Multi-Omic Atlas Advances Brain Organoid Engineering
A multi‑omic atlas mapping transcriptomic, epigenomic and proteomic profiles of human brain organoids has been released, covering over one million cells. The consortium, led by MIT and Harvard, identified previously unknown neuronal subtypes and disease‑relevant pathways, especially those tied to Alzheimer’s and Parkinson’s. Funded with a $10 million NIH grant, the dataset is publicly available to streamline drug discovery and disease modeling. Researchers say the atlas will cut organoid variability by roughly 30%, improving reproducibility across labs.
Habits Form Far Faster than Science Previously Thought, Research Shows
Johns Hopkins researchers published a study in Nature Communications showing that habits can emerge almost instantly, overturning the long‑standing view that they develop gradually through repeated actions. Using a novel real‑time mouse paradigm, the team observed a sudden switch from...
Astronomers Uncover Statistical Evidence for Recoiling Supermassive Black Holes
Astronomers have presented statistical evidence that recoiling supermassive black holes (SMBHs) can be identified by a measurable link between their velocity offsets and surrounding dust. By comparing the Doppler‑broadened emission from the Broad Line Region with the stationary Narrow Line...
Eden Offers Blooms to Support Conservation in the Seychelles
The Eden Project is launching the Seychelles busy lizzie (Impatiens ‘Ray of Hope’) for sale on June 8, priced at £10 (≈ $12.5). Each plant supports pollinators and offers long‑lasting colour for indoor and sheltered outdoor spaces. Forty percent of the profit...
Visual Experience Physically Shapes the Brain’s Feedback Loops
Researchers at the Champalimaud Neuroscience Programme fitted juvenile mice with custom steel goggles that limited vision to a single orientation (45° or 135°) for over a month. Two‑photon imaging revealed that primary visual‑cortex neurons re‑tuned their orientation preferences to match...
A Sloth Can Take up to 30 Days to Digest a Single Leaf, the Slowest Recorded Digestion of Any Mammal...
Sloths, especially the three‑toed species, take between 11 and 30 days—averaging 16 days—to fully digest a single leaf, the slowest transit time recorded for any mammal. Their multi‑chambered stomach can contain up to 37% of their body mass, effectively keeping...
Beans Use an Immune Receptor to Call in Airstrikes on Caterpillars
Scientists identified a single immune receptor, the inceptin receptor, that lets common bean plants detect a caterpillar‑derived peptide (In11) and trigger anti‑herbivore defenses. By breeding bean lines that differ only in this receptor, researchers showed that plants lacking it support...
Social Interaction Boosts Brain Growth in Young Fish
Researchers at Stockholm University found that juvenile guppies raised with live, reciprocal social interaction develop brains about six percent larger than those exposed only to video recordings or minimal contact. The growth was especially pronounced in the olfactory bulbs, a...
Esterified IPA with Curcumin Shields Neurons From Glucose Damage
Researchers reported that an esterified indole‑3‑propionic acid (IPA)‑curcumin compound protects neurons from high‑glucose‑induced damage. The molecule restores Akt/mTOR signaling, up‑regulates BDNF/TrkB activity, and markedly lowers oxidative stress in cell cultures. In hyperglycemic rodents, the treatment improves memory performance and preserves...
Blue Origin Seeks to Resume New Glenn Launches by Year’s End
Blue Origin CEO Dave Limp says damage to Launch Complex 36 after the May 28 New Glenn explosion is less severe than feared, and the company expects to resume flights by year‑end. Key infrastructure such as liquid‑oxygen, hydrogen and methane tanks remain intact,...
Electronic Modulation and Surface Reconstruction of NiS2 for Enhanced Alkaline Oxygen Evolution Reaction Activity and Durability
Researchers have engineered an iron‑doped nickel disulfide (Ni1‑xFexS2) that, after a simple alkaline pretreatment, forms a core‑shell anode with a NiFe (oxy)hydroxide‑rich outer layer. Density‑functional theory shows Fe substitution narrows the NiS2 band gap by ~0.44 eV and lowers the free‑energy...
Efficient and Stable Wide‐Bandgap Perovskite Solar Cells Fabricated via Vacuum Flash
Researchers have demonstrated the first use of vacuum flash to fabricate wide‑bandgap perovskite solar cells (WBG‑PSCs) with bandgaps above 1.7 eV. The technique produces uniform, dense, defect‑free films under ambient air at 40 °C, bypassing the need for antisolvent baths or gas...
Eu2+‐Activated KGa5S8: A New Super‐Sensitive Green Emitting Phosphor for Pressure Sensing
Researchers have synthesized a Eu2+-activated KGa5S8 phosphor that emits green light at ambient pressure and shifts to red under pressures from 0.1 to 10.44 GPa. The material exhibits a linear wavelength shift of 14.49 nm per gigapascal, the highest reported for visible‑range...
