There are various ways to create artificial diamonds, but a new method developed by researchers, including those at the University of Tokyo, yields some extra benefits. By specially preparing samples ...

The global artificial intelligence investment frenzy is fast rewriting the fortunes of companies in the semiconductor industry. One notable laggard is Tokyo Electron Ltd. The Japanese company is one ...

NEW DELHI: Japanese semiconductor solutions supplier Tokyo Electron has a multi-tiered strategy for India that includes setting up local teams for engineering and research and development, building a ...

How can data be processed at lightning speed, or electricity conducted without loss? To achieve this, scientists and industry alike are turning to quantum materials, governed by the laws of the ...

Electron microscopy uses a beam of electrons to illuminate a sample and achieve much higher spatial resolution than light microscopy. Transmission electron microscopy generates an image of the ...

This work presents valuable new data on the role of D-Serine and how it competes with its stereoisomer L-Serine to influence metabolism. The work presents a variety of solid experimental data combined ...

NAGOYA, Japan--(BUSINESS WIRE)--It was announced today that GaN (Gallium Nitride)-based e-Beam inspection and metrology for advanced semiconductor manufacturing, jointly developed by Nagoya University ...

There are various ways to create artificial diamonds, but a new method developed by researchers, including those at the University of Tokyo, yields some extra benefits. Subscribe to our newsletter for ...

The molecular hydrogen ion H₂⁺ is the simplest molecule. This simplicity makes it a perfect study object for physicists, as its properties—for example, its energy levels—can be calculated precisely.