study programs
undergrad
master
PhD
further studies
funding opportunities
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courses offered by chair members
| 2019WS: | nanoSEMINAR (Seminar, G. Cuniberti)
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| 2019WS: | Current topics in Materials Science: Integrity in Science (Modulvorlesung, G. Cuniberti , F. Pump)
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| 2019WS: | Computational Materials Science: Molekulardynamik (Modulvorlesung, G. Cuniberti , R. Gutiérrez)
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| 2019WS: | Concepts of Molecular Modeling (222) (Modulvorlesung, G. Cuniberti , R. Gutiérrez)
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| 2019WS: | Computational Methods 2 (Modulvorlesung, G. Cuniberti , A. Dianat)
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| 2019WS: | Computersimulation in der Materialwissenschaft (201) (Modulvorlesung, G. Cuniberti , R. Gutiérrez)
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| 2019WS: | Applied Bionanotechnology (210) (Modulvorlesung, G. Cuniberti , J. Thiele)
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| 2019WS: | Applied Nanotechnology 2: Molecular Electronics (Modulvorlesung, F. Moresco)
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| 2019WS: | Molecular Electronics (220) (Modulvorlesung, F. Moresco)
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| 2019WS: | Introduction to Nanobiotechnology (202) (Modulvorlesung, , J. Opitz)
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| 2019WS: | Festkörperphysikalische Grundlagen: Thermische Eigenschaften (Modulvorlesung, G. Cuniberti , A. Croy)
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| 2019SoSe: | nanoSEMINAR (Seminar, G. Cuniberti)
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| 2019SoSe: | Applied Nanotechnology 1: Environmental Nanotechnology (Modulvorlesung, G Cuniberti , N. Licciardello)
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| 2019SoSe: | Computational Materials Science: Multiskalenmethoden (Modulvorlesung, G. Cuniberti , T. Schied)
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| 2019SoSe: | Computational Methods 1: Introduction to Continuum Modelling (Modulvorlesung, G. Cuniberti , R. Gutiérrez)
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| 2019SoSe: | Festkörperphysikalische Grundlagen: Bindungen (Modulvorlesung, G. Cuniberti , A. Croy)
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| 2019SoSe: | Introduction Bionanotechnology (Modulvorlesung, J. Thiele)
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| 2019SoSe: | Nanostructured Materials (Compulsory introductory module course, G. Cuniberti , Dr. L. Baraban)
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| 2018WS: | nanoSEMINAR (Seminar, G. Cuniberti)
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| 2018WS: | Current topics in Materials Science: Machine Learning (Modulvorlesung, G. Cuniberti , T. Lehmann)
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| 2018WS: | Computational Materials Science: Molekulardynamik (Modulvorlesung, G. Cuniberti , R. Gutiérrez)
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| 2018WS: | Concepts of Molecular Modeling (222) (Modulvorlesung, G. Cuniberti , R. Gutiérrez)
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| 2018WS: | Computational Methods 2 (Modulvorlesung, G. Cuniberti , A. Dianat)
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| 2018WS: | Computersimulation in der Materialwissenschaft (201) (Modulvorlesung, G. Cuniberti , R. Gutiérrez)
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| 2018WS: | Applied Bionanotechnology (210) (Modulvorlesung, G. Cuniberti , J. Thiele)
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| 2018WS: | Applied Nanotechnology 2: Molecular Electronics (Modulvorlesung, F. Moresco)
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| 2018WS: | Molecular Electronics (220) (Modulvorlesung, F. Moresco)
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| 2018WS: | Festkörperphysikalische Grundlagen: Thermische Eigenschaften (Modulvorlesung, G. Cuniberti , A. Croy)
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| 2018SoSe: | nanoSEMINAR (Seminar, G. Cuniberti)
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| 2018SoSe: | Applied Nanotechnology 1: Environmental Nanotechnology (Modulvorlesung, G Cuniberti , N. Licciardello)
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| 2018SoSe: | Computational Materials Science: Multiskalenmethoden (Modulvorlesung, G. Cuniberti M. Bobeth)
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| 2018SoSe: | Computational Methods 1: Introduction to Continuum Modelling (Modulvorlesung, G. Cuniberti , R. Gutiérrez)
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| 2018SoSe: | Computational Methods 1: Einführung in Kontinuumsmodellierung (Modulvorlesung, G. Cuniberti , R. Gutiérrez)
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| 2018SoSe: | Festkörperphysikalische Grundlagen: Bindungen (Modulvorlesung, G. Cuniberti , A. Croy)
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| 2018SoSe: | Introduction Bionanotechnology (Modulvorlesung, J. Thiele)
