Novel relaxation time approximation to the relativistic Boltzmann equation GS Rocha, GS Denicol, J Noronha
Physical review letters 127 (4), 042301, 2021
65 2021 Transient fluid dynamics with general matching conditions: A first study from the method of moments GS Rocha, GS Denicol
Physical Review D 104 (9), 096016, 2021
26 2021 Perturbative approaches in relativistic kinetic theory and the emergence of first-order hydrodynamics GS Rocha, GS Denicol, J Noronha
Physical Review D 106 (3), 036010, 2022
21 2022 Hydrodynamic theories for a system of weakly self-interacting classical ultrarelativistic scalar particles: Microscopic derivations and attractors GS Rocha, CVP de Brito, GS Denicol
Physical Review D 108 (3), 036017, 2023
13 2023 Transport coefficients of quasiparticle models within a new relaxation time approximation of the Boltzmann equation GS Rocha, MN Ferreira, GS Denicol, J Noronha
Physical Review D 106 (3), 036022, 2022
8 2022 Theories of relativistic dissipative fluid dynamics GS Rocha, D Wagner, GS Denicol, J Noronha, DH Rischke
Entropy 26 (3), 189, 2024
6 2024 Hydrodynamic theories for a system of weakly self-interacting classical ultra-relativistic scalar particles: causality and stability CVP de Brito, GS Rocha, GS Denicol
arXiv preprint arXiv:2311.07272, 2023
2 2023 Transport coefficients of transient hydrodynamics for the hadron-resonance gas and thermal-mass quasiparticle models GS Rocha, GS Denicol
arXiv preprint arXiv:2402.06996, 2024
1 2024 Novel relaxation time approximation: a consistent calculation of transport coefficients with QCD-inspired relaxation times GS Rocha, GS Denicol, MN Ferreira, J Noronha
arXiv preprint arXiv:2207.11286, 2022
1 2022 Branch-cut in the shear-stress response function of massless GS Rocha, I Danhoni, K Ingles, GS Denicol, J Noronha
arXiv preprint arXiv:2404.04679, 2024
2024 Hydrodynamic theories for a system of weakly-interacting ultra-relativistic scalar particles GS Rocha, CVP de Brito, GS Denicol
Sólitons topológicos e o método de simmulated annealing GS Rocha
Monte Carlo simulations of center vortex effective models GS Rocha
CÂMARA DE NUVENS POR DIFUSÃO: UM DISPOSITIVO SIMPLES PARA ESTUDAR FÍSICA DE PARTÍCULAS RF de Araujo Cardoso, MV da Silva Filho, GS Rocha, ...
Gabriel Silveira DenicolAssociate Professor, Universidade Federal FluminenseПодтвержден адрес электронной почты в домене id.uff.br
