Latest Science News
Kyushu University Develops Low-Temperature Hydrogen Fuel Cell
Researchers at Kyushu University achieved efficient solid oxide fuel cell (SOFC) operation at 300°C using scandium-doped oxides, significantly lowering costs and boosting hydrogen power practicality. This advance could enable consumer-level hydrogen technologies and impact numerous decarbonization fields by providing a new, efficient proton pathway.
MD Anderson Discovers Key Protein in Aggressive Tumor Growth and Shows Promise in Rare Bile Duct Cancer Therapy
Scientists identified protein RASH3D19 as critical in activating RAS pathways driving aggressive tumor growth and resistance in KRAS-mutant cancers, suggesting new combo treatments. Additionally, HER2-targeted antibody zanidatamab yielded durable responses in rare HER2-positive biliary tract cancers, opening avenues for improved oncology treatments.
Nano Breakthrough Enables Low-Cost Printable Electronics
Scientists created a predictive framework unlocking dozens of novel 2D semiconductors, enabling fabrication of printed transistors and digital-analog converters for wearable health sensors and smart devices. This advances 2D semiconductor technology, promising scalable, cost-effective printed electronic circuits.
Stanford Researcher Wins Eppendorf & Science Prize for Neural Circuit Rewiring in Fruit Flies
Cheng Lyu unveiled molecular mechanisms underlying synaptic partner selection in olfactory neurons, demonstrating how neural circuit assembly affects animal behavior. This work links genetics to brain function development and could inform broader neurobiology and behavior studies.
Fermilab Launches Next Phase in Quantum Science Center to Accelerate Quantum Technologies
Fermilab marked the start of SQMS 2.0, focusing on superconducting materials and quantum technologies that will advance quantum computing, communications, and sensing. Using innovations like squeezed light, researchers aim to enhance quantum network entanglement rates, vital for scalable quantum infrastructure.
Scientists Explore Cancer Detection via AI-Assisted Blood Tests and Exosome Analysis
Research advances in multi-omics decoding of exosomes suggest less invasive, early cancer detection methods. Exosomes also offer potential as natural targeted drug delivery vehicles, enhancing treatment specificity and reducing side effects across oncology.
DOE Highlights New Discoveries From Massless Particles to Biofuel-Producing Fungi
Recent DOE-funded studies reported discovery of unusual massless particles in 2D materials, breakthroughs in heavy-element chemistry, and innovative approaches to identifying stress-response genes in bacteria, enhancing understanding across physics, chemistry, and microbiology.
St. Jude Researchers Gain National Recognition for Brain Tumor Immunotherapy Innovations
Collaboration-led cellular therapies targeting pediatric brain tumors like ependymoma and medulloblastoma received accolades from leading immunotherapy societies, affirming progress and accelerating translational research toward improved clinical treatments.
DOE Launches Genesis Mission to Revolutionize American Science Through AI and Computing
The Genesis Mission aims to double productivity in US science and engineering by integrating supercomputers, AI, and quantum systems to drive discoveries in energy, national security, and fundamental science. It represents a major interdisciplinary initiative to maintain US leadership in advanced technologies.
Nature Reports New Particle Physics and Vaccine Developments
Recent studies provide evidence for exotic quark quartets deepening particle physics understanding, while an experimental vaccine demonstrated prolonged allergy protection in mice, expanding potential immunotherapy strategies.