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| 2018SoSe: | Nanostructured Materials (Compulsory introductory module course, G. Cuniberti , Dr. L. Baraban)
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| 2018SoSe: | Werkstoffmechanik (Modulvorlesung, G. Cuniberti M. Bobeth)
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| 2017WS: | nanoSEMINAR (Seminar, G. Cuniberti)
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| 2017WS: | Current topics in Materials Science: Measuring Science: How to evaluate excellent research (Seminar, G. Cuniberti , F. Pump)
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| 2017WS: | Computational Materials Science: Molekulardynamik (Modulvorlesung, G. Cuniberti , R. Gutiérrez)
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| 2017WS: | Concepts of Molecular Modeling (222) (Modulvorlesung, G. Cuniberti , R. Gutiérrez)
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| 2017WS: | Computational Methods 2 (Modulvorlesung, G. Cuniberti M. Bobeth)
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| 2017WS: | Computersimulation in der Materialwissenschaft (201) (Modulvorlesung, G. Cuniberti , R. Gutiérrez)
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| 2017WS: | Applied Bionanotechnology (210) (Modulvorlesung, G. Cuniberti , J. Thiele)
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| 2017WS: | Applied Nanotechnology 2: Molecular Electronics (Modulvorlesung, F. Moresco)
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| 2017WS: | Molecular Electronics (220) (Modulvorlesung, F. Moresco)
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| 2017WS: | Introduction to Nanobiotechnology (202) (Modulvorlesung, , J. Opitz , L. Baraban)
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| 2017WS: | Festkörperphysikalische Grundlagen: Thermische Eigenschaften (Modulvorlesung, G. Cuniberti , A. Croy)
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| 2017SoSe: | nanoSEMINAR (Seminar, G. Cuniberti)
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| 2017SoSe: | Environmental Nanotechnology (200) (Modulvorlesung, G Cuniberti)
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| 2017SoSe: | Festkörperphysikalische Grundlagen: Bindungen (Modulvorlesung, G. Cuniberti , A. Croy)
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| 2017SoSe: | Computational Methods 1 (Modulvorlesung, G. Cuniberti , R. Gutiérrez)
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| 2017SoSe: | Nanostructured Materials (Compulsory introductory module course, G. Cuniberti , Dr. L. Baraban)
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| 2017SoSe: | Werkstoffmechanik (Modulvorlesung, G. Cuniberti M. Bobeth)
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| 2017SoSe: | Introduction Bionanotechnology (Modulvorlesung, J. Thiele)
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| 2017SoSe: | Computational Materials Science: Multiskalenmethoden (Modulvorlesung, G. Cuniberti M. Bobeth)
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| 2016WS: | nanoSEMINAR (Seminar, G. Cuniberti)
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| 2016WS: | Nanostructured Materials 2 (Modulvorlesung, J. Simmchen)
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| 2016WS: | Applied Nanotechnology 2: Seminar Current topics in Materials Science: Technology Transfer: From Lab to Market (Seminar, G. Cuniberti , F. Pump)
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| 2016WS: | Computational Materials Science: Molekulardynamik (Modulvorlesung, G. Cuniberti , R. Gutiérrez)
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| 2016WS: | Concepts of Molecular Modeling (222) (Modulvorlesung, G. Cuniberti , R. Gutiérrez)
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| 2016WS: | Computational Methods 2 (Modulvorlesung, G. Cuniberti M. Bobeth)
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| 2016WS: | Computersimulation in der Materialwissenschaft (201) (Modulvorlesung, G. Cuniberti , R. Gutiérrez)
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| 2016WS: | Applied Bionanotechnology (210) (Modulvorlesung, G. Cuniberti , J. Thiele)
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| 2016WS: | Applied Nanotechnology 2: Molecular Electronics (Modulvorlesung, F. Moresco)
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| 2016WS: | Molecular Electronics (220) (Modulvorlesung, F. Moresco)
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| 2016WS: | Introduction to Nanobiotechnology (201) (Modulvorlesung, G. Cuniberti , J. Opitz)
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| 2016WS: | Festkörperphysikalische Grundlagen: Thermische Eigenschaften (Modulvorlesung, G. Cuniberti , A. Croy)
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| 2016SoSe: | Festkörperphysikalische Grundlagen: Bindungen (Modulvorlesung, G. Cuniberti , A. Croy)
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| 2016SoSe: | Computational Methods 1 (Modulvorlesung, G. Cuniberti , R. Gutiérrez)
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| 2016SoSe: | Applied Nanotechnology (Modulvorlesung, G Cuniberti , K. Kühn)
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| 2016SoSe: | Nanostructured Materials (Compulsory introductory module course, Dr. D. Ryndyk , Dr. L. Baraban)
