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KAIST professor Kyung-In Jang selected for ERC Synergy Grant to study how the brain controls movement in freely moving monkeys
KAIST makes virtual roughness visible to improve VR collaboration
KAIST cuts AI fine-tuning from 10 hours to 3… faster development of medical and coding AI
KAIST develops antibody candidate to help preserve appetite and muscle strength in patients with cancer
KAIST uses wireless neural chip to track brain changes in real time after Alzheimer’s drug administration
KAIST predicts the lifetime of blue OLEDs by measuring how their light responds to a magnetic field
KAIST develops gravity-independent wearable eyedrop patch for use in space
KAIST proposes a common framework for understanding the “Anthropocene,” the Earth altered by humans
KAIST reads “stress” from smartphone chatting, searching, and payment habits
KAIST reveals how the light-responsive molecular switch azobenzene changes shape
KAIST identifies a “hidden amplification switch” in lymphangiogenic signaling, with implications for lymphedema and cancer metastasis
KAIST develops AI chip that recognizes changes in motion over time
KAIST extends lifespan of graphite-free anode-free batteries that could make EV batteries smaller and lighter
KAIST develops a strategy to balance radical generation and catalyst regeneration, enabling challenging chemical reactions
KAIST and KIOM develop a wearable microneedle electroceutical for personalized pain management
KAIST develops AI that can sense “that’s not what I meant” without being told
