Scientists found a gentler, energy-efficient way to control quantum materials by tapping internal quantum rhythms, promising a new path in material science and tech innovation.
Scientists discovered that a tiny increase in quantum spin size flips the Kondo effect from suppressing magnetism to creating it, revealing new quantum behavior.
A 500,000-year-old elephant bone tool from Boxgrove, England — the oldest in Europe — reveals early humans shaped and used bone to sharpen stone tools, showing advanced prehistoric skill.
New research shows that peptides — complex precursors to proteins — can form naturally in space‑like conditions on dust grains, suggesting life’s ingredients may be widespread across the cosmos.
Blue Origin plans to launch thousands of satellites in 2027, creating a massive orbital network to expand global connectivity and reshape the night sky.
Scientists engineer quantum proteins that sense magnetic fields, blending biology and quantum physics to create tiny molecular compasses with potential medical and environmental applications.
NASA’s Artemis II crew will carry symbolic keepsakes aboard Orion, continuing a long tradition of honoring spaceflight history as humans return to lunar orbit.
Astronauts say a portable ultrasound aboard the ISS was essential during a medical issue, highlighting how quiet, well-prepared tools protect human life in orbit.
A new James Webb image transforms the Helix “Eye of God” nebula into a glowing, lava-lamp-like cloud, revealing drifting gas and dust from a dying Sun-like star.
Research finds that reduced sulfur fuel use has been linked to fewer lightning strikes over major sea routes and may influence warming by altering cloud properties and atmospheric reflectivity.
NASA has selected three new science payloads for future lunar missions, focusing on radiation, heat, and plasma to better understand the Moon as a long-term environment.
In a precision quantum experiment, metal nanoparticles displayed wave-like interference, pushing quantum behavior into larger, more tangible forms of matter.
Astronomers have captured the earliest stages of a solar flare for the first time, revealing how magnetic energy slowly builds before erupting in a burst of solar radiation.
A new robot swarm demonstration shows machines organizing themselves into flower-like forms, revealing how simple rules can produce adaptive, organic-looking behavior.
A new theoretical study revisits the Boltzmann brain paradox, suggesting cosmological models favor minds with real histories over random, memory-filled fluctuations.
New observations reveal a bar-shaped cloud of iron inside the Ring Nebula, hinting at complex stellar mass loss and hidden structure within this iconic cosmic remnant.
Africa’s East African Rift is widening faster than once believed, marking the early stages of continental separation that will eventually form a new ocean.
NASA-linked studies suggest orbital mirrors could reflect sunlight brighter than the Moon, raising new questions about light pollution, astronomy, and the future character of night.
NASA astronaut Sunita “Suni” Williams retired after 27 years, concluding a storied career just months after returning from a nine‑month extended mission aboard the ISS due to spacecraft issues.
The James Webb Space Telescope’s new infrared view of the Helix Nebula reveals extraordinary detail in the dying star’s gas and dust, highlighting cosmic recycling and stellar evolution.
Hubble’s new image of star-forming region NGC 1333 reveals a collection of young stellar objects, including protostars and Orion variables, offering insights into early star formation and disk evolution.
A study from NUS and Duke-NUS shows motivation strengthens memory formation by enhancing communication between brain systems tied to reward and recall, shaping what we remember and how long it lasts.
Researchers observed a new quantum state of matter combining quantum criticality and topology in an ultra-cold material, challenging past assumptions and opening paths to future quantum technologies.
New research shows bats navigate using acoustic flow cues and internal sound-based maps, blending echo patterns into rich navigational strategies across complex environments.