November 28, 2022 to December 1, 2022
Europe/Berlin timezone

Contribution List

69 out of 69 displayed
  1. Andreas Burkert (LMU), Stephan Paul (TUM)
    11/28/22, 1:30 PM
  2. Stephan Koenigstorfer (TUM)
    11/28/22, 1:40 PM
  3. Annalena Salditt (LMU)
    11/28/22, 1:55 PM
  4. Jonas Wuerzinger (TUM, ODSL)
    11/28/22, 2:10 PM
  5. Giulia Roccetti (LMU/ESO)
    11/28/22, 2:25 PM
  6. Moritz Fischer (USM/LMU)
    11/28/22, 2:40 PM
  7. Thorsten Naab (Max-Planck-Institute for Astrophysics)
    11/28/22, 2:55 PM
  8. Anthony Hartin (LMU)
    11/28/22, 3:10 PM
  9. Peter Predehl (MPE)
    11/28/22, 3:55 PM
  10. Riccardo Arcodia (MPE)
    11/28/22, 4:05 PM

    Riccardo's thesis focused on accretion of matter onto black holes of different masses. It studied one of the most known, yet still unexplained, observational relations in active super-massive black holes and compared it with observations of their stellar-mass relative. It made use of the newly-launched eROSITA X-ray telescope to study a new class of transient accretion events around black...

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  11. Philipp Reiss (TUM)
    11/28/22, 4:35 PM
  12. Ulrich Gerland (TUM)
    11/28/22, 5:00 PM
  13. Jochen Kuhn (LMU)
    11/28/22, 5:30 PM
  14. Bruno Leibundgut (ESO)
    11/28/22, 8:30 PM
  15. Eric Emsellem (ESO)
    11/29/22, 9:00 AM
  16. Amelia Bayo (ESO)
    11/29/22, 9:25 AM
  17. Barbara Ercolano
    11/29/22, 9:50 AM
  18. Jonathan Tennyson (UCL)
    11/29/22, 10:15 AM

    The Twinkle Space Mission is a space-based observatory that has been conceived to measure the composition of solar system objects, exoplanets, protoplanetary disks and stars. The satellite is based on a high-heritage platform and will carry a 0.45 m telescope with a visible and infrared spectrograph providing simultaneous wavelength coverage from 0.5 - 4.5 μm. The spacecraft will be launched...

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  19. Roland Riek (ETH)
    11/29/22, 11:15 AM
  20. Don Dingwell (LMU), Yan Lavallee (LMU Munich)
    11/29/22, 11:45 AM
  21. Hermann Gaub (LMU)
    11/29/22, 2:15 PM
  22. Alan Ianeselli (LMU)
    11/29/22, 2:25 PM

    Liquid water plays an active role in shaping molecular evolution during the Origin of Life. Water cycles under a Hadean CO2 atmosphere create fluctuations in the salinity, pH and temperature that drive the replication and evolution of long DNA sequences. The water cycles at the millimeter-scale also affect the assembly, division and selection of coacervate protocells.

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  23. Dieter Braun (LMU Munich)
    11/29/22, 2:55 PM
  24. Petra Schwille (MPIB)
    11/29/22, 3:15 PM
  25. Erwin Frey (LMU)
    11/29/22, 3:30 PM
  26. Erwin Frey (LMU)
    11/29/22, 4:10 PM
  27. Steffen Rulands (LMU)
    11/29/22, 4:35 PM
  28. Thomas Kuhr (LMU)
    11/30/22, 9:00 AM
  29. Ante Bilandzic (Technical University of Munich)
    11/30/22, 9:25 AM

    An important ongoing program in high-energy nuclear physics is the exploration of the phase diagram of quantum chromodynamics (QCD) at large values of temperature and/or densities. In that regime, QCD predicts the existence of a quark-gluon plasma (QGP) state, in which quarks are deconfined and can move freely over distances comparable with the size of hadrons. Results from heavy-ion collision...

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  30. Mathias Garny (TUM)
    11/30/22, 9:55 AM
  31. Henrique Rubira (TUM)
    11/30/22, 10:20 AM
  32. Andreas Weiler (TU Munich)
    11/30/22, 11:15 AM
  33. Christoph Wiesinger (MPP, TUM)
    11/30/22, 11:40 AM
  34. Elisa Resconi (TUM)
    11/30/22, 12:00 PM
  35. Chiara Bellenghi (TUM)
    11/30/22, 12:15 PM
  36. Eleonora Bianchi (Excellence Cluster ORIGINS)
    11/30/22, 2:15 PM
  37. Alex Ruf (Excellence Cluster ORIGINS)
    11/30/22, 2:35 PM
  38. Karan Molaverdikhani (USM/LMU)
    11/30/22, 2:55 PM
  39. Andreas Burkert (LMU), Stephan Paul (TUM)
    11/30/22, 3:15 PM
  40. Ina Haneburger (Cluster of Excellence ORIGINS), Alice Smith-Gicklhorn (Excellence Cluster ORIGINS), Odele Straub, Stefan Waldenmaier (Excellence Cluster ORIGINS)
    11/30/22, 3:30 PM
  41. Dieter Braun (LMU Munich)
    11/30/22, 4:45 PM
  42. Lukas Heinrich (TUM)
    11/30/22, 5:00 PM
  43. Martin Losekamm (Technische Universität München)
    11/30/22, 5:15 PM
  44. Klaus Dolag (MPA)
    11/30/22, 5:30 PM
  45. Andreas Weiler (TUM)
    11/30/22, 5:45 PM
  46. Jochen Weller (LMU)
    12/1/22, 9:00 AM
  47. Dr Caroline Heneka (Institute of Theoretical Physics, University of Heidelberg)
    12/1/22, 9:25 AM
  48. Ariel Sanchez (MPE)
    12/1/22, 9:55 AM
  49. Subhabrata Majumdar (Tata Institute for Fundamental Research (TIFR), Mumbai, ORIGINS Guest)
    12/1/22, 10:15 AM
  50. Dieter Luest (LMU-Munich)
    12/1/22, 11:15 AM
  51. Johannes Buchner (MPE)
    12/1/22, 11:45 AM
  52. Klaus Dolag (MPA)
    12/1/22, 1:30 PM
  53. Ludwig Boess (USM/LMU)
    12/1/22, 1:55 PM
  54. Laura Fabbietti (TUM)
    12/1/22, 2:10 PM
  55. Sajad Abbar (MPP)
    12/1/22, 2:35 PM
  56. Magnus Mager (CERN)
    12/1/22, 3:00 PM
  57. 12/1/22, 4:00 PM
  58. Eleonora Bianchi (ORIGINS Vera Rubin Fellow)
  59. Yan Lavallée (LMU)
  60. Alexander Ruf (ORIGINS Fellow)