Researchers discover the impact of supermassive black holes on galactic evolution
Picture an upside-down glass over a candle whose flame extinguishes
UC Davis researchers debut highly accurate brain-to-speech technology
The new interface boasts accuracy similar to that of a non-disabled person reading aloud
New implantable device designed by MIT team means to stop opioid overdoses in progress
A potentially life-saving implant that will need more testing on human subjects
New discoveries help astronomers crack 1181 AD supernova mystery
The "zombie star" still holds some secrets
Scientists learn more about the asteroid impact that killed the dinosaurs
It was likely a carbon asteroid from the outer regions of the solar system
US agency develops a new standard for timekeeping on the Moon
Earthly atomic clocks don't work on the Moon
Stonehenge's altar stone originated in Scotland, hundreds of miles away
Other stones were quarried much closer to the construction site
Perovskite-based material could bring a revolution in wearable LEDs and hi-tech attire
Blade Runner Perovskite: Researchers at the Hong Kong University of Science and Technology have developed a novel approach to flexible LED technology. By incorporating perovskite, they successfully created fiber light-emitting diodes, or Fi-LEDs, with enhanced optoelectronic properties.
SpaceX slapped with multiple notices over water pollution in Texas
Musk's rush to relaunch Starship allegedly skipped crucial permitting
Sun-scraping probe helps investigate decades-old mystery
No switchbacks detected within the corona, eliminating one coronal heating theory
NASA and BP collaborate to explore future resource extraction on the Moon and Mars
A deal that benefits both organizations
Low-cost innovation regulates building temperatures while slashing energy use
Sweating Planet: Rising temperatures are transforming vast regions of the planet into unbearably hot environments. While air conditioning is effective at cooling indoor spaces, it is also an enormous drain on energy resources. As a result, scientists are seeking innovative solutions that can provide comparable cooling without consuming excessive energy or resources.
Scientists uncover large liquid water reservoir deep in Mars' crust
Tapping it, though, is another story
Transformers get real: this origami bot can morph into over 1,000 shapes
They could be used as habitats and deployable, configurable space robots
NASA seeks companies to take over its canceled $450 million moon rover project
The VIPER rover is almost ready
A saltwater-soluble polymer shows promise as a recyclable 3D printing ink
A pinch of salt goes a long way
Breakthrough flexible solar panels are so thin they can be printed on any surface – even backpacks
A coating that's just 1 micron thick can be applied to almost any surface
Forward-looking: Oxford University researchers have developed a flexible perovskite material about 100 times thinner than a human hair that can generate solar electricity just as efficiently as traditional silicon panels. Unlike those rigid, single-purpose slabs, this material can coat just about any surface, such as cars, clothing, buildings, and even mobile devices.
Robots can now train themselves with new "practice makes perfect" algorithm
Mastering the art of sweeping and clearing out trash
Hydrogen fuel cells from Bloom Energy hit 60% efficiency milestone
Proprietary solid oxide tech gives hydrogen fuel cells an edge
Company proposes 100-meter towers to provide power and other services on the moon
A Solar tower network would provide power day and night on the moon
Researchers create "soft gold" nerves using conductive nanowires
The breakthrough enables connections between nerves and electronics
Moon's thin atmosphere likely created by constant micrometeorite impacts
Apollo-era samples were instrumental in the new discovery
JWST uncovers ancient galaxy, challenging cosmic theories and baffling scientists
The discovery forces us to rethink how early galaxies formed
Researchers develop new battery-free technology that draws power out of thin air
The breakthrough converts 'waste' radio signals into energy
Using 3D printing to create 3D circuits: Researchers unlock self-healing boards
A Singapore team has developed a novel 3D printing technique for three-dimensional circuits