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Machine Learning Meets Quantum Physics

53:15
- 134
Soft Matter: Topological Constraints Do Matter

54:09
- 63
Shining Light on Dark Matter

48:29
- 51
Open Transmission Channels: A Window for Imaging in Scattering Media

58:20
- 40
Modern Approaches to Precision Phenomenology at Particle Colliders

49:31
- 39
Equilibrium and Flow Properties of Ring Polymers

49:09
- 109
Trapping Ions and Neutral Atoms with Light Fields

49:02
- 63
Thinking About Nothing: Interpretations of the Quantum Vacuum

44:09
- 69
Non-Equilibrium Dynamics of Living Soft Matter on Atomic Scales

38:37
- 195
Molecular Lego: The Power of self-assembly

47:48
- 66
Emerge and Self-Organisation in Biological Systems

47:39
- 85
Explosions on the Sun

36:44
- 63
Emergence and Self-Organisation in Biological Systems

47:40
- 75
Emergence and Self-Organisation in Biological Systems

47:39
- 72
Experiments with Antimatter: Recent Advances from the ALPHA Collaboration

39:12
- 96
How to Model DNA Translocation through Nanopores – A Multiscale Simulational Exploration

53:09
- 89
Critical Casimir Forces

53:50
- 67
From Optical Breakdown to Relativistic Plasma Mirrors: The Story of a Piece of Glass in an Intense Laser Field

57:01
- 80
Die politische Verantwortung der Wissenschaft am Beispiel Carl Friedrich von Weizsäckers (1912-2007) Dokumentarfilm (D/CH 2017)

01:18:10
- 84
Anti-Matter in Cosmic Rays

55:20
- 41
Seeing Atoms and Electrons in Space and Time

47:37
- 101
Towards a Unitary and Renormalizable Quantum Theory of Gravity

38:45
- 129
A Statistical Mechanics Approach to Evolution - are there Ergodic Dynamics in Genotype Space?

48:59
- 142
Active Matter and Active Materials: Emerging behavior in Instrinsically out of Equilibrium Systems

51:33
- 127
Supernova Footprint on the Doorstep

47:55
- 100
Ultrafast Electron Microscopy and Diffraction

51:31
- 207
Science Thriller: The dramatic destiny of Alexander Mohrenstein-Ertel and the History of Elastrohydrodynamics

46:10
- 322
International Research Training Group "Cold Controlled Ensembles in Physics and Chemistry" IRTG 2079 CoCo

05:15
- 2330
Opto-Optical Modulation of Coherent XUV Pulses

39:34
- 101
Weihnachtsvorlesung

01:12
- 1224
X-Rays and Cold Ions: A Perfect Match to Study Spin and Charge in Gas-Phase Model Systems - from Metal Ions to Molecular Magnets

44:17
- 106
Exploring the Mechanism and Kineticsn of Nucleation Processes: From Crystallization to Cavitation

53:40
- 170
Computational Physics of Soft and Fluid Materials

43:44
- 178
Growing Supermassive Black Holes: Revealing the Monster's Diet

46:06
- 102
Microstructural MRI: In-Vivo Histology

54:33
- 191
Watching Proteins at Work with X-Ray Free Electron Lasers

48:22
- 122
Optimierte Energieverteilung - Anke Weidlich

04:35
- 304
Anke Weidlich - Control and Integration of Grids

04:35
- 269
"Did God have a choice when he created the world?" (Einstein)

43:43
- 323
Airborne Wind: Harvesting High-Altitude Wind Energy with Autonomous Drones

53:39
- 446
Materials Design Inspired by Theoretical Physics: From Schrödinger's Equations to Power Plants

45:29
- 142
Searches for Dark Matter at the Large Hadron Collieder

46:21
- 140
Size Controlled Si Quantum Dots

47:05
- 141
Quantum Transport in Nanostructures

49:43
- 453
Power Functional Theory for Brownian, Newtonian and Quantum Non-Equilibrium Systems

01:00:33
- 165

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Alle Medien

Machine Learning Meets Quantum Physics

Soft Matter: Topological Constraints Do Matter

Shining Light on Dark Matter

Open Transmission Channels: A Window for Imaging in Scattering Media

Modern Approaches to Precision Phenomenology at Particle Colliders

Equilibrium and Flow Properties of Ring Polymers

Trapping Ions and Neutral Atoms with Light Fields

Thinking About Nothing: Interpretations of the Quantum Vacuum

Non-Equilibrium Dynamics of Living Soft Matter on Atomic Scales

Molecular Lego: The Power of self-assembly

Emerge and Self-Organisation in Biological Systems

Explosions on the Sun

Emergence and Self-Organisation in Biological Systems

Emergence and Self-Organisation in Biological Systems

Experiments with Antimatter: Recent Advances from the ALPHA Collaboration

How to Model DNA Translocation through Nanopores – A Multiscale Simulational Exploration

Critical Casimir Forces

From Optical Breakdown to Relativistic Plasma Mirrors: The Story of a Piece of Glass in an Intense Laser Field

Die politische Verantwortung der Wissenschaft am Beispiel Carl Friedrich von Weizsäckers (1912-2007) Dokumentarfilm (D/CH 2017)

Anti-Matter in Cosmic Rays

Seeing Atoms and Electrons in Space and Time

Towards a Unitary and Renormalizable Quantum Theory of Gravity

A Statistical Mechanics Approach to Evolution - are there Ergodic Dynamics in Genotype Space?

Active Matter and Active Materials: Emerging behavior in Instrinsically out of Equilibrium Systems

Supernova Footprint on the Doorstep

Ultrafast Electron Microscopy and Diffraction

Science Thriller: The dramatic destiny of Alexander Mohrenstein-Ertel and the History of Elastrohydrodynamics

International Research Training Group "Cold Controlled Ensembles in Physics and Chemistry" IRTG 2079 CoCo

Opto-Optical Modulation of Coherent XUV Pulses

Weihnachtsvorlesung

X-Rays and Cold Ions: A Perfect Match to Study Spin and Charge in Gas-Phase Model Systems - from Metal Ions to Molecular Magnets

Exploring the Mechanism and Kineticsn of Nucleation Processes: From Crystallization to Cavitation

Computational Physics of Soft and Fluid Materials

Growing Supermassive Black Holes: Revealing the Monster's Diet

Microstructural MRI: In-Vivo Histology

Watching Proteins at Work with X-Ray Free Electron Lasers

Optimierte Energieverteilung - Anke Weidlich

Anke Weidlich - Control and Integration of Grids

"Did God have a choice when he created the world?" (Einstein)

Airborne Wind: Harvesting High-Altitude Wind Energy with Autonomous Drones

Materials Design Inspired by Theoretical Physics: From Schrödinger's Equations to Power Plants

Searches for Dark Matter at the Large Hadron Collieder

Size Controlled Si Quantum Dots

Quantum Transport in Nanostructures

Power Functional Theory for Brownian, Newtonian and Quantum Non-Equilibrium Systems