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6th European Summer School on Experimental Nuclear Astrophysics

→ Europe/Rome
Description
We have the pleasure to announce the 6th European Summer School on Experimental Nuclear Astrophysics, devoted to the education of young researchers. The school will deal with various aspects of primordial and stellar nucleosynthesis, including novel experimental approaches, indirect methods, and radioactive ion beams. Furthermore, we plan to have lectures on complementary subjects of astrophysics such as gamma ray astronomy, dark matter and cosmic rays.
Announcements
Final announcement
Participants
  • Abhishek Yadav
  • Agata Trovato
  • AGNES NGO BOOG
  • Alain Coc
  • Alejandro Szanto de Toledo
  • Alessandra Guglielmetti
  • Alexandra Spiridon
  • ALI NICOCOUP ABDOULAYE
  • Amgad Nasr
  • Andrii Chaus
  • Anthony Kuchera
  • Antonello Anzalone
  • Arvind Deepak Sabharwal
  • Aurora Tumino
  • Baha Balantekin
  • Beyhan BASTIN
  • Carlos Bertulani
  • Christian Fernando Mejía Guamán
  • Christina Weiss
  • Claudia Lederer
  • Claudio Spitaleri
  • Dan Irvine
  • Daniel Doherty
  • Daniel Santiago
  • Daniel Schuermann
  • David Mountford
  • David Scott
  • DJOUHRI Nawel
  • EDWIN TEPUE NDIKUM
  • Ellen Simmons
  • Endre Somorjai
  • Faïrouz Hammache
  • Gaetano Agnello
  • Ganna Ivashchenko
  • GEORGE PROVATAS
  • GHINA Mahmoud
  • Gianluca Imbriani
  • Giovanni Di Perna
  • Giovanni Luca Guardo
  • Giuseppe Gabriele Rapisarda
  • goldberg vladilen
  • Grigory Rogachev
  • HARSH NAYAK
  • hassan fattahi
  • Helena David
  • Ievgen Vovk
  • iolanda indelicato
  • Iurii Babyk
  • Ivana Sangiorgio
  • Javier Praena
  • Jelena Gajević
  • Jordi Jose
  • JOSEPH EMMANUEL BIKOE
  • JOSEPHINE CAROLE NGA
  • Jyutaro Suzuki
  • KAMAL CHHAYA
  • Kamil Cınar
  • Karl-Ludwig Kratz
  • Koji Noda
  • Krishna Kumar Pathak
  • Leonardo Guerro
  • LIVIO LAMIA
  • Livius Trache
  • Lucio Gialanella
  • Mandira Sinha
  • Marcello Lattuada
  • marco la cognata
  • Marco Pignatari
  • Maria Letizia Pumo
  • Maria Letizia Sergi
  • Marialuisa Aliotta
  • Markus Norrby
  • Mateusz Kaczmarski
  • Matthieu Gounelle
  • Maurizio Busso
  • Md Tofiz Md Tofiz Uddin
  • Melina Avila
  • Mounib El Eid
  • Mukesh Kumar Pradhan
  • Muneeb Ur Rahman
  • Mustafa Bozkurt
  • Neha Gupta
  • Neila Zarrouk
  • Nelly Puglia
  • NIKIT DESHMUKH
  • OLASUNKANMI OLORUNTOBA OGUNMAKIN
  • Oliver Hallmann
  • olivier sorlin
  • Oscar Straniero
  • Oscar Trippella
  • OUFNI Lhoucine
  • OUFNI Lhoucine
  • PABLO JIMENEZ BONILLA
  • Peter Schillebeeckx
  • Peter Schillebeeckx
  • Philip Woods
  • PRASANTA KUMAR RATH
  • Richard Cyburt
  • Richard E Azuma
  • Rishi Kumar Tiwari
  • Ritesh Kshetri
  • Riwaj Pokhrel
  • Roberta Spartà
  • Rohit Sharma
  • Roland Diehl
  • ROSARIO GIANLUCA PIZZONE
  • Salvatore Tudisco
  • Sara Palmerini
  • seyed mohammad golgoun
  • Shawn Bishop
  • Shinya Wanajo
  • Silvio CHERUBINI
  • Sotirios Harissopulos
  • Stefano Romano
  • t uui
  • Taka Kajino
  • Tohru Motobayashi
  • Umberto Lombardo
  • Utsab Shrestha
  • Utsav Kandel
  • Uzma Tabassam
  • VARVARA FOTEINOU
  • Vincenzo Greco
  • Volodymyr Iurasov
  • whrxrimqyss whrxrimqyss
  • William Raphael Hix
  • Yehuwdah CHAD-UMOREN
  • ZACHEE KEMGANG
  • Zsolt Fulop
Support
  • Monday, 19 September
    • 1
      R. Cyburt “Introduction to nuclear Astrophysics I”
      Slides
    • 2
      R. Cyburt “Introduction to nuclear Astrophysics II”
      Slides
