An almost complete list of the talks I have given in
(2011-2012) can be found here .
Recent talks
Talk at the
Fluctuations and temporal evolution in heavy-ion collisions
workshop at SPh, Saclay, Paris (9-10
May 2012).
Quantum transport in many-body systems
Talk at the experimentalist's meeting at
Surrey.
The nucleon mean-free path in the medium
Talk at
IoP Nuclear Physics Conference 2012
University of Brighton (Brighton, UK), 2 April 2012.
Nuclear
matter: from the equation of state to the transport
properties
Talk at
International Workshop on Multifragmentation 2011
, GANIL (Caen, France),
2 November 2011.
Thermodynamics of nuclear matter:
mean-field and beyond
Outreach talk on nuclear physics,
seminar at the University of Barcelona,
25 May 2011.
A century of nuclear physics... and beyond!
Invited talk at the CompStar 2011, workshop on
Gravitational Waves and
Electromagnetic Radiation from Compact Stars ,
10 May 2011.
The Equation of State Problem: recent
advances in microscopic theories
Current research interests & collaborators
Time-dependent Green's Functions approach for nuclear reactions,
with Pawel Danielewicz and Brent Barker
Short range and tensor correlations in isospin asymmetric nuclear matter, with Artur Polls and Wim Dickhoff
Three-body forces for nuclear and
neutron matter calculations, with Arianna
Carbone and Artur Polls
Green's functions in the complex plane
and nuclear transport coefficients, with V. Soma
Liquid gas phase transition and thermodynamical properties of nuclear systems
Arnau's research stays (over 1 week)
2009
2008
2005
2004
Topics Arnau has worked on:
Time-dependent Green's functions approach and correlated transport theory
Thermodynamical properties of correlated nuclear systems
Isospin asymmetric nuclear matter within the Self-Consistent Green's Function approach.
Hot hyperonic matter within the Brueckner-Hartree-Fock approach.
Hot polarized neutron matter within mean-field (Skyrme, Gogny) and beyond mean-field approaches.
Fermi liquid theory for multicomponent systems
Neutrino propagation in dense hadronic systems