PERSPECTIVES monomodal Gaussian distribution peaked at a metallicity of −0.8) is consistent with a bimodal distribution in color. The reason for the nonlinearity of the colormetallicity relation goes back to the evolut - Theory of operation - Document - PDFSEARCH.IO

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	PERSPECTIVES monomodal Gaussian distribution peaked at a metallicity of −0.8) is consistent with a bimodal distribution in color. The reason for the nonlinearity of the colormetallicity relation goes back to the evolut Add to Reading List Document Date: 2013-01-15 06:23:57 Open Document File Size: 198,10 KB Share Result on Facebook City Cambridge / / Company Russell / Hershey / / Country United Kingdom / United States / / / Facility University of Cambridge / / IndustryTerm travel time / search algorithm / metal-poor blue-mode clusters / quantum computing / continuous chemical evolution / quantum algorithms / / Organization Department of Applied Mathematics and Theoretical Physics / Department of Biochemistry and The Xist / University of Cambridge / Pennsylvania State University College / / Person JOE SUTLIFF / Laura Carrel / / Position author / / ProvinceOrState Pennsylvania / / PublishedMedium the Theory of Computing / MOLECULAR BIOLOGY / / Technology quantum algorithms / search algorithm / factoring algorithm / / URL http / SocialTag Physics Models of computation Quantum mechanics Computational complexity theory Quantum computer Quantum algorithm Quantum operation Qubit Quantum gate Theoretical computer science

PERSPECTIVES monomodal Gaussian distribution peaked at a metallicity of −0.8) is consistent with a bimodal distribution in color. The reason for the nonlinearity of the colormetallicity relation goes back to the evolutAdd to Reading List