    • 3
      O. Straniero “Introduction to Stellar Evolution I”
    • 4
      O. Straniero “Introduction to Stellar Evolution II”
    • 5
      R. Gallino “Introduction to the s-process”
      Slides
    • 6
      K.L. Kratz “Introduction to the r-process”
      Slides
    • Contributions from young researchers
      • 7
        V. Foteinou “Proton capture reaction cross sections for the p process”
      • 8
        G. Provatas “Cross-section measurements of alpha capture reactions relevant to p-process nucleosynthesis”
      • 9
        G. Ivashchenko “Properties of intrinsic quasar spectra within the HI Ly-alpha forest region”
        Slides
  • Tuesday, 20 September
    • 10
      J. Josè “General Theory on Novae I”
    • 11
      J. Josè “General Theory on Novae II”
    • 12
      G. Rogachev “Detectors for experimental nuclear astrophysics I”
    • 13
      G. Rogachev “Detectors for experimental nuclear astrophysics II”
    • 14
      M. Limongi “12C+12C reaction and astrophysical implications”
      Slides
    • 15
      P. Schillebeeckx “TOF experiments to support nuclear astrophysics”
      Slides
    • Contributions from young researchers
      • 16
        C. Lederer “Neutron capture cross section of the s process branch point nucleus 63Ni at n_TOF/CERN”
        Slides
      • 17
        R. Kshetri “High energy response of TIGRESS detectors”
        Slides
      • 18
        A. Nasr “Space charge effect in the Multi-ionization chamber response signal”
        Slides
      • 19
        C. Weiss “A CVD diamond detector for (n,alpha) cross section measurements”
        Slides
  • Wednesday, 21 September
    • 20
      T. Kajino “Big Bang Models I”
      Slides
    • 21
      T. Kajino “Big Bang Models II”
    • 22
      A. Coc “Primordial Nucleosyntheis: theory vs observations I”
    • 23
      A. Coc “Primordial Nucleosyntheis: theory vs observations II”
    • 24
      M. El Eid “Heavy-ion element synthesis and cosmology”
      Slides
    • 25
      W.R. Hix “Core-collapse Supernovae”
    • 26
      S. Wanajo “Core-collapse supernovae (and neutron star mergers) as the origin of elements beyond iron”
    • Contributions from young researchers
      • 27
        J. Suzuki “Cosmic History of Core-Collapse Supernovae and Supernova Relic Neutrinos”
        Slides
      • 28
        J. Gajevic “Electron screening in Al and Ni metals”
        Slides
      • 29
        M. Kaczmarski “New Experimental Results for the Enhanced Electron Screening in the Deuteron Fusion Reactions under UHV Conditions”
        Slides
  • Thursday, 22 September
    • 30
      C. Bertulani “Theory of the Coulomb Dissociation I”
      Slides
    • 31
      C. Bertulani “Theory of the Coulomb Dissociation II”
      Slides
    • 32
      A. Szanto de Toledo “Experimental studies for nuclear astrophysics”
    • Contributions from young researchers
      • 33
        D. Santiago “Triple configuration coexistence in 44S”
        Slides
      • 34
        M. Avila “Alpha-clustering in 18O”
        Slides
      • 35
        A. Kuchera “Molecular structures in isobaric analog states of 10B”
        Slides
      • 36
        H. David “A new technique for studies of highly proton rich nuclei in the region of the astrophysical rp-process”
        Slides
    • 37
      O. Sorlin “Nuclear forces and shell evolution towards drip line”
    • 38
      L. Trache “The ANC method in nuclear astrophysics”
      Slides
    • 39
      Y. Fujita “Weak interaction in nuclear astrophysics”
