Kaist

Breakthroughs(12호) - Fall 2019

KAIST Breakthroughs Fall 2019 Vol.12 Biannual Engineering Research Webzine http://breakthroughs.kaist.ac.kr/newsletter/2019/12/default.htm

Breakthroughs(11호) - Spring 20..

Breakthroughs - Fall 2018

＊ Creating a cyborg mouse using cranial nerve circuits that induce possessive behaviors ＊ Deep learning predicts drug-drug and drug-food interactions ＊ It’s time to “3D sketch” your ideas with air scaffolding

Breakthroughs - Spring 2018

＊ Real-time path planning for UAVs to cooperatively localize information sources ＊ 100％ real fabric functional circuit with a missing 4th electronic component of memristor beyond resistor, capacitor and inductor ＊ Photothermal neural interface technology: Controlling neural activity using light and heat

Breakthroughs - Fall 2017

＊ Producing sound without vibration using a 3D graphene sponge ＊ Bio-based p-xylene oxidation into terephthalic acid by engineered Escherichia coli ＊ Highly stretchable, durable, and manufacturable tactile sensor for robotic skin

Breakthroughs - Spring 2017

＊ Furniture that learns to move by itself ＊ A semi-transparent keyboard towards better document editing on touchscreen tablet computers ＊ Sound waves meet a droplet of liquid

Breakthroughs - Fall 2016

＊ Optimizing lighting for better learning ＊ A step closer to the development of next-generation magnetic random-access memory (MRAM) ＊ Development of highly stable zeolite-based CO2 adsorbent under a temperature swing process

Breakthroughs - Spring 2016

＊ Orchestration of systems of mobile robots for border protection, search & rescue, and personal security ＊ Supercritical CO2-cooled micro modular reactor ＊ a functional near-infrared spectroscopy (NIRS) neuroimaging device to enter scene this year

Breakthroughs - Fall 2015

＊ Lego-inspired membrane/catalyst layer interface for high mechanical robustness of polymer electrolyte membrane fuel cells ＊ Team-KAIST won in the DARPA Robotics Challenge 2015 Finals ＊ BOXCHOOL: Modular container school for isolated area

Breakthroughs - Spring 2015

＊ Mobile Maestro: A ubiquitous immersive sound reproduction system ＊ Light-powered healing of a wearable electrical conductor ＊ Graphene quantum dot LEDs