Thesis Supervision

MASTER THESIS

10) Enrique Ruiz Mancilla, Title: Quasinormal modes and black hole shadow: a numerical analysis, Universidad Autonoma de San Luis Potosi, Mexico, In Progress

9) Erik Aiken, Title: Modified commutation relationship from the Berry-Keating Program, (Co-Supervisor: D. Singleton), California State University, Fresno, USA, 2019 [Defended: May, 2019].

UNDERGRADUATE THESIS

8) Cuauhtli Castellanos Vargas, Title: Physics of the Early Universe: from Inflation to Nucleosynthesis and Photon Decoupling, Awarded, July 2024.

7) Dhamar Shareef Astilla, Title: Hadamard states in renormalization in curved spacetime, Awarded, August 2023
*This thesis produced the following research article:

• Anisotropic particle creation from $T-$vacuum in the radiation dominated universe, [arXiv:2312.17129 [gr-qc]].

6) Monica Valeria Martinez, Title: Wave-packet dynamics under linear potential in  the presence of a minimal length, Awarded, August 2022

5) Maria Fernanda Torres, Title: Free wave-packet dynamics in the Collapse Model interpreation of quantum mechanics, Awarded, August 2022
*This thesis produced the following research article:

•  New insights on the quantum-classical transition in light of collapse models,  Foundations of  Physics 53 (2023) 4, 73.

4)  Juan Ramiro Salazar, Title: Quantum Field Theory in a de Sitter universe in transit to the radiation dominated stage*, Awarded, August 2021
*This thesis produced the following research article:

•  Quantum field theory in a de Sitter universe transiting to the radiation stage,  Journal of High Energy Physics 05 (2022) 048.

3) Carlos Enrique Salazar, Title: Non-inertial frames and Davies-Unruh like effect in the radiation dominated early universe, Awarded, August 2021
*This thesis produced the following research article:

• Anisotropic particle creation from $T-$vacuum in the radiation dominated universe, [arXiv:2312.17129 [gr-qc]].

2) Enrique Ruiz Mancilla, Title: Linearized gravity and gravitational waves, Awarded, August 2020

1) Carlos Villalpando Vargas, Probing quantum gravity's fundamental length with molecular wavepackets*, Awarded, August 2019
*This thesis produced following research articles:

• Minimal length effect on the broadening of free wave-packets and its physical implications, Physical Review D 100, 024054 (2019)

• Indirect probe of quantum gravity using molecular wavepackets, Classical and Quantum Gravity 36, 215016 (2019)