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Researchers Work Toward Plastic Spin Transistors (PlasticsNet) University of Utah physicists successfully controlled an electrical current using the "spin" within electrons - a step toward building an organic "spin transistor": a plastic semiconductor switch for future ultrafast computers and electronics Spintronics Goes Organic (Technology Review) Measuring spin in an organic LED is an important step toward a spintronic device. Do These Low-Rated Stocks Deserve Your Support? (The Motley Fool) These shareholder-friendly stocks have been marked to underperform the market. Charged Carbon Molecule Could Power Tomorrow's Quantum Computers (AnandTech) Researcher discovers a new unique carbon molecule that he says could advance organic semiconductors, quantum computing... Carbon Molecule With A Charge Could Be Tomorrow's Semiconductor (Science Daily) As part of the research to place gadolinium atoms inside the carbon cage of a fullerene molecule for MRI applications, researchers created an 80-atom carbon molecule with two yttrium ions inside. They then replaced one of the carbon atoms with an atom of nitrogen and discovered that the extra electron ducks inside between the yttrium ions, forming a one-electron bond with unique spin properties ... New class of carbon molecules to pave way for tomorrow's semiconductors (New Kerala) Washington, Sept 9 : Virginia Tech researchers have created a new class of stable fullerene molecules by replacing a carbon atom with nitrogen in the all-carbon structure. Carbon molecule with a charge could be tomorrow's semiconductor (PhysOrg) Virginia Tech chemistry Professor Harry Dorn has developed a new area of fullerene chemistry that may be the backbone for development of molecular semiconductors and quantum computing applications. Spin Is In (Forbes) Six physicists are building a magnetic PC that does more and wastes less. Carbon molecule with a charge could be tomorrow's semiconductor (EurekAlert!) ( Virginia Tech ) As part of the research to place gadolinium atoms inside the carbon cage of a fullerene molecule for MRI applications, Virginia Tech researchers created an 80-atom carbon molecule with two yttrium ions inside. They then replaced one of the carbon atoms with an atom of nitrogen and discovered that the extra electron ducks inside between the yttrium ions, forming a one-electron ... Japanese Develop New IC with MRAM + Arithmetic Unit (SciScoop) Hitachi and a Japanese university has developed a new chip containing both 'logic' (arithmetic unit) and an MRAM (spintronics-based) chip. Placing memory and logic together makes it quicker and the MRAM means that the memory does not have to be 'refreshed' all the time (it's non-volatile). |
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