university of tokyo
Gravity-Like Interactions At The Nanoscale
Highly sensitive measurements show that gravitational attraction also holds at the nanoscale, at least up to 0.04 to 4 nanometers.
Defect-Free Topological Insulator Developed
A method to grow high quality thin films of topological insulators could have the way for next-generation low-power electronics.
Chromatin Structure Affects Brown Fat Regulation
Researchers have identified JMJD1A as a signal-sensing scaffold that activates thermogenic genes in mice.
Smaller Nanoparticles Deliver Cancer Drugs To The Lymph Nodes
The polymeric micelle drug delivery system could be useful for the development of non-surgical treatments for cancers that have spread to the lymph nodes.
Drug Testing Made Easy With 3D Artificial Heart
By mimicking the electrophysiology of the heart with 20 million cardiac cells, researchers hope to develop more realistic drug screening tools.
Quantum Teleportation On A Chip
Researchers have built a chip capable of encoding quantum information in continuous variables that is 10,000 times smaller than existing technologies.
Brain Hyperactivation Linked To Alzheimer’s Disease
Five months of chronic brain activation led to the increase in amyloid β deposition in a mouse model of Alzheimer's disease.
Verify Einstein’s Hundred-Year-Old Spooky Ideas
The verificaion of Einstein's proposal paves the way for the development of quantum computers.
7 Must-Read Stories In April 2015
Could sodium replace lithium in batteries and could current DNA sequencing technology be displaced by graphene? Read here to find out more!