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| 2016SoSe: | Werkstoffmechanik (Modulvorlesung, G. Cuniberti M. Bobeth)
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| 2016SoSe: | Introduction Bionanotechnology (Modulvorlesung, J. Thiele)
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| 2016SoSe: | Computational Materials Science: Multiskalenmethoden (Modulvorlesung, G. Cuniberti M. Bobeth)
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| 2015WS: | Seminar Current topics in Materials Science: Technology Transfer: From Lab to Market (Seminar, G. Cuniberti , F. Pump)
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| 2015WS: | LPI Linux Essential (Blockvorlesung, A. Köhler , H. Eckert)
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| 2015WS: | Capella Generalis (Studium Generale) (Ringvorlesung, G. Cuniberti)
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| 2015WS: | nanoSEMINAR (Seminar, G. Cuniberti)
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| 2015WS: | Computational Materials Science II: Atomistische Modellierung (222) (Modulvorlesung, G. Cuniberti , R. Gutiérrez)
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| 2015WS: | Concepts of Molecular Modeling (222) (Modulvorlesung, G. Cuniberti , R. Gutiérrez)
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| 2015WS: | Mathematische Methoden in der Werkstofftechnik (210) (Modulvorlesung, M. Bobeth)
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| 2015WS: | Computational Materials Science III: Advanced Continuum Modeling (201) (Modulvorlesung, M. Bobeth)
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| 2015WS: | Computersimulation in der Werkstoffwissenschaft (201) (Modulvorlesung, G. Cuniberti , R. Gutiérrez)
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| 2015WS: | Applied Bionanotechnology (210) (Modulvorlesung, G. Cuniberti , J. Thiele)
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| 2015WS: | Molecular Electronics (220) (Modulvorlesung, F. Moresco)
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| 2015WS: | Elektronik auf der Molekularen Ebene (220) (Modulvorlesung, F. Moresco)
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| 2015WS: | Introduction to Nanobiotechnology (201) (Modulvorlesung, G. Cuniberti , J. Opitz)
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| 2015WS: | Biomolekulare Nanotechnologie (201) (Modulvorlesung, G. Cuniberti , J Opitz)
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| 2015WS: | Environmental Nanotechnology (200) (Modulvorlesung, G Cuniberti , K. Kühn)
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| 2015WS: | Nanowissenschaft für die Umwelttechnik (201) (Modulvorlesung, G Cuniberti , K. Kühn)
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| 2015WS: | Dichtefunktionaltheorie (Modulvorlesung, F. Ortmann)
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| 2015WS: | Diffraction Methods in Macromolecular- and Nanoscience (200) (Modulvorlesung, H.-G. Braun)
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| 2015SoSe: | Nanostrukturierte Materialien (Compulsory introductory module course, G. Cuniberti , D. Ryndyk)
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| 2015SoSe: | nanoSEMINAR (seminar G. Cuniberti)
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| 2015SoSe: | Nanostructured Materials (Compulsory introductory module course, G. Cuniberti , D. Ryndyk)
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| 2015SoSe: | Computational Materials Science I: Finite Elemente Methode (Modulvorlesung, M. Bobeth)
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| 2015SoSe: | Wachstumsmechanismen und Gefügeentwicklung in Werkstoffen (Modulvorlesung, M. Bobeth)
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| 2015SoSe: | Introduction to Bionanotechnology (Modulvorlesung, G. Cuniberti , J. Thiele)
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| 2014WS: | Seminar Current topics in Materials Science: Technology Transfer: From Lab to Market (Seminar, G. Cuniberti , F. Pump)
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| 2014WS: | nanoSEMINAR (seminar G Cuniberti)
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| 2014WS: | Computational Materials Science II: Atomistische Modellierung (222) (Modulvorlesung, G. Cuniberti , R. Gutiérrez)
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| 2014WS: | Concepts of Molecular Modeling (222) (Modulvorlesung, G. Cuniberti , R. Gutiérrez)
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| 2014WS: | Mathematische Methoden in der Werkstofftechnik (210) (Modulvorlesung, M. Bobeth)
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| 2014WS: | Computational Materials Science III: Advanced Continuum Modeling (201) (Modulvorlesung, M. Bobeth)
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| 2014WS: | Computersimulation in der Werkstoffwissenschaft (201) (Modulvorlesung, G. Cuniberti)
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| 2014WS: | Applied Bionanotechnology (210) (Modulvorlesung, G. Cuniberti , J. Thiele)
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| 2014WS: | Molecular Electronics (220) (Modulvorlesung, F. Moresco)
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| 2014WS: | Elektronik auf der Molekularen Ebene (220) (Modulvorlesung, F. Moresco)
