korea advanced institute of science and technology
For Synthetic Biological Circuits, Two Is Better Than One
A two-strain microbial circuit can effectively mimic the population-level oscillations of more complex biological systems.
Fiber-Like Polymer LEDs Developed
Dip coating could help make wearable polymer LEDs much cheaper to manufacture, scientists say.
Making DNA Detection Cheaper & More Flexible
Aptamer-based DNA detection could make it easier and cheaper to diagnose disease, scientists say.
Omnidirectional Wireless Charging Developed
Researchers have overcome a major obstacle in wireless charging with a device that allows charging in any orientation.
Squeezing Light Into A Point-Like Space
By focusing light into a 3D area a few nanometers wide, scientists have increased light intensity 400,000 times.
Self-Assembly Lowers PRAM Operating Currents
By harnessing self-assembling nanomaterials, scientists have made flexible phase-change random access memory devices more feasible.
Enlisting Exosomes Against Whole Tumors
By exploiting transport systems known as exosomes, researchers have developed a system that can deliver anti-cancer drugs uniformly to the whole tumor.
Exploiting Oxygen For 3D Photolithography
Once limited to 2D, photolithography has now been extended to 3D structures by researchers from KAIST.
One-Step, Spring-Loaded Membrane Fusion
A single round of ATP binding provides sufficient energy for the disassembly of the SNARE complex in an explosive burst.
