Electric dipole transitions of 1P bottomonia A Vairo, J Segovia, S Steinbeißer
Physical Review D 99 (1811.07590), 2019
16 * 2019 Static energy in ( N Brambilla, RL Delgado, AS Kronfeld, V Leino, P Petreczky, ...
Physical Review D 107 (7), 074503, 2023
11 2023 The Relativistic Schrödinger Equation through FFTW3: An Extension of quantumfdtd RL Delgado, S Steinbeißer, M Strickland, JH Weber
arXiv preprint arXiv:2006.16935, 2020
5 2020 The static energy in 2+ 1+ 1-flavor QCD S Steinbeißer, N Brambilla, RL Delgado, AS Kronfeld, V Leino, ...
arXiv preprint arXiv:2111.02288, 2021
4 2021 pNRQCD determination of E1 radiative transitions S Steinbeißer, J Segovia
EPJ Web of Conferences 137, 06026, 2017
4 2017 Chromo-electric screening length in 2+ 1 flavor QCD P Petreczky, S Steinbeißer, JH Weber
PoS, 471, 2022
2 2022 Color screening in S Steinbeißer, JH Weber
arXiv preprint arXiv:1811.12846, 2018
1 2018 Determination of electric dipole transitions in heavy quarkonia using potential non-relativistic QCD J Segovia, S Steinbeißer
J. Phys. Conf. Ser. 1024 (arXiv: 1708.08465), 012016, 2017
1 2017 Heavy quarkonium electric dipole transitions in non-relativistic quantum field theory S Steinbeißer
arXiv preprint arXiv:1903.10352, 2017
1 2017 Charm mass effects in the static energy computed in 2+ 1+ 1 flavor lattice QCD N Brambilla, RL Delgado, A Kronfeld, V Leino, P Petreczky, S Steinbeißer, ...
PoS, 089, 2023
2023 QuantumFDTD--A computational framework for the relativistic Schrödinger equation RL Delgado, S Steinbeißer, M Strickland, JH Weber
arXiv preprint arXiv:2211.10185, 2022
2022 The role of the charm quark for the QCD coupling constant N Brambilla, A Bazavov, R Delgado, A Kronfeld, V Leino, P Petreczky, ...
High Performance Computing in Science and Engineering, 192-193, 2022
2022 Electric dipole transitions in potential nonrelativistic QCD J Segovia, S Steinbeißer
PoS, 097, 2017
2017 Electric dipole transitions in potential NRQCD J Segovia, S Steinbeißer
2017 Science Week 2016 Dec 5-8 N Brambilla, J Segovia, S Steinbeißer, A Vairo
Antonio VairoTU MunichAdresse e-mail validée de tum.de
