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What caught your eye this week? (AI ICs, US Chips Act, IGZO transistors) - Vimarsana News

What caught your eye this week? (AI ICs, US Chips Act, IGZO transistors)

We're talking RISC-V-based AI ICs, US Chips Act money, IGZO transistors, and quantum computing technology...

Improving contact conductivity in amorphous oxide transistors - Vimarsana News

Improving contact conductivity in amorphous oxide transistors

Researchers at the Tokyo Institute of Technology have found a novel way to reduce source and drain contact resistance, and increase carrier mobility, in

Enhanced Optical Springs for More Powerful Gravitational Wave Detection - Vimarsana News

Enhanced Optical Springs for More Powerful Gravitational Wave Detection

The discovery of gravitational waves is among the greatest triumphs of contemporary science. The first detection of gravitational waves in 2017 resulted from the merger of a binary neutron star, and this discovery revealed important details about the universe, including the production of heavy elements and the source of brief gamma-ray bursts.

Tokyo Institute of Technology's Kenichi Iga awarded Optica's Frederic Ives Medal/Jarus W. Quinn Prize - Vimarsana News

Tokyo Institute of Technology's Kenichi Iga awarded Optica's Frederic Ives Medal/Jarus W. Quinn Prize

Iga honored for “pioneering contributions and visionary leadership” in VCSELs

Novel Approach to the Easy Fabrication of Biomimetic Robots - Vimarsana News

Novel Approach to the Easy Fabrication of Biomimetic Robots

Researchers at Tokyo Tech have demonstrated that ultraviolet-laser processing is a viable method for creating complex microstructures that allow for the sophisticated alignment of muscle cells—a prerequisite for creating life-like biohybrid actuators.