Researchers from Italy and France have proposed a new design for a superconducting refrigerator that uses a series of steps to more effectively cool objects down to temperatures near absolute zero. Conventional superconducting refrigerators rely a array of superconductors (S), normal metals (N) and tunnel barriers (I) that are arranged in a symmetric configuration (SINIS or … [Read more...]
New Magnetocaloric Material Could Lead to Greener Refrigerators
The recent discovery of a new magnetocaloric material with intriguing characteristics could lead to a greener method of cooling, potentially providing a more environmentally-friendly alternative to standard refrigeration. A joint team of researchers from Canada and Bulgaria have developed a new method of green cooling by identifying a multiferroic compound, HoMn2O5, that could … [Read more...]
Rugged Circuit Functions at Temperatures Greater than 350 Degrees Celsius
Researchers at the University of Arkansas have developed integrated circuits capable of surviving at temperatures greater than 350 degrees Celsius, or approximately 660 degrees Fahrenheit. Created using silicon carbide, a semiconducting material that is more rugged than conventional materials used in electronics, the new circuits are expected to improve the operation of analog … [Read more...]
Neural Network Boosts Google Data Center Efficiency
In its quest for ever-greater energy efficiency, Google is now employing a new technique that adds a bit of artificial intelligence to its data centers: machine learning. The web giant is using what it calls “neural networks” to optimize its data center operations by monitoring how its servers behave in real-time and adjusting certain parameters accordingly. The project, … [Read more...]
Nanoscale and Microscale Heat Transfer 2014
October 15-17, 2014 Lyon, France Nanoscale and Microscale Heat Transfer IV will present the state-of-the-art and modern trends in nanoscale and microscale heat transfer. It will focus on heat transfer at short length and time scales where the physical laws used in classical heat transfer are not valid anymore. Thermal radiation at subwavelength scales or heat conduction … [Read more...]
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