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| 2014WS: | Introduction to Nanobiotechnology (201) (Modulvorlesung, G. Cuniberti , J. Opitz)
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| 2014WS: | Biomolekulare Nanotechnologie (201) (Modulvorlesung, G. Cuniberti , J Opitz)
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| 2014WS: | Environmental Nanotechnology (200) (Modulvorlesung, G Cuniberti , K. Kühn)
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| 2014WS: | Nanowissenschaft für die Umwelttechnik (201) (Modulvorlesung, G Cuniberti , K. Kühn)
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| 2014WS: | Diffraction Methods in Macromolecular- and Nanoscience (200) (Modulvorlesung, H.-G. Braun)
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| 2014SoSe: | Nanostrukturierte Materialien (Compulsory introductory module course, G Cuniberti , D. Ryndyk)
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| 2014SoSe: | Nanostructured Materials (Compulsory introductory module course, G Cuniberti , D. Ryndyk)
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| 2014SoSe: | nanoSEMINAR (seminar G Cuniberti)
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| 2014SoSe: | Computational Materials Science I: Finite Elemente Methode (Modulvorlesung, M Bobeth)
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| 2014SoSe: | Wachstumsmechanismen und Gefügeentwicklung in Werkstoffen (Modulvorlesung, M Bobeth)
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| 2014SoSe: | Introduction to Bionanotechnology (Modulvorlesung, G Cuniberti)
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| 2013WS: | Seminar Current topics in Materials Science: Intelligent materials for applications in energy technologies, health care and IT (111) (Seminar, G. Cuniberti , F. Pump)
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| 2013WS: | Advanced Nanoanalysis Techniques (Modulvorlesung E. Zschech)
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| 2013WS: | nanoSEMINAR (seminar G Cuniberti)
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| 2013WS: | Computational Materials Science II: Atomistische Modellierung (222) (Modulvorlesung, G. Cuniberti , R. Gutiérrez)
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| 2013WS: | Concepts of Molecular Modeling (222) (Modulvorlesung, G. Cuniberti , R. Gutiérrez)
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| 2013WS: | Mathematische Methoden in der Werkstofftechnik (210) (Modulvorlesung, M. Bobeth)
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| 2013WS: | Computational Materials Science III: Advanced Continuum Modeling (201) (Modulvorlesung, M. Bobeth)
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| 2013WS: | Computersimulation in der Werkstoffwissenschaft (201) (Modulvorlesung, G. Cuniberti , F. Ortmann)
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| 2013WS: | Applied Bionanotechnology (210) (Modulvorlesung, G. Cuniberti , L. Baraban)
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| 2013WS: | Molecular Electronics (220) (Modulvorlesung, F. Moresco)
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| 2013WS: | Elektronik auf der Molekularen Ebene (220) (Modulvorlesung, F. Moresco)
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| 2013WS: | Introduction to Nanobiotechnology (201) (Modulvorlesung, G. Cuniberti , J. Opitz)
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| 2013WS: | Biomolekulare Nanotechnologie (201) (Modulvorlesung, G. Cuniberti , J Opitz)
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| 2013WS: | Environmental Nanotechnology (200) (Modulvorlesung, G Cuniberti , K. Kühn)
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| 2013WS: | Nanowissenschaft für die Umwelttechnik (201) (Modulvorlesung, G Cuniberti , K. Kühn)
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| 2013WS: | Diffraction Methods in Macromolecular- and Nanoscience (200) (Modulvorlesung, H.-G. Braun)
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| 2013SoSe: | Nanostrukturierte Materialien (Compulsory introductory module course, G Cuniberti)
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| 2013SoSe: | Nanostructured Materials (Compulsory introductory module course, G Cuniberti)
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| 2013SoSe: | Neuromorphic Materials (seminar R. Gutierrez)
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| 2013SoSe: | nanoSEMINAR (seminar G Cuniberti)
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| 2013SoSe: | Computational Materials Science I: Finite Elemente Methode (Modulvorlesung, M Bobeth)
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| 2013SoSe: | Wachstumsmechanismen und Gefügeentwicklung in Werkstoffen (Modulvorlesung, M Bobeth)
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| 2013SoSe: | Introduction to Bionanotechnology (Modulvorlesung, J Opitz)
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| 2012WS: | Seminar Current topics in Materials Science: Innovative materials for energy technologies: From ideas to market solutions (111) (Seminar, G. Cuniberti)
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| 2012WS: | Advanced Nanoanalysis Techniques (Modulvorlesung E. Zschech)
