bernardi caltech.edu

Bernardi Research Group

We develop and apply ab initio quantum mechanical calculations to study the dynamics of electrons and excited states in materials. Our research combines theory and cutting-edge computational tools based on density functional theory and related excited-state methods, which employ massively parallel computational algorithms and use the structure of the material as the only input. We investigate materials with Angstrom space and femtosecond time resolutions, with applications in energy conversion, o.We re.
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Applied Physics and Materials Science

Department of Applied Physics and Materials Science. Weighing Molecules One at a Time. Future Electronics May Depend on Lasers. The Tale of Two Lasers. Creating New Quantum Building Blocks. Better, Stronger, Lighter Armor. Better, Stronger, Lighter Armor.

Applied Physics and Materials Science

Department of Applied Physics and Materials Science. Weighing Molecules One at a Time. Future Electronics May Depend on Lasers. The Tale of Two Lasers. Creating New Quantum Building Blocks. Better, Stronger, Lighter Armor. Better, Stronger, Lighter Armor.

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Bernardi Research Group

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We develop and apply ab initio quantum mechanical calculations to study the dynamics of electrons and excited states in materials. Our research combines theory and cutting-edge computational tools based on density functional theory and related excited-state methods, which employ massively parallel computational algorithms and use the structure of the material as the only input. We investigate materials with Angstrom space and femtosecond time resolutions, with applications in energy conversion, o.We re.

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This web page had the following in the web page, "We develop and apply ab initio quantum mechanical calculations to study the dynamics of electrons and excited states in materials." We saw that the web page stated " Our research combines theory and cutting-edge computational tools based on density functional theory and related excited-state methods, which employ massively parallel computational algorithms and use the structure of the material as the only input." It also said " We investigate materials with Angstrom space and femtosecond time resolutions, with applications in energy conversion, o."

SEEK SUBSEQUENT WEB SITES

Faber Research Group

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Minnich Lab - California Institute of Technology

Jaeyun publishes his work on MD simulations of amorphous SiGe nanocomposites in RSC Advances. Congrats to Zoila for successfully passing her MCE Qualifying Exam! September 23, 2016. Congrats to Navaneeth for successfully defending his PhD thesis! August 15, 2016. Ding and Taeyong publish their work on active thermal extraction and temperature sensing of near-field thermal radiationin Scientific Reports. Paper published in RSC Advances.

Academia de Polícia Militar Costa Verde

Academia de Polícia Militar Costa Verde. Sábado, 25 de junho de 2011. Sábado, 19 de fevereiro de 2011. Torneio de tiro do BOpE. Na foto acima encontram-se o referidos Alunos Oficiais e o Major PM Cézar Gomes, técnico da equipe de tiro da APMCV e Presidente da Confederação de tiro de Mato Grosso. O evento ocorreu no Clube de Tiro Pantanal. Segunda-feira, 11 de outubro de 2010.