Structural Engineering of Biomass‐Derived Hard Carbon With Architectured Closed Pores for Fast Sodium Storage
Researchers engineered a spherical hard carbon anode from biomass sphagnum moss, creating interconnected closed pores and expanding the interlayer distance to 0.43 nm. This microstructure reduces ion diffusion resistance, enabling ultrafast sodium transport and delivering 108 mAh g⁻¹ at a high current of...
Biomimetic Ion Channel Design for Simultaneous Lithium‐Ion Flux Regulation and Interfacial Stabilization in Lithium Metal Batteries
Researchers have integrated benzo-12-crown-4-ether-encapsulated metal-organic frameworks into commercial lithium battery separators, creating biomimetic ion channels that guide lithium-ion transport. The channels homogenize Li+ flux and reshape the solvation sheath, prompting the formation of an inorganic-rich solid-electrolyte interphase composed mainly of...
Narrow‐Bandgap Donor‐Acceptor Polymers for Efficient Solar Water Evaporation and Thermoelectric Power Generation
Researchers designed two donor‑acceptor alternating copolymers, TTQT and TTQP, with narrow bandgaps and strong infrared absorption. TTQT achieved a solar‑thermal conversion efficiency of 28.4% under one‑sun illumination, while TTQP reached 21.3%. An interfacial evaporator using TTQT delivered 86.5% energy conversion,...
Highly Programmable Liquid Crystalline Polyurethane/MXene Hybrids for Large‐Strain, High‐Work‐Capacity Artificial Muscles
Researchers have created a liquid‑crystalline polyurethane/MXene hybrid that simultaneously delivers large reversible strain and high actuation stress. The material integrates flexible PDMS segments, dynamic hydrogen bonds, and covalently bonded MXene nanosheets, enabling thermal‑driven stress of 0.91 MPa at 88 % strain and...
Antihydrogen Measurement Sharpens Antimatter Symmetry Test
Scientists with CERN’s ALPHA collaboration have measured the ground‑state hyperfine splitting of antihydrogen with a precision 100 times better than previous attempts, reporting a frequency of 1 420 404.8 kHz ±6 kHz (4 ppm). The value agrees with the hydrogen benchmark, providing a stringent test of...
This Star System Creates a Rare Triple Eclipse. Here's What that Would Look Like
Astronomers using NASA’s TESS have characterized TIC 295741342, a triple‑star system 3,080 light‑years away where all three suns eclipse each other from Earth’s viewpoint. The inner pair consists of two Sun‑like stars, while a larger 1.7‑solar‑mass star orbits them, producing a...
Why Nanoscale Droplets Don’t Coalesce
Researchers at the University of Hong Kong, led by Feipeng Chen, have built a predictive model that explains why nanoscale polymer condensates resist coalescence. Light‑scattering experiments revealed that droplets below a critical size acquire a net surface charge due to...
FeMn‐MOF@Bamboo Carbon Synergy: Lightweight Composites for Versatile and High‐Efficiency Electromagnetic Protection
Researchers have created an ultrathin FeMn@C/BC composite by growing iron‑manganese Prussian‑blue analogue on bamboo‑derived carbon and carbonizing it. The resulting material delivers 46.3 dB electromagnetic interference shielding across the X‑band with a mere 0.18 mm thickness, yielding a normalized specific shielding effectiveness...
Can Deforestation Predict Ebola Outbreaks? Q&A with CDC’s Carson Telford
CDC researchers used machine‑learning on 24 Ebola outbreaks (2001‑2022) and identified forest loss, fragmentation, and low population density as key predictors of spillover. The model accurately flagged a town in the Democratic Republic of Congo as a top‑0.1% risk area...
University of Texas at Dallas and Attolight Launch New Demo Lab for Wide-Bandgap R&D
The University of Texas at Dallas and Swiss firm Attolight have opened a demonstration laboratory on campus equipped with Attolight’s Allalin CL‑SEM platform. The lab focuses on wide‑bandgap semiconductor materials such as GaN and SiC, offering nondestructive nanoscale defect detection...
Climate Change May Shift Hailstorms Towards Earth’s Poles – New Study
Two new peer‑reviewed studies published in Nature Climate Change and Nature reveal that a warming climate will push hail‑prone conditions toward higher latitudes and shift peak activity from summer to winter. The research projects more frequent hail events in northern...
Spatial Single‑Cell Platform Reveals Barriers to Antibody Delivery in Solid Tumors
Researchers at Vanderbilt and Stanford unveiled a single‑cell spatial pharmacology (SSP) platform that maps therapeutic antibody delivery inside human solid tumors. Published in Nature Biotechnology, the system visualizes drug distribution, target engagement, and the physical barriers that impede efficacy. Applying...