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| 2012WS: | nanoSEMINAR (seminar G Cuniberti)
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| 2012WS: | Computational Materials Science II: Atomistische Modellierung (222) (Modulvorlesung, G. Cuniberti)
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| 2012WS: | Concepts of Molecular Modeling (222) (Modulvorlesung, G. Cuniberti)
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| 2012WS: | Mathematische Methoden in der Werkstofftechnik (210) (Modulvorlesung, M. Bobeth)
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| 2012WS: | Computational Materials Science III: Advanced Continuum Modeling (201) (Modulvorlesung, M. Bobeth)
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| 2012WS: | Mikromechanik heterogener Werkstoffe (210) (Modulvorlesung, W. Kreher)
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| 2012WS: | Computersimulation in der Werkstoffwissenschaft (201) (Modulvorlesung, G. Cuniberti , R. Gutiérrez)
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| 2012WS: | Applied Bionanotechnology (210) (Modulvorlesung, G. Cuniberti , L. Baraban)
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| 2012WS: | Molecular Electronics (220) (Modulvorlesung, F. Moresco)
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| 2012WS: | Elektronik auf der Molekularen Ebene (220) (Modulvorlesung, F. Moresco)
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| 2012WS: | Introduction to Nanobiotechnology (201) (Modulvorlesung, G. Cuniberti , J Opitz)
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| 2012WS: | Biomolekulare Nanotechnologie (201) (Modulvorlesung, G. Cuniberti , J Opitz)
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| 2012WS: | Einblicke in die Nanotechnologie: Visionen, Phänomene und Risiken (200) (Modulvorlesung, G. Cuniberti , S. Radke)
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| 2012WS: | Trends in der Nanotechnologie: Visionen, Phänomene und Risiken (200) (Modulvorlesung, G. Cuniberti , S. Radke)
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| 2012WS: | Environmental Nanotechnology (200) (Modulvorlesung)
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| 2012WS: | Nanowissenschaft für die Umwelttechnik (201) (Modulvorlesung, G Cuniberti , K. Kühn)
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| 2012WS: | Diffraction Methods in Macromolecular- and Nanoscience (200) (Modulvorlesung, H.-G. Braun)
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| 2012SS: | Nanostrukturierte Materialien (Compulsory introductory module course, G Cuniberti)
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| 2012SS: | Nanostructured Materials (Compulsory introductory module course, G Cuniberti)
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| 2012SS: | nanoSEMINAR (seminar G Cuniberti)
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| 2012SS: | Computational Materials Science I: Finite Elemente Methode (Modulvorlesung, M Bobeth)
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| 2012SS: | Wachstumsmechanismen und Gefügeentwicklung in Werkstoffen (Modulvorlesung, M Bobeth)
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| 2012SS: | Polymere in Mikrostrukturtechnik und Nanotechnologie (Modulvorlesung, H.-G. Braun)
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| 2012SS: | Introduction to Bionanotechnology (Modulvorlesung, J Opitz)
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| 2011WS: | Seminar current topics in materials science: Presenting, publishing and getting funded: of Talks, Theses/Papers/Patents and Proposals (Optional module course, G Cuniberti , F Pump)
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| 2011WS: | Computational Materials Science II: Atomistische Modellierung (222) (Compulsory introductory module course, G Cuniberti , R Gutierrez)
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| 2011WS: | Concepts of molecular modeling (222) (Compulsory introductory module course, G Cuniberti , R Gutierrez)
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| 2011WS: | nanoSEMINAR (seminar G Cuniberti)
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| 2011WS: | Mathematische Methoden in der Werkstofftechnik (210) (Modulvorlesung, M Bobeth)
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| 2011WS: | Mikromechanik heterogener Werkstoffe (210) (Modulvorlesung, W Kreher)
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| 2011WS: | Computersimulation in der Werkstoffwissenschaft (201) (Modulvorlesung, G Cuniberti R Gutierrez)
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| 2011WS: | Applied Bionanotechnology (211) (Module course, G Cuniberti , L Baraban)
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| 2011WS: | Molecular Electronics (200)/(220) (Modulvorlesung, F Moresco)
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| 2011WS: | Introduction to Nanobiotechnology (Modulvorlesung, J Opitz)
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| 2011WS: | Biomolekulare Nanotechnologie (Modulvorlesung, J Opitz)
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| 2011WS: | Environmental Nanotechnology (201) (Modulvorlesung, M Mkandawire)
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| 2011WS: | Environmental Nanotechnology (200) (Modulvorlesung, M Mkandawire)
