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teaching:start [2017/04/19 10:18] Maurits W. Haverkort |
teaching:start [2017/10/18 06:32] Maurits W. Haverkort |
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| ===== Teaching ===== | ===== Teaching ===== | ||
| + | ==== Winter semester 2017 / 2018 - Condensed Matter Theory I ==== | ||
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| + | link to website of lecture: | ||
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| + | https://uebungen.physik.uni-heidelberg.de/vorlesung/20172/812 | ||
| ==== Summer semester 2017 - Condensed Matter Theory ==== | ==== Summer semester 2017 - Condensed Matter Theory ==== | ||
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| In these lectures we will introduce some concepts of electron dynamics. Exemplified by several model calculations (and take home examples) we will show how the dynamics on the quantum scale can be described in solid state materials. We will draw parallels between the classical and quantum regime when possible. Our main starting point will be response theory showing the relation between excitation spectra and dynamics. We will introduce concepts like (natural) line-width of an excitation and how the related quasiparticle will decay once excited. | In these lectures we will introduce some concepts of electron dynamics. Exemplified by several model calculations (and take home examples) we will show how the dynamics on the quantum scale can be described in solid state materials. We will draw parallels between the classical and quantum regime when possible. Our main starting point will be response theory showing the relation between excitation spectra and dynamics. We will introduce concepts like (natural) line-width of an excitation and how the related quasiparticle will decay once excited. | ||
| - | == Monday 10 April - Response functions: spectroscopy and dynamics == | + | == Response functions: spectroscopy and dynamics == |
| * [[http://www.thphys.uni-heidelberg.de/~haverkort/notes/Grad_Days/01%20Classical%20Harmonic%20Oscillator.nb|Classical Harmonic Oscillator Mathematica notebook]] | * [[http://www.thphys.uni-heidelberg.de/~haverkort/notes/Grad_Days/01%20Classical%20Harmonic%20Oscillator.nb|Classical Harmonic Oscillator Mathematica notebook]] | ||
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| * [[http://www.thphys.uni-heidelberg.de/~haverkort/notes/Grad_Days/03%20Quantum%20many%20level%20system%20and%20absorbtion.nb|Quantum many level system Mathematica notebook]] | * [[http://www.thphys.uni-heidelberg.de/~haverkort/notes/Grad_Days/03%20Quantum%20many%20level%20system%20and%20absorbtion.nb|Quantum many level system Mathematica notebook]] | ||
| * [[http://www.thphys.uni-heidelberg.de/~haverkort/notes/Grad_Days/03%20Quantum%20many%20level%20system%20and%20absorbtion.pdf|Quantum many level system pdf]] | * [[http://www.thphys.uni-heidelberg.de/~haverkort/notes/Grad_Days/03%20Quantum%20many%20level%20system%20and%20absorbtion.pdf|Quantum many level system pdf]] | ||
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| - | == Tuesday 11 April - Lifetime, decay and coherence == | ||
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| * [[http://www.thphys.uni-heidelberg.de/~haverkort/notes/Grad_Days/04%20Natural%20line%20width.nb|Natural line width Mathematica notebook]] | * [[http://www.thphys.uni-heidelberg.de/~haverkort/notes/Grad_Days/04%20Natural%20line%20width.nb|Natural line width Mathematica notebook]] | ||
| * [[http://www.thphys.uni-heidelberg.de/~haverkort/notes/Grad_Days/04%20Natural%20line%20width.pdf|Natural line width pdf]] | * [[http://www.thphys.uni-heidelberg.de/~haverkort/notes/Grad_Days/04%20Natural%20line%20width.pdf|Natural line width pdf]] | ||
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| * [[http://www.thphys.uni-heidelberg.de/~haverkort/notes/Grad_Days/06%20polarization%20and%20tensor%20form%20of%20response%20functions.nb|Tensor form of response functions Mathematica notebook]] | * [[http://www.thphys.uni-heidelberg.de/~haverkort/notes/Grad_Days/06%20polarization%20and%20tensor%20form%20of%20response%20functions.nb|Tensor form of response functions Mathematica notebook]] | ||
| * [[http://www.thphys.uni-heidelberg.de/~haverkort/notes/Grad_Days/06%20polarization%20and%20tensor%20form%20of%20response%20functions.pdf|Tensor form of the response functions pdf]] | * [[http://www.thphys.uni-heidelberg.de/~haverkort/notes/Grad_Days/06%20polarization%20and%20tensor%20form%20of%20response%20functions.pdf|Tensor form of the response functions pdf]] | ||
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| - | == Wednesday 12 April - Many body physics == | ||
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| - | == Thursday 13 April - Quasiparticles, propagation and excitation cloud == | ||
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| - | == General background knowledge == | ||
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| {{ :talks:haverkort_hercules_2015.ppt |Hercules 2015 [76.1 Mb]}}\\ | {{ :talks:haverkort_hercules_2015.ppt |Hercules 2015 [76.1 Mb]}}\\ | ||
| - | {{ :talks:haverkort_success_day1.ppt |Succes les Houches 2014 day 1 [26.43 Mb]}}\\ | + | {{ :talks:haverkort_success_day1.ppt |Success les Houches 2014 day 1 [26.43 Mb]}}\\ |
| - | {{ :talks:haverkort_success_day2.ppt |Succes les Houches 2014 day 2 [49.75 Mb]}}\\ | + | {{ :talks:haverkort_success_day2.ppt |Success les Houches 2014 day 2 [49.75 Mb]}}\\ |
| + | {{ :talks:haverkort_success_2017_01.pptx |Success les Houches 2017 part 1 [32.7 Mb]}}\\ | ||
| + | {{ :talks:haverkort_success_2017_02.pptx |Success les Houches 2017 part 2 [57.8 Mb]}}\\ | ||
| ==== Introduction to spin-orbit coupling - summer school lecture ==== | ==== Introduction to spin-orbit coupling - summer school lecture ==== | ||