Faster and more sensitive electronics thanks to compact cooling

Electronics work better under cold conditions (-150 C): with less thermal noise, detectors are more sensitive and low-noise amplifiers reduce noise further. Furthermore, the speed and reliability are increased. Dutch-sponsored researcher Srinivas Vanapalli has investigated the possibilities for the extreme cooling of electronic components at a chip level.

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<p><a href="http://www.physorg.com/news126183097.html">Faster and more sensitive electronics thanks to compact cooling</a></p> <p>Electronics work better under cold conditions (-150 C): with less thermal noise, detectors are more sensitive and low-noise amplifiers reduce noise further. Furthermore, the speed and reliability are increased. Dutch-sponsored researcher Srinivas Vanapalli has investigated the possibilities for the extreme cooling of electronic components at a chip level.</p>