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| 2011WS: | Advanced Nanoanalysis Techniques (100) (Modulvorlesung, E Zschech)
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| 2011SS: | Nanostrukturierte Materialien (Compulsory introductory module course, G Cuniberti)
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| 2011SS: | nanoSEMINAR (seminar G Cuniberti)
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| 2011SS: | Computational Materials Science I: Finite Elemente Methode (Modulvorlesung, M Bobeth)
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| 2011SS: | Wachstumsmechanismen und Gefügeentwicklung in Werkstoffen (Modulvorlesung, M Bobeth)
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| 2011SS: | Polymere in Mikrostrukturtechnik und Nanotechnologie (Modulvorlesung, H.-G. Braun)
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| 2011SS: | Introduction to Bionanotechnology (Modulvorlesung, J Opitz)
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| 2010WS: | Computational Materials Science II: Concepts of molecular modeling (222) (Compulsory introductory module course, G Cuniberti R Gutierrez)
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| 2010WS: | Seminar current topics in materials science: Nano in Macro - Integration of molecular components in functional macroscopic systems (111) (Optional module course, Florian Pump)
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| 2010WS: | nanoSEMINAR (seminar G Cuniberti)
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| 2010WS: | Mikromechanik heterogener Werkstoffe (Modulvorlesung, W Kreher)
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| 2010WS: | Mathematische Methoden in der Werkstofftechnik (Modulvorlesung, M Bobeth)
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| 2010WS: | Phasenumwandlungen und Strukturbildung in Werkstoffen (Modulvorlesung, M Bobeth)
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| 2010WS: | Molecular Electronics (Modulvorlesung, F Moresco)
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| 2010WS: | Environmental Nanotechnology (Modulvorlesung, M Mkandawire)
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| 2010WS: | Biomolekulare Nanotechnologie (Modulvorlesung, J Opitz)
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| 2010WS: | Polymere in Mikrostrukturtechnik und Nanotechnologie (Modulvorlesung, H.-G. Braun)
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| 2010WS: | Advanced Nanoanalysis Techniques (Modulvorlesung, E Zschech)
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| 2010SS: | Nanostrukturierte Materialien (Compulsory introductory module course, G Cuniberti)
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| 2010SS: | Nanostrukturierte Materialien (Compulsory introductory module course, G Cuniberti)
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| 2010SS: | nanoSEMINAR (seminar G Cuniberti)
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| 2010SS: | Mikrostruktur und Eigenschaften von Festkörpern (Modulvorlesung, W Kreher)
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| 2010SS: | Finite Elemente Methode in der Werkstoffwissenschaft (Modulvorlesung, M Bobeth)
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| 2010SS: | nanoSEMINAR (seminar G Cuniberti)
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| 2010SS: | Mikrostruktur und Eigenschaften von Festkörpern (Modulvorlesung, W Kreher)
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| 2010SS: | Finite Elemente Methode in der Werkstoffwissenschaft (Modulvorlesung, M Bobeth)
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| 2010SS: | Grenzflächen, Dünne Schichten (Modulvorlesung, M Bobeth)
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| 2010SS: | Einführung in das Tissue Engineering (Modulvorlesung, M Gelinsky)
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| 2010SS: | Applied Bionanotechnology (Module course, M Gelinsky , F Moresco)
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| 2009WS: | Computational Materials Science II: Concepts of molecular modeling (220) (Compulsory introductory module course, G Cuniberti)
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| 2009WS: | Seminar current topics in materials science: Sensorics - from microelectronic applications to novel sensing concepts in bioelectronics (110) (Optional module course, Florian Pump)
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| 2009WS: | nanoSEMINAR (seminar G Cuniberti)
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| 2009WS: | Introduction to Bionanotechnology (Module course, M Gelinsky , M Mertig)
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| 2009WS: | Biomolekulare Nanotechnologie (Modulvorlesung, M Gelinsky , M Mertig)
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| 2009WS: | Mathematische Methoden in der Werkstofftechnik (Modulvorlesung, M Bobeth)
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| 2009WS: | Phasenumwandlungen und Strukturbildung in Werkstoffen (Modulvorlesung, M Bobeth)
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| 2009WS: | Mikromechanik heterogener Werkstoffe (Modulvorlesung, W Kreher)
