Frederik Dostal explains the rise of the ideal diode and how it can be used to develop more robust power systems.
PhD student Vivek Wadhia sets up the dilution fridge inside which the quantum clock experiment was carried out. Image credit: ...
A detailed review of the Sunset Models 3rd Rail Siemens Charger diesel locomotive, covering both SC-44 and ALC-42 types in O ...
UC Santa Cruz researchers explore diamond-based sensors that could transform how future U.S. fusion reactors track plasma.
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How Engineers Use Diode Lasers to Reshape Copper
Three laser experiments today: laser-induced electroless copper plating, laser-assisted electroplating on stainless steel, and laser-induced chemical liquid phase deposition onto glass. Whoo! I'm ...
Abstract: This work presents a Schottky anti-parallel diode pair (APDP)-based wideband subharmonic image-rejecting mixer (SH-IRM) with high image rejection and port-to-port isolation. Although the RF ...
Nanopores are nanometer-sized openings that enable detailed analysis of molecular structures by analyzing individual biomolecules as they pass through. Solid-state nanopores integrated with local ...
Abstract: SiC has a higher critical electric field compared to Si, which is promising for power applications. However, the susceptibility of SiC Schottky barrier diodes (SBDs) to heavy ions is ...
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