Florian Schiffmann
GEMPACK Developer at Centre of Policy Studies- Claim this Profile
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German Native or bilingual proficiency
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English Professional working proficiency
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French Elementary proficiency
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Bio
Experience
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Centre of Policy Studies
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Australia
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Research
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1 - 100 Employee
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GEMPACK Developer
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Sep 2015 - Present
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ETH Zürich
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Switzerland
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Higher Education
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700 & Above Employee
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Post doctoral research associate
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May 2012 - Apr 2015
I have been involved in the following research projects: - Determination of structure and elastic properties of 2-dimensional polymers and the role of defects in these materials - Electronic properties of polarons and point defects in Titanium(IV)-oxide - Development of the CP2K program package (enabling GPU support, basis set fitting, linear scaling DFT, improved preconditioning for large scale simulations) I have been involved in the following research projects: - Determination of structure and elastic properties of 2-dimensional polymers and the role of defects in these materials - Electronic properties of polarons and point defects in Titanium(IV)-oxide - Development of the CP2K program package (enabling GPU support, basis set fitting, linear scaling DFT, improved preconditioning for large scale simulations)
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UCL
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United Kingdom
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Research Services
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700 & Above Employee
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Postdoctoral Research Associate
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May 2010 - Apr 2012
I have been employed as part of the EPSRC grant on "Chemical Synthesis of Transformative Extended Materials". I have been involved in the following research projects: - Simulation of anode materials for fuel cell applications - Determination of the structure and properties of multiferroic materials. - Crystal structure prediction of new materials - CP2K developement (periodic electric fields in combination with Gaussian basis sets) I have been employed as part of the EPSRC grant on "Chemical Synthesis of Transformative Extended Materials". I have been involved in the following research projects: - Simulation of anode materials for fuel cell applications - Determination of the structure and properties of multiferroic materials. - Crystal structure prediction of new materials - CP2K developement (periodic electric fields in combination with Gaussian basis sets)
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Education
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Universität Zürich
Doctor of Philosophy (PhD), Computational Chemistry -
Johannes Gutenberg University Mainz
Diploma, Chemistry