Ph.D. Researcher: I work on theoretical physics, heavy-ion collisions, and dark matter.
"We are where we are because of a long chain of random choices."
This work connects dark photon searches in high-energy collisions with cosmological relic-density targets and astrophysical self-interaction bounds, using PHSD dilepton production to map viable and excluded dark-sector parameter regions.
The paper derives theoretical upper limits on the dark photon kinetic mixing parameter from dilepton spectra across collision energies from SIS to LHC, adding possible dark photon signals on top of PHSD Standard Model sources.
Using the PHSD transport approach, this study follows dilepton production from hadronic decays, bremsstrahlung, QGP radiation, Drell-Yan, and heavy-flavor sources, comparing with HADES, STAR, and ALICE data across a wide energy range.
This paper studies photon propagation in magnetized Dirac materials through nonlinear Euler-Heisenberg electrodynamics, computing magnetization, effective photon magnetic moments, radiation pressure, and related observables.
The study analyzes photon propagation through a magnetized vacuum in neutron-star magnetospheres, showing how radiative corrections modify dispersion and can generate energy-dependent photon time delays.
A. W. Romero Jorge, E. Bratkovskaya, T. Song and L. Sagunski.
A. W. Romero Jorge, E. Bratkovskaya and L. Sagunski.
A. W. Romero Jorge, E. Rodriguez Querts, A. Perez Martinez and H. Perez Rojas.
Slides and conference talks in PDF format.
Academic activity
Selected conferences and workshops where I presented a talk, flash talk, or poster.
Combined constraints on dark photons from high-energy collisions, cosmology, and astrophysics.
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Combined constraints on dark photons from high-energy collisions, cosmology, and astrophysics.
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Combined constraints on dark photons from high-energy collisions, cosmology, and astrophysics.
Event page
Constraining dark photon kinetic mixing in heavy-ion collisions from SIS to LHC energies.
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Electromagnetic emission from strongly interacting hadronic and partonic matter created in heavy-ion collisions.
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Search for dark photons in heavy-ion collisions.
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Search for dark photons in heavy-ion collisions.
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Exploring dark photon production and kinetic mixing constraints in heavy-ion collisions.
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2023 - present
Goethe University Frankfurt, Germany.
Supervisors: Prof. Dr. Elena Bratkovskaya and Prof. Dr. Laura Sagunski.
2022 - 2023
University of Havana, Cuba.
Supervisors: Prof. Dr. A. Martinez Perez and Prof. Dr. E. Rodriguez Querts.
2016 - 2021
University of Havana, Cuba.
Five-year degree plus thesis. Supervisors: Prof. Dr. A. Martinez Perez and Prof. Dr. E. Rodriguez Querts.
Academic
Your research profile, current status, and publications.
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Cycling, Xima (book sharing), videos, and art in one place.
Open Beyond PhysicsMedia
Dedicated blocks for general videos and 2D animations.
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Full galleries to share your artwork directly.
Open AW Art