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| 2009SS: | Nanostrukturierte Materialien (Compulsory introductory module course, G Cuniberti)
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| 2009SS: | Quantum phenomena at the nanoscale (Compulsory introductory module course, G Cuniberti)
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| 2009SS: | nanoSEMINAR (seminar G Cuniberti)
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| 2009SS: | Special topics in nanoelectronics (Journal Club G Cuniberti)
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| 2009SS: | Grenzflächen, Dünne Schichten (Modulvorlesung, M Bobeth)
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| 2009SS: | Einführung in das Tissue Engineering (Modulvorlesung, M Gelinsky)
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| 2009SS: | Applied Bionanotechnology (Module course, M Gelinsky , M Mertig)
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| 2009SS: | Finite Elemente Methode in der Werkstoffwissenschaft (Modulvorlesung, M Bobeth)
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| 2009SS: | Mikrostruktur und Eigenschaften von Festkörpern (Modulvorlesung, W Kreher)
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| 2008WS: | Seminar current topics in materials science (110) (Optional module course, G Cuniberti)
Concept papers and presentations: projects wiki |
| 2008WS: | Computational Materials Science II: Concepts of molecular modeling (220) (Compulsory introductory module course, G Cuniberti)
Problem sets: projects wiki |
| 2008WS: | Introduction to Bionanotechnology (Module course, M Gelinsky , M Mertig)
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| 2008WS: | Biomolekulare Nanotechnologie (Modulvorlesung, M Gelinsky , M Mertig)
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| 2008WS: | Mathematische Methoden in der Werkstofftechnik (Modulvorlesung, M Bobeth)
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| 2008WS: | Mikromechanik heterogener Werkstoffe (Modulvorlesung, W Kreher)
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| 2008WS: | Phasenumwandlungen und Strukturbildung in Werkstoffen (Modulvorlesung, M Bobeth)
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| 2008WS: | Computational Materials Science II (220) (Modulvorlesung, G Cuniberti)
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| 2008SS: | Nanostrukturierte Materialien (220) (Compulsory introductory module course, G Cuniberti)
Problem sets: 0-7, 0, 1, 2, 3, 4, 5, 6, 7, projects, projects wiki, supplementary files |
| 2008SS: | Quantum phenomena at the nanoscale (220) (Compulsory introductory module course, G Cuniberti)
Problem sets: 0-7, 0, 1, 2, 3, 4, 5, 6, 7, projects, projects wiki, supplementary files |
| 2008SS: | nanoSEMINAR (seminar G Cuniberti)
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| 2008SS: | Special topics in nanoelectronics (Journal Club G Cuniberti)
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| 2008SS: | Grenzflächen, Dünne Schichten (Modulvorlesung, M Bobeth)
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| 2008SS: | Einführung in das Tissue Engineering (Modulvorlesung, M Gelinsky)
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| 2008SS: | Applied Bionanotechnology (Module course, M Gelinsky , M Mertig)
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| 2008SS: | Finite Elemente Methode in der Werkstoffwissenschaft (Modulvorlesung, M Bobeth)
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| 2008SS: | Mikrostruktur und Eigenschaften von Festkörpern (Modulvorlesung, W Kreher)
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| 2007WS: | Concepts of molecular modeling (Compulsory introductory module course, G Cuniberti)
Problem sets: 0-7, 0, 1, 2, 3, 4, 5, 6, 7, projects, projects wiki, supplementary files |
| 2007WS: | Mikromechanik heterogener Werkstoffe (Modulvorlesung, W Kreher)
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| 2007WS: | Elements of Nanobiotechnology (Compulsory introductory module course, M Mertig)
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| 2007WS: | Introduction to Bionanotechnology (Module course, M Gelinsky , M Mertig)
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| 2007WS: | Nichtlineare Phänomene in der Materialwissenschaft (Modulvorlesung, M Bobeth)
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| 2007WS: | Mathematische Methoden in der Werkstofftechnik (Modulvorlesung, M Bobeth)
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| 2007WS: | Computermodellierung in der Materialwissenschaft 2 (Modulvorlesung, M Bobeth)
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| 2007WS: | Biomolekulare Nanotechnologie (Modulvorlesung, M Gelinsky , M Mertig)
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| 2007SS: | Applied Bionanotechnology (Module course, M Gelinsky , M Mertig)
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| 2007SS: | Nanostrukturierte Materialien (Modulvorlesung, M Mertig , M Bobeth)
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| 2007SS: | Mikrostruktur und Eigenschaften von Festkörpern -- früher "Struktur-Eigenschafts-Beziehungen heterogener Festkörper" (Modulvorlesung, W Kreher)
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| 2007SS: | Grenzflächen, Dünne Schichten (Modulvorlesung, M Bobeth)