      Slides
    • 40
      G. Imbriani “Standard Solar Model data needs”
  • Friday, 23 September
    • 41
      L. Trache “Decay spectroscopic for nuclear astrophysics”
      Slides
    • 42
      F. Hammache “Transfer reactions as a tool for nuclear astrophysics”
      Slides
    • 43
      T. Motobayashi “Recent results from CD experiments”
      Slides
    • 44
      S. Kubono “Recent results on explosive nucleosynthesis with low-energy RIbeams”
      Slides
    • 45
      M. Gounelle “Short-lived radionuclides”
    • 46
      C. Spitaleri “The Trojan Horse Method: a how-to approach”
    • 47
      C. Spitaleri “The Trojan Horse Method: a how-to approach”
    • Contributions from young researchers
      • 48
        Simmons “The Beta Delayed Proton and Gamma Decay of 27P For Nuclear Astrophysics”
      • 49
        A. Spiridon “A new detection system for very low-energy protons from β- delayed proton decay”
      • 50
        I. Indelicato “Study of the 19F(p,α)16O reaction”
      • 51
        G.L. Guardo “Study of the 17O(n,α)14C reaction: extension of the Trojan Horse Method to neutron induced reactions”
        Slides
  • Saturday, 24 September
    • 52
      M. Busso “Introduction to the s-proces I”
    • 53
      M. Busso “Introduction to the s-proces II”
    • 54
      R. Diehl “Astronomy with cosmic nuclei”
    • 55
      S. Bishop “Recent results on novae nucleosynthesis”
      Slides
    • 56
      P.J. Woods “Experiments in explosive nuclear astrophysics”
      Paper
    • Contributions from young researchers
      • 57
        D. Schuermann “Study of the 6.05 MeV cascade transition in 12C(α,γ)16O”
        Slides
      • 58
        L. Lamia “Recent results on the 11B(p,α)8Be reaction studied through the THM: S(E)-factor and electron screening measurements.”
        Slides
      • 59
        M. La Cognata “Modified r-matrix analysis of the 19F(p,α)16O HOES reaction”
        Slides
      • 60
        D. Scott “Underground Measurement of the 17O(p,γ)18F Reaction”
        Slides
      • 61
        D. Mountford “Resonances in 19Ne with relevance to the astrophysically important 18F(p,α)15O reaction”
        Slides
      • 62
        D. Doherty “γ- spectroscopic study of key resonances in 31S for the 30P(p,γ)31S reaction in ONe novae”
        Slides
      • 63
        G. Mahmoud “Study of the Thermal Pulsation of AGB Stars”
        Slides
      • 64
        M.K. Pradhan “Influence of projectile breakup on fusion with 159Tb target”
        Slides
      • 65
        M. Norrby “Alpha-particle Resonances and Alpha-clusters in Medium Light Nuclei”
        more information
  • Monday, 26 September
    • 66
      K.H. Langanke “Core collapse Supernovae”
    • 67
      M. Aliotta “Underground laboratories”
      Slides
    • 68
      A. Guglielmetti “Nuclear astrophysics at LUNA: recent results”
      Slides
    • 69
      L. Gialanella “Nuclear astrophysics with recoil separators”
      Slides
    • 70
      Z. Fulop “General Introduction to the p-process”
      Slides
      Video
    • 71
      S. Harissopulos “Nuclear physics aspects of p-process nucleosynthesis: an experimentalist’s (over)view”
    • 72
      S. Cherubini “Measurements of the 8Li(α,n)11B reaction and astrophysical implications”
      Slides
    • 73
      R.G. Pizzone “Trojan Horse Method and its role in the electron screening effect investigation”
    • 74
      C. Rolfs “Concluding remarks”
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