered with Thai satellite operator Thaicom, whose subsidiary TC 142 will act as the authorized distributor and landing‑rights holder for Amazon Leo in Thailand. The deal gives Amazon Leo a regulatory edge over SpaceX, whose Starlink proposal was rejected...
India’s Space Ambition Set to Soar After Artemis II Moon Mission’s Success
NASA’s Artemis II mission looped the Moon, reaching 406,780 km and eclipsing Apollo 13’s record, marking the first crewed lunar flight in over 50 years. India, a signatory of the Artemis Accords, views the success as a catalyst for its own lunar ambitions...
Your Brain Might Understand Music Theory Better than You Think, Regardless of Formal Training
A University of Rochester study published in Psychological Science shows that listeners—whether formally trained or not—automatically extract harmonic rules from music. By scrambling Tchaikovsky piano pieces at varying time scales, researchers measured memory, prediction, event segmentation, and explicit awareness across...
'Screams of Delight': Artemis Crew Flying Home to Thrilled NASA Scientists
NASA’s Artemis II crew returned to Earth after a seven‑hour lunar flyby, delivering the first modern Earthset photograph that mirrors Apollo 8’s iconic image. The mission set a new distance‑from‑Earth record at 252,756 miles, surpassing Apollo 13 by over 4,000 miles. Astronauts Reid Wiseman, Christina Koch,...
Millions of Preterm Births Were Linked to Plastic Chemicals in New Study. Here’s What Experts Say
A new eClinicalMedicine study links exposure to the plasticizers DEHP and DiNP to roughly two million preterm births each year, accounting for more than 8% of global premature deliveries and about 74,000 newborn deaths. Researchers estimated exposure across 200 countries...
Measuring an Electron’s Magnetism in a Molecule
Researchers at the Max Planck Institute have measured the electron g‑factor in the HD⁺ molecular ion with a relative uncertainty of 2 × 10⁻¹⁰, a thousand‑fold improvement over prior molecular results. The experiment trapped a single ion in a Penning trap, used...
Persistent Epstein-Barr Antibodies May Support MS Diagnosis
Researchers published in JAMA Neurology found that persistently elevated Epstein‑Barr virus (EBV) antibodies, specifically against EBNA‑1, appear in 96 % of multiple sclerosis (MS) patients but are rare in other neuroinflammatory diseases. The study analyzed about 2,000 patients with neurological conditions...
'In Every Continent Where Humans Are Present, Water Bankruptcy Is Manifesting Itself': Exiled Iranian Scientist Kaveh Madani on Our Desperate...
Iranian scientist Kaveh Madani, director of the UN University Institute for Water, Environment and Health, received the 2026 Stockholm Water Prize for his pioneering work on sustainable water management. In his recent UN‑backed report, he introduced the term “water bankruptcy,”...
KBL Powers Kalpakkam FBR Milestone as Reactor Achieves Criticality
India’s Fast Breeder Reactor at Kalpakkam has reached criticality, a pivotal step in the nation’s three‑stage nuclear strategy. Kirloskar Brothers Limited (KBL) supplied the primary and secondary heat‑transport pumps—each weighing about 135 tonnes and capable of handling liquid sodium above 500 °C....
Unlocking Low-Carbon Cement and Concrete Through Book and Claim
Cement and concrete generate roughly 8% of global CO₂ emissions, making decarbonisation a critical climate priority. Existing low‑carbon technologies face high capital costs and uncertain price premiums, limiting scale. In March 2026, RMI and the Center for Green Market Activation...
Can Gluten Pass Through a Kiss? New Data Are Reassuring
A new prospective study in *Gastroenterology* measured gluten transfer during kissing among ten celiac‑discordant couples. After eating ten Saltine crackers, the non‑celiac partner kissed their celiac partner either immediately or after drinking four ounces of water. Saliva gluten levels stayed...
Exclusive: Record Funding for Fusion Power Lands as Trump Eyes Cuts
The Energy Department’s ARPA‑E announced a record $135 million investment over the next 18 months to accelerate fusion technology development. The funding, the largest single fusion allocation in ARPA‑E’s history, aims to overcome technical barriers preventing commercial scale. Simultaneously, President Trump’s...
Some Common IBS Treatments Are Linked to a Higher Risk of Death, Say Study
A new real‑world analysis of more than 650,000 U.S. adults with irritable bowel syndrome found that long‑term use of certain IBS drugs is linked to higher mortality. Antidepressants were associated with a 35 % increase in death risk, while the antidiarrheals...