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| 2007SS: | Computermodellierung in der Materialwissenschaft 1 (Modulvorlesung, M Bobeth)
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| 2007SS: | Einführung in das Tissue Engineering (Modulvorlesung, M Gelinsky)
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| 2006WS: | Seminar carbon nanotubes (seminar G Cuniberti)
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| 2006WS: | Theory of quantum transport in nanostructures (extracurricular course, D A Ryndyk)
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| 2006WS: | Physik I für Chemiker und Lehramt nicht vertieft (Übungen / Exercise Class, F Pump)
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| 2006WS: | Mathematische Ergänzungen zur Physik (Übungen / Exercise Class, R Gutiérrez)
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| 2006WS: | Einführung in die Nanotechnologie / Foundations of Nanotechnology (complementary course, D Tomanek)
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| 2006WS: | Special topics in mesoscopic physics and CNT seminar (Journal Club and CNT seminar G Cuniberti)
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| | courses previously offered by the Molecular Computing Group at University of Regensburg, Germany |
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| 2006SS: | Quantentheorie der kondensierten Materie I / Condensed Matter Theory I (Modulvorlesung / Module Course, G Cuniberti)
Übungsblätter / Problem sets: 0-12,0, 1, 2, 3, 4, 5, 6, 7 (Folie), numerical sheet 8, 9, 10, 11, 12 |
| 2006SS: | Physik II: Elektrodynamik / Electrodynamics (Übungen / Exercise Class, R Gutiérrez)
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| 2006SS: | Theoretische Physik I Mechanik / Analytical Mechanics (Übungen / Exercise Class, F Pump)
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| 2006SS: | Theoretische Physik II für LA (Elektrodynamik und Optik) / Electrodynamics and optics (Übungen / Exercise Class, D Ryndyk)
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| 2006SS: | Special topics in mesoscopic physics (Journal Club G Cuniberti)
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| 2005WS: | Computational Nanoscience (Modulvorlesung / Module Course, G Cuniberti)
Übungsblätter / Problem sets: 0-15, 0; P1 (1, 2, 3); P2 (4, 5, 6); P3 (7, 8, 9); P4 (10, 11, 12); P5 (13, 14, 15) |
| 2005WS: | Physik I: Mechanik und nichtlineare Dynamik / Classical Mechanics and Nonlinear Dynamics (Übungen / Exercise Class, D Ryndyk)
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| 2005WS: | Physik III: Wellen und Quanten / Waves and Quantum Mechanics (Übungen / Exercise Class, R Gutiérrez)
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| 2005WS: | Special topics in mesoscopic physics (Journal Club G Cuniberti)
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| 2005WS: | Computational Nanoscience (Praktikum / Lab class, N Nemec)
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| 2005SS: | Festkörpertheorie I / Solid State Theory I (Modulvorlesung / Module Course, G Cuniberti)
Übungsblätter / Problem sets: 1-10, 1, 2, 3, 4, 5, 6 (Folie), 7, 8, 9, 10 |
| 2005SS: | Festkörpertheorie I / Solid State Theory I (Übungen / Exercise Class, F Pump)
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| 2005SS: | Special topics in mesoscopic physics (Journal Club G Cuniberti)
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| 2005SS: | Th. Physik I: Mechanik / Classical Mechanics (Übungen / Exercise Class, R Gutiérrez)
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| 2004WS: | Festkörpertheorie II / Solid State Theory II (Übungen / Exercise Class, G Cuniberti)
Übungsblätter / Problem sets: 1-10, 1, 2, 3, 4, 5, 6, 7, 8 (Folie), 9, 10 |
| 2004WS: | Special topics in mesoscopic physics (Journal Club G Cuniberti)
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| 2004WS: | Th. Physik IV: Quantentheorie II (Übungen / Exercise Class, R Gutiérrez)
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| 2004SS: | Elektronentransport / Electron Transport (Ausbildungsseminar / Recitation Course, G Cuniberti , P Pavone)
Thesenpapiere: 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13 14, 15, 16 |
| 2004SS: | Th. Physik I: Mechanik / Classical Mechanics (Übungen / Exercise Class, N Nemec)
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| 2004SS: | Th. Physik V: Thermodynamik und Quantenstatistik (Übungen / Exercise Class, R Gutiérrez)
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| 2003WS: | Molecular Electronics (Spezialvorlesung / Special Lecture, G Cuniberti)
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| 2003WS: | Physik III: Wellen und Quanten / Waves and Quantum Mechanics (Übungen / Exercise Class, M Hartung)
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| 2003SS: | Physics IV: Wave and Quantum Mechanics (Exercise Class, J Yi)
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last modified: 2019.10.22 Di
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Prof. Dr. Gianaurelio Cuniberti
secretariat:
postal address:
Institute for Materials Science
TU Dresden
01062 Dresden, Germany
visitors and courier address:
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