Apoha Emerges From Stealth with $36M to Teach Machines How Matter Behaves
Apoha, a London‑based spin‑out from 15 years of interfacial physics research, announced its emergence from stealth with a $36 million Series A led by Singular and backed by Draper Associates and Innovate UK. The startup introduced a new data category called Liquid State...
Genetically Modified Hookworms Produce and Deliver Therapeutics
Washington University researchers have genetically engineered the human hookworm to produce a therapeutic antibody that neutralizes tetrodotoxin. In animal studies, the modified worms colonized the gut, secreted the anti‑toxin protein into the bloodstream, and partially inactivated the toxin. The proof‑of‑concept...
Scientists Achieve 27% Efficiency in a Co-Deposited Inverted Perovskite
A Chinese research team introduced an asymmetric self‑assembled molecule, PhBr‑4PACz, together with an in‑situ grain‑boundary crosslinker, AVIMCl, to overcome aggregation in co‑deposited inverted perovskite solar cells. The dual strategy yielded a certified power‑conversion efficiency of 27.03% (quasi‑steady‑state 26.50%), the highest...
Differential Effects of PD-1 and PD-L1 Immune Checkpoint Inhibition on Cognition and Anxiety-Like Behavior Through ΓδT Cells and Tumor–Dependent Neuroinflammation
A new preprint examines how anti‑PD‑1 and anti‑PD‑L1 checkpoint inhibitors affect cognition and anxiety in mice bearing different tumor immune phenotypes. Immuno‑excluded and immuno‑inflamed cancers impair short‑term memory and provoke anxiety‑like behavior, with the latter showing heightened IL‑6/IL‑17 inflammation and...
Association Between Vitamin D Deficiency and Adrenal Gland, Kidney Function, Indicators Related to Cardiovascular Function in Hypertensive Patients
A study of 250 hospitalized hypertensive patients found that 66% were vitamin D deficient (serum 25‑OH‑D < 50 nmol/L). Deficient individuals exhibited higher serum sodium, aldosterone levels and aldosterone‑to‑renin ratios, while also showing lower hematocrit, calcium and urinary markers. Logistic regression linked primary...
Nutritional Supplementation with Panax Ginseng Extract and Bone Health in Osteoporotic Animal Models: A Systematic Review and Meta-Analysis
A systematic review and meta‑analysis of 28 randomized animal studies found that Panax ginseng extract markedly improves bone health. The supplement raised bone mineral density (SMD 2.21), enhanced trabecular microarchitecture, and strengthened biomechanical properties. Biochemical markers showed increased PINP, estradiol, osteocalcin...
Folate Deficiency Correlates with Severity of Primary Biliary Cholangitis via Modulating Key Regulatory Genes
A new study of 90 primary biliary cholangitis (PBC) patients found serum folate levels significantly lower than in healthy controls and progressively reduced in late‑stage disease. Folate concentrations correlated inversely with liver enzymes, immunoglobulin G and liver stiffness measurements, and...
Nutrients and Bioactive Compounds as Modifiers of Neurodegenerative Trajectories: Molecular Mechanisms, Translational Barriers, and Precision Nutrition
A new Frontiers in Nutrition review argues that neurodegenerative diseases are driven by nutrient‑sensitive system failures, not just protein aggregates. It details how vitamins, minerals, polyunsaturated fatty acids and phytochemicals influence oxidative stress, inflammation, mitochondrial health, autophagy and synaptic plasticity....
Macroscopic Porosity Optimization Using Thermodynamic Topology Optimization
The authors present a macroscopic, single‑scale method that jointly optimizes topology and local porosity using thermodynamic principles. By treating topology and porosity as independent variables, the approach translates theoretically optimal “gray” material concepts into designs that additive manufacturing can actually...
Polyphosphate Synthesis Is Essential for Phosphate and ATP Homeostasis During Nutrient Upshift
Researchers used a genome‑wide transposon sequencing screen in the model bacterium Caulobacter crescentus to pinpoint genes required for adaptation to fluctuating nutrients. They discovered that the polyphosphate kinase gene ppk1, which drives inorganic polyphosphate (polyP) synthesis, is indispensable for recovery...
New Study Links Primary Infertility to Accelerated Reproductive Aging
A new study published in *Menopause* finds that women with primary infertility experience natural menopause about one year earlier than those without infertility, with the strongest effect seen in cases of unexplained infertility and endometriosis. The research, which followed nearly...
Polar Bear Death in Svalbard Linked to Highly Pathogenic Bird Flu
Norwegian authorities confirmed the highly pathogenic H5N5 avian influenza virus in the brains of a young male polar bear and an adult walrus on Svalbard, marking the first recorded HPAI‑related polar bear death in the archipelago and the second globally....
