k Steffen Glaser, German physical chemist. Professor Glasers research includes quantum computing using NMR Nuclear Magnetic Resonance techniques. He is holding a model of the molecule tertbutoxy carbonylC2ND2glycine fluoride, designed to have five atoms with their nuclear spins linearly coupled. The five spins a magnetic quantum property form a 5bit quantum computer. The spins in a liquid solution of this molecule are switched using radiofrequency pulses. The effects are monitored using a superconducting magnet upper right. This quantum computer has been used to solve mathematical problems. Glaser works at the Technical University of Munich TUM, Germany. Editorial Stock Photo - Afloimages
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Steffen Glaser, German physical chemist. Professor Glaser's research includes quantum computing using NMR (Nuclear Magnetic Resonance) techniques. He is holding a model of the molecule (tert-butoxy- carbonyl-[C2-N-D2-glycine] fluoride), designed to have five atoms with their nuclear spins linearly- coupled. The five spins (a magnetic quantum property) form a 5-bit quantum computer. The spins in a liquid solution of this molecule are switched using radio-frequency pulses. The effects are monitored using a superconducting magnet (upper right). This quantum computer has been used to solve mathematical problems. Glaser works at the Technical University of Munich (TUM), Germany.
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Steffen Glaser, German physical chemist. Professor Glaser's research includes quantum computing using NMR (Nuclear Magnetic Resonance) techniques. He is holding a model of the molecule (tert-butoxy- carbonyl-[C2-N-D2-glycine] fluoride), designed to have five atoms with their nuclear spins linearly- coupled. The five spins (a magnetic quantum property) form a 5-bit quantum computer. The spins in a liquid solution of this molecule are switched using radio-frequency pulses. The effects are monitored using a superconducting magnet (upper right). This quantum computer has been used to solve mathematical problems. Glaser works at the Technical University of Munich (TUM), Germany.

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17-11-2010

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