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Vorlesung vom 25.01.2021
01:45:05
- 14
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Wintersemester 2007/2008 (19.10.2007)
52:24
- 17
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Wintersemester 2009/2010 (16.10.2009)
01:02:42
- 14
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Wintersemester 2010/2011 (15.10.2010)
54:34
- 12
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Wintersemester 2011/2012 (21.10.2011)
58:19
- 13
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Wintersemester 2012/2013 (19.10.2012)
58:29
- 10
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Wintersemester 2013/2014 (18.10.2013)
51:47
- 13
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Wintersemester 2015/2016 (16.10.2015)
02:02:03
- 11
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Wintersemester 2014/2015 (24.10.2014)
58:19
- 9
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Vorlesung vom 20.01.2021
01:57:27
- 31
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Vorlesung vom 18.01.2021
01:37:52
- 28
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Shut Up and Calculate! Really?
50:11
- 16
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Vorlesung vom 13.01.2021
01:40:33
- 65
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Vorlesung vom 11.01.2021
01:40:29
- 70
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Vorlesung vom 16.12.2020
01:55:39
- 97
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Vorlesung vom 14.12.2020
01:49:36
- 91
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Vorlesung vom 09.12.2020
01:43:46
- 94
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Vorlesung vom 07.12.2020
01:47:09
- 93
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Dark Matter Axions: Where do they come from and how to detect them
01:03:05
- 25
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Vorlesung vom 02.12.2020
01:50:01
- 75
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Vorlesung vom 30.11.2020
01:50:13
- 77
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Exploring Coherences in Molecules and Photosynthetic Complexes
40:59
- 28
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Machine Learning Meets Quantum Physics
53:15
- 210
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Soft Matter: Topological Constraints Do Matter
54:09
- 85
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Shining Light on Dark Matter
48:29
- 74
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Open Transmission Channels: A Window for Imaging in Scattering Media
58:20
- 47
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Modern Approaches to Precision Phenomenology at Particle Colliders
49:31
- 58
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Equilibrium and Flow Properties of Ring Polymers
49:09
- 138
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Trapping Ions and Neutral Atoms with Light Fields
49:02
- 75
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Thinking About Nothing: Interpretations of the Quantum Vacuum
44:09
- 100
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Non-Equilibrium Dynamics of Living Soft Matter on Atomic Scales
38:37
- 214
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Molecular Lego: The Power of self-assembly
47:48
- 84
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Emerge and Self-Organisation in Biological Systems
47:39
- 99
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Explosions on the Sun
36:44
- 74
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Emergence and Self-Organisation in Biological Systems
47:40
- 94
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Emergence and Self-Organisation in Biological Systems
47:39
- 92
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Experiments with Antimatter: Recent Advances from the ALPHA Collaboration
39:12
- 107
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How to Model DNA Translocation through Nanopores – A Multiscale Simulational Exploration
53:09
- 109
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Critical Casimir Forces
53:50
- 78
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From Optical Breakdown to Relativistic Plasma Mirrors: The Story of a Piece of Glass in an Intense Laser Field
57:01
- 92
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Die politische Verantwortung der Wissenschaft am Beispiel Carl Friedrich von Weizsäckers (1912-2007) Dokumentarfilm (D/CH 2017)
01:18:10
- 103
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Anti-Matter in Cosmic Rays
55:20
- 51
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Seeing Atoms and Electrons in Space and Time
47:37
- 113
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Towards a Unitary and Renormalizable Quantum Theory of Gravity
38:45
- 150
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A Statistical Mechanics Approach to Evolution - are there Ergodic Dynamics in Genotype Space?
48:59
- 158
