Tokyo Institute of Technology

Single molecule electronic devices are those in which individual molecules are utilized as active electronic components constitute a promising approach for the ultimate miniaturization...

All-solid-state batteries are a new kind of Li-ion battery and have been appeared to be possibly more secure and more steady energy-storing gadgets with...

As of not long ago, the search for appropriate spin Hall materials for cutting-edge SOT-MRAM devices has been looked with difficulty: First, overwhelming metals,...

Saturn, the second biggest planet in our solar system, has characteristic rings that are held in orbit by gravitational forces. These days, nanoscale molecular...

Volcanic eruptions come in a wide range of structures, from the unstable emissions of Iceland's Eyjafjallajökull in 2010, which upset European air travel for...

At the point when to a great degree short optical pulse enters a solid, the particles in its lattice begin vibrating. Such vibrations of...

Scientists at the Tokyo Institute of Technology in collaboration with Université PARIS DIDEROT and CRNS have discovered a new method to reduce CO2 to CO1. They...

Scientists at the Tokyo Institute of Technology, Japan, have demonstrated that reactions of alpha-hydroxy acids, like the alpha-amino acids that make up modern proteins, shape...

Scientists at Tokyo Institute of Technology (Tokyo Tech) have recently developed a micro-thermometer can measure small and rapid temperature changes in real time. This device consists...

A research team led by Teruyuki Hirano of Tokyo Institute of Technology's Department of Earth and Planetary Sciences has validated 15 exoplanets2 orbiting red...