Sequencing Method Exposes Hidden Gaps in Immune Signaling by Tracking RNA and Protein Together
University of Miami researchers unveiled CIPHER‑seq, a single‑cell platform that simultaneously profiles RNA and protein within individual immune cells. The method captures cytokine transcripts and their corresponding proteins, revealing the precise timing of immune activation. Compared with conventional workflows, CIPHER‑seq...
Abundant Drug Resistance Genes in Retail Foods Pose ‘Significant Public Health Concern,’ Researchers Find
Researchers from the University of Tennessee, FDA and University of Illinois used metagenomic sequencing and qPCR to map antibiotic resistance genes (ARGs) in retail cabbage, lettuce, chicken legs and deli meats across Memphis. All samples harbored diverse ARGs, with multidrug...
Oceana: Nearly 40 Percent of Fish Sold in Mexico Has Been Substituted for Cheaper Species
A new Oceana report reveals that 38% of fish sold in Mexico are mislabeled, substituting cheaper species for premium ones. Genetic testing of 1,262 market and restaurant samples showed mislabeling rates far above the 20% global average reported by the...
India Withdraws Bid to Host COP33 Climate Talks
India quietly withdrew its offer to host the 2028 COP33 climate summit, a bid first announced by Prime Minister Narendra Modi at COP28 in Dubai. The decision was communicated to the UN climate group on April 2, 2026, without public explanation....
Graphene Helps Molecular Qubits Keep Strong Antiferromagnetic Order
Researchers deposited a monolayer of the copper‑based molecular qubit Cu(dttt)₂ onto graphene grown on silicon carbide and demonstrated that the film retains the bulk‑like one‑dimensional antiferromagnetic order. Scanning tunneling microscopy, X‑ray spectroscopies and density‑functional theory show densely packed, flat chains...
STAT+: A Decade Ago, These Drugs Tore Apart the FDA. Today, They Might Be some Patients’ Best Hope
Exon‑skipping therapies for Duchenne muscular dystrophy, once a source of controversy at the FDA, are now delivering unexpected clinical benefits. A recent trial involving 39 patients, including 5‑year‑old Hawken Miller, showed functional improvements that have surprised leading experts. The drugs,...
How the Artemis II Crew Trained to Observe and Photograph the Moon: A NASA Science Team Geologist Explains
Artemis II broke the Apollo 13 record, traveling farther from Earth than any human before and completing a far‑side lunar flyby. The crew operated at roughly 4,067 mi (6,545 km) altitude, capturing full‑disk images and detailed photographs of features like Vavilov Crater. NASA tested...
Titanium Emerges as a Vanadium Alternative for Redox Flow Batteries
A Japanese‑Chinese research team unveiled a titanium molten‑salt redox‑flow battery (TMSRB) that uses abundant Ti ions and high‑conductivity molten salts for grid‑scale energy storage. The prototype delivers over 97% coulombic efficiency, stable cycling at 300‑450 °C, and a theoretical cell voltage...
Ultrasonic Wind Sensor Shows Strong Promise for Deep Mine Ventilation
A portable ultrasonic wind sensor with a reflective transducer layout was tested in a Chinese coal mine, showing dramatically higher accuracy than traditional mechanical anemometers. Laboratory wind‑tunnel trials (0.5‑5 m/s) and field validation at Gaojialiang Mine reduced average measurement error by...
Universities Model Domestic Energy Use to Help UK Hit Net Zero Goals
University College London, Oxford and Exeter have launched the Energy Demand Observatory and Laboratory (EDOL) to model UK household energy use with unprecedented granularity. Building on the Smart Energy Research Lab’s 11,500‑home smart‑meter dataset, EDOL adds near‑real‑time temperature, humidity and...
The Push for Artificial Inheritance
A Berkeley Genomics gathering of roughly 100 scientists, investors and futurists highlighted a growing commercial push to edit human embryos using CRISPR technology. Startups such as Bootstrap Bio, Manhattan Genomics and Preventive are courting parents and investors despite U.S. bans...
Solar Keeps Slimming Down While Power Rises
An international study shows commercial silicon solar modules have tripled their specific power, rising from about 8.5 W/kg in the early 2000s to 23.6 W/kg today. The gain stems from advances in module architecture, bifacial designs, and improved temperature management, while glass...