Stay informed on scientific discoveries and technological advancements shaping our world.
Researchers have successfully created and observed liquid carbon in the lab, unlocking insights into a material that exists for mere billionths of a second and was once thought impossible to study.
Researchers uncover that axolotls' limb regeneration relies on the precise breakdown of a key molecule, opening new possibilities for regenerative medicine.
MIT scientists develop advanced sodium fuel cells with higher energy density than EV batteries, offering a low-cost, eco-friendly solution for electric aviation and CO2 absorption.
Nobel Prize-winning physicist Adam Riess revisits his groundbreaking work, challenging established theories about the universe's ultimate fate.
AI is revolutionizing our understanding of animal speech, but experts debate the ethics and implications of talking back to whales, dogs, and dolphins.
Two groundbreaking studies reveal significant advancements in photonic microchips, accelerating the development of powerful AI hardware.
Groundbreaking research reveals sperm create synchronized corkscrew fluid vortices, boosting their swimming speed and efficiency.
Colossal Biosciences announces the revival of the dire wolf, marking a milestone in de-extinction, though some scientists debate the authenticity of this achievement.
International researchers have fused two lab-synthesized materials into a groundbreaking quantum structure, paving the way for innovations in quantum computing.
New insights reveal Prototaxites, once thought a giant fungus, might be an extinct, unique life form, separate from known categories like fungi, plants, and animals.
Delve into the intricate dynamics of photoswitchable flavoprotein charge-transfer complexes, revealing their potential in advanced scientific applications.
Colossal Biosciences pioneers de-extinction by creating a gene-edited 'Woolly Mouse' with mammoth-like fur, marking a step towards reviving the woolly mammoth.
Discover how the ECMWF's new AI weather model surpasses traditional methods, offering faster and smarter forecasts, and available for free.
Oxford researchers achieve a breakthrough by connecting quantum processors using particle entanglement, paving the way for scalable quantum computing.
Investigating the electrocatalytic properties of FeCo and FeCoNi hydroxide nanoneedles using advanced scanning electrochemical microscopy techniques.