Juno Sparx makes science funny without making it wrong, which turns out to be the harder problem.
Robots now grasp metal's subtle springiness, refining manufacturing beyond predictable equations.
New research reveals that traditional, simpler computing methods can outperform advanced multi-state machines on complex problems.
New research uses targeted heating to make magnetic data storage significantly denser and more efficient.
Researchers developed a novel sensor that bypasses the electrical noise in bodily fluids to detect disease markers.
Researchers identified a novel bypass mechanism enabling cancer cells to evade targeted therapy, effectively closing a new vulnerability.
AI chatbots are accelerating the discovery of next-generation super-metals by navigating complex alloy combinations.
Electrons are now known to superconduct in groups of four, a departure from the long-held theory of pairs.
Electrons can now superconduct in groups of four, opening new possibilities for quantum technologies.
Tiny light tricks reveal your body's antibody defenses, offering a faster, simpler way to track immune responses.
New research reveals cancer's rogue DNA is amplified by flawed computational models.
An HIV prevention drug regimen shows promise in slowing biological aging in healthy adults.
New algorithms are smoothing out the jerky stops and starts of self-driving cars, enabling more natural navigation.