KAIST identifies a route to faster-charging, longer-lasting EV batteries
KAIST uses surface ‘defects’ to enhance droplet formation and removal, achieving up to 5.5 times the heat transfer performance of conventional surfaces
KAIST develops core technology to reverse biological changes once thought irreversible, opening new possibilities for aging and cancer research
KAIST develops semiconductor neuron that tunes noise to selectively process signals
KAIST develops semiconductor neuron that tunes noise to selectively process signals - EurekAlert!
KAIST controls the rotation direction of light without complex new materials - EurekAlert!
KAIST develops high-efficiency, eco-friendly hydrogen separation membrane that filters hydrogen through a molecular “network” - EurekAlert!
KAIST shapes a "templates a ‘gas lattice’ in porous materials”: the moment gas forms a crystal-like lattice - EurekAlert!
SNU–KAIST–KBSI joint research team identifies “hidden reaction sites” of silver nanocatalysts - EurekAlert!
KAIST develops ‘chameleon AI semiconductor’ with programmable response speeds - EurekAlert!
KAIST brings ‘giant batteries’ closer to commercialization in the AI data center era - EurekAlert!
KAIST develops marine carbon removal technology that turns carbon dioxide in seawater into “stone” for permanent storage - EurekAlert!
KAIST develops AI that generates feasible plans for delivery, production, and workforce scheduling - EurekAlert!
KAIST develops a way to combat cancer cachexia, the wasting syndrome that debilitates patients - EurekAlert!
KAIST develops AI that avoids hallucinating even at night or in smoke - EurekAlert!
KAIST finds algal blooms make plastic more prone to breaking apart, revealing a mechanism of microplastic formation - EurekAlert!
KAIST develops AI that learns to theorize the world from observation, inspired by how children learn - EurekAlert!
KAIST identifies a molecular “switch” that activates cell growth signaling, suggesting a potential basis for next-generation anticancer therapy - EurekAlert!
KAIST gives antibodies “eyes” to detect cancer, targeting cancer mutations inside cells - EurekAlert!
KAIST develops ultra-precise inspection technology to prevent electric vehicle battery fires - EurekAlert!
