Agenda

Edoardo Giangrandi (University of Coimbra & Potsdam): Up-to-date constraints on dark matter from neutron star observations

Merlin Kole: Studying the Universe though gamma-ray polarization

João G.Rosa (University of Coimbra): Comparable dark matter and baryon abundances with a heavy dark sector

Luigi Scurto (University of Coimbra): Strong magnetic fields and pasta phases revisited

Oleksii Ivanytskyi: Superconductivity of quark matter in neutron stars

Tuhin Malik (University of Coimbra): Nucleonic neutron stars: high-density speed of sound

Andreu F. Gallen: Modelling the dynamics of cellular membranes

Flavio Riccardi (SISSA, INFN): Probing de Sitter from the horizon

José Luís Martins: Electronic structure of diamond, graphite, graphene and fullerenes

Helena Vieira Alberto: Quantitative study of structural distortions in the interface region of solar cells, using implanted positive muons

Marco Calzà (University of Coimbra): Primordial Black Holes and Physics beyond the standard scenarios

Helena Vieira Alberto: Nobel Prize in Physics 2022: From the Foundations of Quantum Mechanics to Quantum Information Science

Milena Albino (University of Coimbra): Nature of the Quark-Hadron Phase Transition and Consequences for the Star Structure

Astrid Blin: Proton structure and spectroscopy: theory, phenomenology, and machine learning

Miguel Marques: Machine-learning assisted discovery and characterization of materials

Veronica Dexheimer: Phases of Matter Inside Neutron Stars

Silvia Salvatore (University of Bochum, Germany): Inferring the diffusion coefficient in the heliosheath by time spectra simulations of GCRs in the HelMod framework

Beatriz Costa Gomes: Using deep learning to determine biomolecular structures in cryoEM images and simulated cryoET data

Ana Pereira (University of Coimbra): Higgs Boson decay into gluons: IR cancellation in the decay rate at NLO using implicit regularisation

Michael Strickland: Bottomonium suppression in the QGP – From EFTs to non-unitary quantum evolution

Novo Mestrado em Física Médica - 2ª fase de candidaturas até 15 de julho de 2022