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Sommerfeld Theory Colloquium (ASC) — 146 episodes · page 1 of 2

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Title
1

Chiral symmetry breaking, emergent Higgs mechanism, and critical matter

2

Precision Measurements of the Cosmic Microwave Background

3

The development of twistor geometry for the description of fundamental physics

4

Topological Superconductivity and Unconventional pairing in Oxide Interfaces

5

Higher Spin --- CFT duality

6

Searching for New Forces Using Torsion Pendula

7

A Closer Look at Black Holes

8

Higher-Spin Gravity and Higher Spin Black Holes in Three Dimensions

9

Einstein and Quantum Mechanics: It's Not What You Think

10

Statistical Physics and Information Theory : New Frontiers

11

Sommerfeld Lecture Series

12

Sommerfeld Theory Colloquium

13

Sommerfeld Theory Colloquium

14

Sommerfeld Theory Colloquium

15

Sommerfeld Theory Colloquium

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Arnold Sommerfeld Theory Colloquium

17

Arnold Sommerfeld Theory Colloquium

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Arnold Sommerfeld Theory Colloquium

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Sommerfeld Theory Colloquium

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Arnold Sommerfeld Theory Colloquium

21

Arnold Sommerfeld Theory Colloquium

22

Arnold Sommerfeld Theory Colloquium

23

Arnold Sommerfeld Theory Colloquium

24

Quantum Cryptography and Computational Thinking

25

Decoding Primordial Fluctuations

26

High-precision gravitational wave physics from worldline quantum field theory

27

The Denario Project: Deep knowledge AI agents for scientific discovery

28

Structured Vacuum Fluctuations: A New Pathway to Quantum Materials Design within QEDFT

29

Tensor Networks and Quantum Computers

30

Chemomechanical self-organization across scales in living systems

31

The search for the fundamental scale of gravity

32

Cosmological singularities, quantum chaos and prime numbers

33

Active feedback and functionality in model tissues

34

Mystery of highest energy particles in the Universe

35

Ecology and Perpetual Evolution in High Dimensions

36

Activating quantum matter

37

Primordial Black Holes After 50 Years: The Bright Side

38

Moire Systems as Quantum Simulators of Many Strongly Correlated System

39

What String Theory Teaches Us About Scattering amplitudes

40

Microscopic Bounds on Macroscopic Theories

41

Gravity as a Quantum Computer

42

From Quantum Scattering Amplitudes to Gravitational Wave Observables

43

Dark bubbles and black shells - the darkest corners of the universe in a new light

44

Thinking positively: the numerical quantum mechanical bootstrap

45

The erasure of topological defects and the saturation phenomenon

46

Can we tame the electronic Schrödinger equation?

47

The massless limit of massive gauge fields

48

Applications of Machine Learning and Neural Networks to Quantum Systems

49

Loop Blow-up Inflation

50

Advances and Challenges in Solving the Two-Body Problem in General Relativity

51

Ising’s Challenge and the Conformal Bootstrap

52

Resurgence and non-perturbative physics

53

What is String Theory?

54

Effects of electronic correlations in BaOsO3 and tetragonal CuO

55

Identifying the Time Scales in Electron-Positron Production from Ultra-Strong Electric Fields

56

The protein doctors: how chaperons repair damaged proteins

57

The Underlying Scaling Laws and Universal Statistical Structure of Complex Datasets

58

The Nobel Prizes in Physics in 1932/33: Heisenberg, Schrödinger and Dirac

59

Modern aspects of quantum physics and topology

60

Positivity constraints on theory space

61

Anomalous metals

62

Multispherical shapes, constant-mean-curvature surfaces, and the endoplasmic reticulum

63

New developments in supermembrane theory

64

Multi-scale fluctuations in non-equilibrium systems

65

Interplay between mechanics and chemistry in living systems

66

Deciphering the Beginning

67

Emergence of geometry and meaning, through gauge and strings dynamics

68

Fantastic periods and where to find them

69

The mathematics behind Feynman integrals

70

Chemically Active Wetting

71

The asymptotic structure of gravity at spatial infinity (D=4 and D>4)

72

How a physical system can be turned into a self-learning machine

73

How Much Structure Is Needed for Huge Quantum Speedups?

74

Symmetry in quantum gravity

75

What can we compute with quantum devices?

76

The "Flavor" of Particle Physics

77

Is Dark Matter made of Primordial Black Holes? JWST might tell!

78

Entanglement in complex quantum systems: From quantum information to many-body systems and back

79

Self-organization and self-assembly in biologically inspired non-equilibrium systems

80

From Bell's theorem to Quantum Networks

81

Limits of strong CP

82

Quantum simulators for fundamental physics

83

Hunting for the stochastic gravitational-wave background: Implications for astrophysics, high energy physics, and theories of gravity

84

Topological Phase Transitions in Population Dynamics

85

Searching for Cosmic Strings in New Observational Windows

86

Particle physics: Plan B

87

Re-examining Cosmic Acceleration

88

Branes, Islands, and Massive Gravitons

89

Conjectures on Quantum Gravity and their Realisation in String Theory

90

Playing with the building blocks of the Universe

91

Influence of the fermionic exchange symmetry in the 1-particle picture

92

Precision at the LHC: why and how

93

Topological phases of matter: From classification to detection in experiments

94

Quantum Gravity and the Swampland

95

Functional renormalization group approach to correlated fermion systems

96

Strange effects in the neutrino oscillations

97

Particle Scattering and Number Theory

98

Pulling Yourself by your Bootstraps in Quantum Field Theory

99

Space-Time-Matter: Finite Projective Geometry as a Quantum World with Elementary Particles

100

R-matrix Quantization of the Ruijsenaars-Schneider Models