A novel research conducted by scientists at UT Dallas paves the way to develop high-efficiency cooling solutions for producing quieter electronics with improved operating life.
A research team led by Ganpati Ramanath from Rensselaer Polytechnic Institute have devised a novel method for synthesizing innovative nanomaterials using a typical microwave oven and trace amounts of sulfur, paving the way to develop low-cost, superior-performance solid-state air conditioners and refrigerators without moving parts and refrigerants.
Oak Ridge National Laboratory (ORNL) researchers have for the first time demonstrated metallic conductivity in ferroelectric nanodomains, paving the way to widen the use of ferroelectric materials in information storage and nanoelectronics.
Thermo Fisher Scientific Inc., the world leader in serving science, today announced that its Dionex ICS-5000 reagent-free ion chromatography system can be coupled with the Thermo Scientific XSERIES 2 ICP-Q-MS to create a proven IC-ICP-MS method for detecting trace elements, including levels of organic and inorganic arsenic in apple juice.
Researchers, Professor Sir Andre Geim and Dr. Irina Grigorieva, from The University of Manchester have demonstrated that graphene can be made to behave like a magnet.
Durdu Guney from the Michigan Technological University has developed a model to fabricate superlens or perfect lens that is capable of utilizing visible light to view objects measuring 100 nm.
A research team from the Northwestern University has found that one-dimensional materials such as individual gallium nitride nanowires demonstrate powerful piezoelectricity, a three-dimensional phenomenon caused by the application of mechanical stress.
Intertek Cantox, a company offering regulatory and scientific consulting services, has developed a novel method called the Nano Study Score method to support superior-quality nanotoxicology studies in order to assess the safety of nanomaterial- and nanotechnology-based products.
Scientists from the Purdue University, Melbourne University and University of New South Wales have fabricated the smallest silicon-based wire in the world, with a current-conducting capability equivalent to that of copper wires. The silicon wire has four-atom width and one-atom height.
Using quantum mechanical calculations, a research team at the University of Houston has demonstrated that a graphene sheet can be converted into a piezoelectric material by producing holes in a specific pattern onto it.
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