This file type includes high-resolution graphics and schematics when applicable. When devices are being designed to operate at low voltage, it’s often necessary to take into account the voltage drop ...

Engineers from North Carolina State University, Adroit Materials and Poland’s Institute of High-Pressure Physics have reduced ...

The invention of blue light-emitting diodes has been awarded the 2014 Nobel Prize in physics. Blue LEDs, when combined with red and green diodes, produce an energy-efficient and environmentally ...

Semiconductor diode lasers are everywhere. They created the light pulses that raced along the fibres between our server and yours – allowing you to read this article – and if you stop at the ...

STOCKHOLM -- Two Japanese scientists and a Japanese-born American won the Nobel Prize in physics on Tuesday for inventing blue light-emitting diodes, a breakthrough that has spurred the development of ...

Lab member Mojtaba Edalatpour shows the thermal diode developed by Boreyko's team. Credit: Virginia Tech Electronic devices are hard to keep cool. Mechanical fans suck up energy. Heat sinks add ...

ProLite diode laser delivers 714 W of CW output. Newport's Spectra-Physics division says it has achieved 714 W of continuous wavelength operation using its ProLite diode laser. The result was achieved ...

This year's Nobel Prize in physics goes to researchers whose findings you probably rely on just about every day (or, if you're like me, just about every minute). The blue light-emitting diodes they ...

Researchers at the University of Michigan are using high-power diode lasers to study the elementary particle structures of neutrons, electron scattering, and noble gas enhanced magnetic resonance ...

An American physicist and two Japanese colleagues shared the Nobel Prize in physics on Tuesday for creating light-emitting diodes that shine in blue wavelengths — a crucial invention that filled out ...