
As an interdisciplinary meeting it promotes mutual understanding and collaboration over fields fundamental to solve a range of open questions, from the origin of the elements to stellar evolution.
Inherent part of the conference is a school devoted to students and young scientists where prominent scientists introduce the field of nuclear astrophysics to the participants.
Editors: Zoltán Elekes and Zsolt Fülöp
Intermediate Mass Stars |
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Stellar structure, evolution and nucleosynthesis
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Electron capture processes in intermediate mass stars
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Observational constraints on the nucleosynthesis in the more massive AGB star
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Presolar Grains |
Presolar graphite grains and their stellar origin
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Nuclear astrophysics with CHILI
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S-process |
Slow neutron captures as the signature of AGB stars
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Hunting the s-process branching points 147Pm, 171Tm and 204Tl at CERN
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Does the main component of the s-process in AGB stars constrain the neutron source in the 13C-pocket?
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R-process |
Nucleosynthesis: A field with still many open nuclear physics questions
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Nucleosynthesis in neutron rich neutrino-driven winds: Impact of (alpha,n) reactions on abundances from Sr to Ag
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$\beta$-decay of neutron-rich $Z \approx 60$ nuclei and the origin of Rare-Earth Elements
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Large scale evaluation of beta-decay rates of r-process nuclei
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The impact of nuclear masses near closed shells on r-process abundances
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Multidimensional simulations of core-collapse supernovae and
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Diversity of Abundance Patterns of Neutron-capture Elements in Very Metal-poor Stars
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The influence of fission on neutron star merger r-process and the position of the third r-process peak
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BBN / Cosmology |
Big bang nucleosynthesis
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6Li/7Li isotopic ratio in the most metal-poor binary CS22876-032
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Big Bang nucleosynthesis and the origin and evolution of space-time
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P-process |
P process overview: (p,gamma) and (alpha,gamma) reactions in regular and inverse kinematics
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Quantification of nuclear uncertainties in nucleosynthesis of elements beyond Iron
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Proton-capture reactions in thermonuclear supernovae and the p-process
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Measurement of the p-process branching point reaction 76Se(alpha,gamma)80Kr in inverse kinematics with Dragon
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Galactic Chemical Evolution |
Photoionized nebulae in the Local Group: Nucleosynthesis and chemical evolution
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The effect of radial gas flows on the chemical evolution of galaxies (The Milky Way and M31)
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The key role of SNIa at different metallicities for galactic chemical evolution of p-nuclei
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Accreting Neutron Stars |
Production of Nickel-56 in Merger Accretion Disk
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Rate and uncertainty of the 18Ne(alpha,p)21Na reaction from Monte-Carlo simulations
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Novae and SNIa |
Hybrid C-O-Ne White Dwarfs as Progenitors of Diverse SNe Ia
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Beta-delayed gamma decay measurements to probe thermonuclear astrophysical explosions
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Measurement of the Beta Decay of 26P to Determine Classical Nova 26Al Production in the Milky Way
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Nuclear Reactions at Low Energies |
Direct measurement of the 17O(p,alpha)14N reaction at energies of astrophysical interest at LUNA
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Toward a new indirect approach for nuclear astrophysics. A case study
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Felsenkeller shallow-underground accelerator laboratory for nuclear astrophysics
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Core-collapse Supernovae |
Role of neutrinos for the nucleosynthesis of heavy elements beyond iron in explosions of massive stars
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A Secondary Coulomb Machine Activating Core-Collapse Supernova Displays
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Early Stars |
New abundances from very old stars
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Stellar Yields of Rotating First Stars
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First Stars + AGB |
The first generations of stars
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Nuclear Data |
Astrophysics studies at the future ELI-NP European Research Center [EPJ A sponsored lecture]
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The new KADoNiS v1.0 and its influence on the s-process
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First nuclear astrophysics experiments with high-intensity neutrons from the liquid-lithium target LiLiT
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Supernovae |
Equations of state for dense and hot matter in compact stars and core collapse supernovae
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CHARGED CURRENT INTERACTIONS OF numu NEUTRINOS IN SUPERNOVA
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Solar Neutrinos |
Solar neutrinos: status and prospects
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Posters |
Large-scale Gogny-HFB calculation for r-process nucleosynthesis: towards a fully-converged microscopic mass table
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GCE AND SOLAR S-PROCESS ABUNDANCES: DEPENDENCE ON THE 13C-POCKET STRUCTURE
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Nucleosynthesis of Mo in neutrino-driven winds
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Shell-Model Studies of 22Mg and 30S at Excitations of Interest for the Thermonuclear Radiative Capture Reactions
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MHD as a driver for Mixing in AGB Stars
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17O hydrogen burning at the energies of classical nova at LUNA
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MEASUREMENT OF THE 25Mg(alpha,n)28Si REACTION CROSS SECTION AT LNL
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Gravitational Redshift in the post-Newtonian potential field: The Schwarzschild Problem
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FRUITY upgrades on AGB nucleosynthesis
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Nucleosynthesis in extremely metal-poor intermediate-mass stars
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The 13C-pockets in AGB stars and their fingerprints in mainstream SiC grains
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Nuclear Astrophysics with radioactive beams at GANIL
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Low-energy resonances in the 22Ne(p,gamma)23Na reaction directly observed at LUNA
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NEW SIMULATIONS OF NEUTRON CAPTURES IN-BETWEEN THE S AND THE R PROCESS
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PARAMETRIZED SPHERICALLY SYMMETRIC CORE COLLAPSE SUPERNOVA SIMULATIONS: PUSH
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MEASUREMENT OF THE STRENGTHS OF THE RESONANCES AT 417, 611, AND 632 keV IN THE 22Ne(p,gamma)23Na REACTION
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R-process Nucleosynthesis in Jets from Collapsars and Magnetars
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FISSION PROPERTIES OF NEUTRON RICH URANIUM ISOTOPES
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Reaction studies using stored ions
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BETA-DECAY STUDIES OF R-PROCESS NUCLEI USING THE ADVANCED IMPLANTATION DETECTOR ARRAY
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Advancing Nucleosynthesis in Self-consistent, Multidimensional Models of Core-Collapse Supernovae
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HOW DO NEUTRON STAR RADII DEPEND ON THEIR CORE-CRUST EOS?
