Scientists identified coprostanol and carvacrol in a Roman vial, proving that "filth" was a key ingredient in ancient cures.
Molecular electronic devices built with atomic-level precision could shatter today’s limits on chip density, packing up to ...
EnergyX launches a nuclear materials platform producing high-purity lithium isotopes to support fusion and fission reactors.
A new Stanford Univesity study claims that a new kind of geothermal power could reduce dependance on coal and nuclear with no ...
Hyundai and Kia reveal Vision Pulse, a low-cost UWB safety technology that reduces reliance on LiDAR while boosting urban ...
A new on-demand photon source reaches nearly 92% interference visibility in the telecom C-band, overcoming a decade-long ...
Airborne kites harness high-altitude wind with advanced flight control, producing predictable electricity for renewable grids in Europe and the US.
Sauropods were most likely eaten by dinosaurs such as Allosaurus, which lived about 145 million years ago during the Jurassic ...
Researchers from NTNU and Tokyo show how desert sand can be turned into usable concrete using plant-based materials.
Chinese battery giant CATL is officially bringing its Naxtra sodium-ion battery technology into passenger cars, marking a major step beyond its initial rollout in commercial vehicles.
Scientists have shattered the diffraction limit, using continuous-wave lasers to resolve images at 0.1 nanometers.
The technique, known as thermal rectification, could extend battery life in cell phones, electric vehicles, satellites, and even improve AI data center efficiency. The innovation works like a diode ...
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