Supported by a $40 Million NIH Grant, Yale Brain Shuttle Technology Raises Questions
Yale neuroscientists Yong‑Hui Jiang and Jiangbing Zhou secured a $40 million NIH grant to develop the Stimuli‑responsive Traceless Engineering Platform (STEP), a nanometer‑scale carrier intended to deliver CRISPR‑Cas9 ribonucleoproteins across the blood‑brain barrier. Early mouse studies reported brain‑wide editing, improved motor...
76% of Delhi Area Heat-Stressed for Six or More Years: Report
A Centre for Science and Environment report finds that 76 % of Delhi’s area endured six or more years of heat stress between 2015 and 2024, with 98.7 % crossing the heat‑stress threshold at least once. Construction sites, markets, schools and informal...
Are JWST's Early, Overmassive Black Holes Just Normal-Range Outliers?
New research published in The Astrophysical Journal challenges the notion that the supermassive black holes (SMBHs) observed by JWST in the early universe are truly overmassive. By stacking spectroscopy from ~2,000 galaxies across four deep‑field surveys, the authors find that...
New Study Shows How mRNA Vaccines Could Transform Cancer Treatment
A new study in the Journal of Clinical Oncology reports that adding a personalized mRNA vaccine to standard immunotherapy raised the five‑year melanoma‑free survival rate to nearly 70%, versus 49% with immunotherapy alone. Overall five‑year survival climbed to 92% for...
Babies with Older Siblings Have a Higher Infection Risk, but Are Less Protected Through Vaccination
New research using New Zealand’s Immunisation Register shows maternal vaccine uptake declines with each subsequent pregnancy, dropping from 69% to 38% for pertussis and from 45% to 24% for influenza. This creates a double disadvantage for later‑born infants, who are...
Entropy 2026: Exploring Quantum Information, Complexity, and the Foundations of the Quantum Future in Barcelona
Entropy 2026, the third International Conference on Entropy and Its Applications, will be held in Barcelona from July 1‑3, 2026. The program centers on entropy, information theory, statistical physics, and quantum science, with a dedicated quantum information and computing session....
Xanadu Launches Public Cloud Access to Borealis Photonic Processor to Demonstrate Quantum Computational Advantage
Xanadu Quantum Technologies has placed its 216‑qubit photonic processor, Borealis, on public cloud platforms Xanadu Cloud and Amazon Braket, marking the first programmable photonic system to demonstrate quantum computational advantage. The device performs Gaussian Boson Sampling in 36 µs, a task...
NASA Sets Launch Date for Roman Space Telescope
NASA has confirmed that the Nancy Grace Roman Space Telescope will launch on August 30, 2026, aboard a SpaceX Falcon Heavy from Kennedy Space Center. The 8,000‑kilogram observatory, built at Goddard, will weigh 10,500 kg with propellant and is slated for a...
Big Wings and Sweet Songs: The Mating Lives of Panama’s Katydids
A new study in *Proceedings of the Royal Society B* shows that male *Viadana brunneri* katydids in Panama use leaf‑shaped wing extensions to shape their courtship songs. Intact leafy wings produce lower‑frequency, louder ultrasonic calls, while removing the leaf portion...
Neural Synchrony Between Mothers and Daughters Linked to Better Mental Health
A study published in Neuroscience found that when daughters aged six to eight watch their mothers discuss marital intimacy, the girls' brain activity synchronizes with their mothers' in the right inferior frontal gyrus. This neural coupling was measured using functional...
Single-Cell Multi-Omic Atlas and Morphogen Screening Informs Midbrain and Hindbrain Organoid Engineering
Researchers at ETH Zürich and Roche generated a single‑cell multi‑omic atlas of human midbrain‑hindbrain organoids, profiling 104,452 nuclei across a 120‑day differentiation timeline. They paired transcriptomic and chromatin accessibility data to map cell‑type trajectories and regulatory networks, revealing distinct outcomes for...
The Size of Tropical Vegetation Gross Primary Production
A new Nature paper re‑examines recent claims that tropical vegetation’s gross primary production (GPP) is far higher than satellite‑derived estimates. While satellite observations place global GPP at 120‑140 petagrams of carbon per year (PgC yr⁻¹), Lai et al. modelled it at 157 ± 8.5 PgC yr⁻¹, with...
The Representational Geometry of Emotional States in Basolateral Amygdala
Researchers used a virtual burrow assay and two‑photon calcium imaging to examine how the basolateral amygdala (BLA) encodes emotional states in head‑fixed mice. While individual BLA neurons displayed mixed selectivity for valence, stimulus identity, and behavioral state, the collective activity...