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16th Rußbach School on Nuclear Astrophysics, March 2019

10–16 Mar 2019
Rußbach am Paß Gschütt, Austria
Europe/Berlin timezone
16th Rußbach School on Nuclear Astrophysics Open for Registration

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Contribution List

50 out of 50 displayed
  1. 36. 12321 models of classical Novae
    J. Jose
  2. 50. 26Al yields from massive binary stars
    H. Brinkman
  3. 6. A new experimental technique for the study of 16N β-delayed α-decay
    S. Cherubini
  4. 17. BEGA: a β-ɣ coincidence system to measure cross sections for short-lived activities
    D. Tudor
  5. 48. Beta-delayed neutron measurements for astrophysics
    J.L. Tain
  6. 34. Catching the chemical signatures of the first stars
    S. Salvadori
  7. 18. Complete spectroscopy of 31Si for nuclear astrophysics
    I.-C. Stefanescu
  8. 39. Core collapse supernovae: a status report
    E. Müller
  9. 47. Cosmic evolution of r-process abundance pattern: contribution from supernovae and neutron star mergers
    Y. Yamazaki
  10. 11. Electron capture rates at finite temperature
    A. Ravlic
  11. 52. Epilogue: the 3 ENNAS schools - past, present and future
    L. Trache
  12. 21. First direct measurement of the reaction 56Ni(α,p)59Cu for X-ray bursts
    L. Wagner
  13. 4. From the first stars to the birth of the solar system
    G. Meynet
  14. 25. High intensity neutron-beams and nucleosynthesis studies as CERN
    M. Barbagallo
  15. 28. History of the Mineo meteorite: from the origin to the lab
    A. Zucchini
  16. 38. ICP-MS measurements of rare earth elements used as indicators for paleoenvironmental redox conditions and mass concentration of terrestrial supernova actinides
    I.M. Stanciu
  17. 42. Influence of the magnetic field on magnetar crust
    Y. Mutafchieva
  18. 13. Insights into the statistical ɣ-decay behaviour of 108Cd via radiative capture
    F. Heim
  19. 16. Investigation of (α,ɣ) reaction cross sections of Ru isotopes
    M. Körschgen
  20. 14. Investigation of the total cross section of the 93Nb(p,ɣ)94Mo reaction
    M. Müller
  21. 24. Laboratory magnetoplasmas for astrophysics and nuclear astrophysics research
    D. Mascali
  22. 27. Laboratory studies of meteorites and presolar grains
    R. Trappitsch
  23. 51. Learning about the ISM from Nuclear Decay Lines
    M. Pleintinger
  24. 45. Lessons from the first observed neutron star merger
    S. Rosswog
  25. 33. Measuring the expansion rate of the Universe: Is “Hubble’s constant” constant?
    W. Hillebrandt
  26. 37. Neutrino self-interaction and MSW effects on the supernova neutrino process
    H. Ko
  27. 41. Neutron star masses and radii: constraints on the equation of state and ultradense matter
    M. Linares
  28. 29. Neutrons for cosmochemistry - identification of impacting asteroids
    G. Schmidt
  29. 43. Nuclear abundances in magnetar crusts
    Z. Stoyanov
  30. 46. Nuclear experiments and the neutron star merger
    A. Aprahamian
  31. 9. Nuclear reactions at low energies
    M. Lipoglavsek
  32. 35. Nucleosynthesis in first stars and the on-set of chemical evolution
    M. Wiescher
  33. 49. Observations of cosmic nuclei through gamma-ray line spectroscopy
    R. Diehl
  34. 8. Preparation for studying the direct 3α decay of the second 0+ state in 12C with the Lund - York - Cologne Calorimeter
    M. Ravar
  35. 26. Presolar grains and their stellar origins
    N. Liu
  36. 12. Radiative charged-particle reaction studies for the nucleosynthesis of heavy isotopes
    P. Scholz
  37. 19. Rare isotope experiments in nuclear astrophysics
    H. Schatz
  38. 22. s-Process nucleosynthesis for ATON
    A. Yagüe López
  39. 44. s-Processing from MHD-induced mixing and isotopic abundances in presolar SiC grains
    S. Palmerini
  40. 15. Small accelerators used in nuclear astrophysicsSmall accelerators used in nuclear astrophysics
    M. Straticiuc
  41. 3. Stellar evolution in a nutshell: main ideas for application in stellar nucleosynthesis
    G. Meynet
  42. 10. The 12C + 12C fusion reaction at astrophysical energies
    S. Courtin
  43. 23. The composition of Ba stars in the s-process in AGB stars
    B. Cseh
  44. 30. The mass of type II supernova progenitors; hints for new physics?
    O. Straniero
  45. 31. The progenitors of thermonuclear supernovae: an observer’s perspective
    F. Patat
  46. 32. The single degenerate channel to type Ia supernova explosions: the modeller point of view
    D. Garcia-Senz
  47. 5. The Trojan Horse Method (THM): basics and recent results
    S. Cherubini
  48. 7. Transfer reactions as an indirect method in nuclear astrophysics
    A. Spiridon
  49. 40. When stars attack: Near-earth supernova revealed by geological and lunar 60Fe radioisotopes
    B. Fields
  50. 20. X-ray bursts in the laboratory
    K. Schmidt