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Theoretical Physics Schools (ASC)

Every year the Arnold Sommerfeld Center (ASC) for Theoretical Physics at the LMU in Munich organizes a school for PhD students. It covers topics which are of current interest in theoretical physics and range from more applied fields like condensed matter physics to rather mathematical fields like string theory. Announcements of upcoming schools can be found on the ASC schools webpage and a list of past schools can be found in the archive of the ASC schools.

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  1. 253

    Detecting, quantifying and interpreting entanglement: (2) the multipartite case

  2. 252

    Detecting, quantifying and interpreting entanglement: (1) the bipartite case

  3. 251

    Topological quantum computing with Majorana fermions

  4. 250

    Scaling photonic systems for quantum information processing

  5. 249

    Quantum networks: theoretical foundations, practical implementations

  6. 248

    Experimental Quantum Simulation with Neutral Atoms

  7. 247

    A quantum computer based on trapped ions: status and prospects

  8. 246

    Quantum Computing with Atomic Qubit Arrays

  9. 245

    Quantum error correction, part 2

  10. 244

    Quantum algorithms, part 2

  11. 243

    Applications of quantum computing for quantum chemistry

  12. 242

    Quantum Error Correction with Superconducting Circuits

  13. 241

    Quantum error correction, part 1

  14. 240

    Quantum algorithms, part 1

  15. 239

    Engineering flat-bands in moiré materials, part 2

  16. 238

    Theory of SU(N) Systems, part 2

  17. 237

    Beyond (typical) FHM with ultracold Yb atoms in optical lattices

  18. 236

    1/4 is the new 1/2: Topology and Strong Interactions

  19. 235

    Introduction to DMRG and Tensor networks, part 2

  20. 234

    Quantum Monte Carlo methods for fermion Hamiltonians with sign problem, and applications in the Hubbard model, part 2

  21. 233

    Theory of SU(N) Systems, part 1

  22. 232

    Quantum many-body physics with cold atoms and molecules, part 2

  23. 231

    Quantum Monte Carlo methods for fermion Hamiltonians with sign problem, and applications in the Hubbard model, part 1

  24. 230

    Quantum many-body physics with cold atoms and molecules, part 1

  25. 229

    Introduction to DMRG and Tensor networks, part 1

  26. 228

    Solving the Mott Problem

  27. 227

    Beyond DMFT: weak and strong coupling pseudogaps and fluctuation diagnostics

  28. 226

    Quantum simulation with bosonic atoms in optical lattices under the microscope

  29. 225

    Engineering flat-bands in moiré materials, part 1

  30. 224

    Quantum gas microscopy of the Fermi-Hubbard model: probing strongly correlated states

  31. 223

    The dynamical mean-field description of strong correlations

  32. 222

    An introduction to the Swampland, part 1 (2nd half)

  33. 221

    Finiteness, Complexity, and the Swampland, part 2

  34. 220

    Emergent Strings, the Weak Gravity Conjecture and their imprint in geometry, part 2

  35. 219

    An introduction to the species scale in quantum gravity and string theory

  36. 218

    S-matrix implications for fundamental physics and cosmology

  37. 217

    Emergent Strings, the Weak Gravity Conjecture and their imprint in geometry, part 1

  38. 216

    Finiteness, Complexity, and the Swampland, part 1

  39. 215

    Distance Conjecture and the Species Scale

  40. 214

    Swampland Implications for Particle Physics, part 2

  41. 213

    Swampland and Cosmological Observations

  42. 212

    The string theory landscape, part 2

  43. 211

    An introduction to the Swampland, part 2

  44. 210

    An introduction to the Swampland, part 1 (1st half)

  45. 209

    The string theory landscape, part 1

  46. 208

    Swampland Implications for Particle Physics, part 1

  47. 207

    NetKetl: hands-on tutorial on neural network quantum states

  48. 206

    Tutorial on boosting event generation & unfolding with generative networks, part 2

  49. 205

    Neural network quantum states: from ground states to dynamics, part 2

  50. 204

    Tutorial on boosting event generation & unfolding with generative networks, part 1

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ABOUT THIS SHOW

Every year the Arnold Sommerfeld Center (ASC) for Theoretical Physics at the LMU in Munich organizes a school for PhD students. It covers topics which are of current interest in theoretical physics and range from more applied fields like condensed matter physics to rather mathematical fields like string theory. Announcements of upcoming schools can be found on the ASC schools webpage and a list of past schools can be found in the archive of the ASC schools.

HOSTED BY

The Arnold Sommerfeld Center for Theoretical Physics (ASC)

Produced by Ludwig-Maximilians-Universität Munich

Frequently Asked Questions

How many episodes does Theoretical Physics Schools (ASC) have?

Theoretical Physics Schools (ASC) currently has 50 episodes available on PodParley. New episodes are automatically indexed when they're published to the podcast feed.

What is Theoretical Physics Schools (ASC) about?

Every year the Arnold Sommerfeld Center (ASC) for Theoretical Physics at the LMU in Munich organizes a school for PhD students. It covers topics which are of current interest in theoretical physics and range from more applied fields like condensed matter physics to rather mathematical fields like...

How often does Theoretical Physics Schools (ASC) release new episodes?

Theoretical Physics Schools (ASC) has 50 episodes. Check the episode list to see recent publication dates and frequency.

Where can I listen to Theoretical Physics Schools (ASC)?

You can listen to Theoretical Physics Schools (ASC) on PodParley by clicking any episode. We provide an embedded audio player for direct listening, and you can also subscribe via your preferred podcast app using the RSS feed.

Who hosts Theoretical Physics Schools (ASC)?

Theoretical Physics Schools (ASC) is created and hosted by The Arnold Sommerfeld Center for Theoretical Physics (ASC).
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