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MEASUREMENT OF THE 197Au(n,gamma) STELLAR CROSS SECTION BY ACTIVATION
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Nucleosynthesis in dynamical and torus ejecta of compact binary mergers
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HEAT CAPACITY OF THE TIN NEUTRON-RICH ISOTOPES, INCLUDING QUANTAL AND STATISTICAL FLUCTUATIONS
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THEORETICAL REACTION RATES OF THE 12C(alpha,gamma)16O REACTION FROM THE POTENTIAL MODEL
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EFFECTS OF COLLECTIVE OSCILLATION AND MSW MATTER EFFECT ON 3D HYDRODYNAMICS CORE-COLLAPSE SUPERNOVA MODELS
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Effects of triple-alpha reactions on the supernova nucleosynthesis
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Rate Analysis or a Possible Interpretation of Abundances
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MICROSCOPIC APPROACH TO ALPHA-NUCLEUS OPTICAL POTENTIALS FOR NUCLEOSYNTHESIS
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Nucleosynthesis in the ejecta of neutron star mergers
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Charge exchange nuclear excitations and beta decay within the self consistent deformed QRPA
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ASYMMETRIC NEUTRINO EMISSION AND RAPID SPIN-DECELERATION OF MAGNETIZED PROTO-NEUTRON STARS
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Time-of-flight Mass Measurement of Neturon-rich Nuclei
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IMPACT OF NUCLEAR REACTIONS AT HIGH DENSITIES ON THE FATE OF INTERMEDIATE-MASS STARS
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Study of the 44Ti(alpha,p)47V reaction and implications for core collapse supernovae
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A LARGE SCALE MONTE CARLO STUDY OF NUCLEOSYNTHESIS BASED ON NUCLEAR PHYSICS UNCERTAINTIES
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GLOBAL SIMULATIONS OF MAGNETO-ROTATIONAL SUPERNOVA WITH MRI FOR AN ORIGIN OF R-PROCESS NUCLEOSYNTHESIS
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Portable Tracking Detector for Cosmic Background Measurements
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ALPHA-SCATTERING EXPERIMENT ON 64ZN AND THE LOW ENERGY ALPHA-NUCLEUS OPTICAL POTENTIAL
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Nuclear reaction rates for astrophysical nucleosynthesis
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Chemical tagging of Stellar streams: Origin Scenarios
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Galactic Interactions: New Source of Lithium?
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Production of 146Sm and 92Nb in the gamma-process
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S-factor measurement of the 12C(p,gamma)13N reaction in inverse kinematics
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i process and CEMP-s+r stars
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THE POSSIBILITY OF EXISTENCE OF MASSIVE PULSARS WITH QUARK CORE
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Observationally-Motivated Analysis of Simulated Galaxies
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Observation of the extreme runaway HD 271791: nucleosynthesis in a core collapse supernova
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Experimental approaches for charged-particle induced reaction studies relevant for the p process
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R-PROCESS NUCLEOSYNTHESIS IN NEUTRON STAR MERGER WITH NEW FISSION MODEL
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Neutrino Nucleosynthesis in the outer layers of supernovae
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HIGH-RESOLUTION ABUNDANCE ANALYSIS OF VERY METAL-POOR R-I STARS
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FORMATION AND EVOLUTION OF CARBON-ENHANCED METAL-POOR STARS
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The chemical composition of the ejecta of the rare type IIb supernova 2013df
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NEW EXPERIMENTAL CONSTRAINTS ON THE ELECTRON SCREENING EFFECT IN ASTROPHYSICAL PLASMA
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THE PRODUCTION OF 91NB FOR A MEASUREMENT OF THE 91NB(p,gamma) REACTION AT FRANZ
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NUCLEAR EQUATION OF STATE FOR CORE-COLLAPSE SUPERNOVAE WITH REALISTIC NUCLEAR FORCES
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Standard Big-Bang Nucleosynthesis after Planck
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Cosmic Star Formation, Gamma-Ray Burst Rate at high redshift and Cosmic Chemical Evolution
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A systematic theoretical study of explosion energies in Core Collapse Supernovae
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TYPE IC CORE-COLLAPSE SUPERNOVAE EVOLVED FROM VERY MASSIVE STARS
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School Lectures |
Nuclear theory in astrophysics
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Stellar evolution
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Nucleosynthesis, reaction networks
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High-energy astrophysics, (neutrinos, cosmic rays, GRBs)
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