A PhD candidate at Nicolaus Copernicus University in Toruń, Poland — exploring how light and matter interact at the quantum level through theory, computation, and a bit of imagination 😉.
Current and completed research projects exploring light–matter interaction and quantum dynamics.
This project focuses on optimizing two-photon absorption processes in three-level systems by tailoring entangled and unentangled Gaussian photon pairs. The work combines analytical derivations and GPU-accelerated numerical simulations.
🔗 arXiv · Physical Review A · GitHub
An ongoing project investigating the behavior of unidirectional quantum fields coupled to three-level systems. This study aims to extend the understanding of unidirectional light interaction with a quantum systems.
🌐 Marginal distribution of states
🌐 Comparing Peak Position of the marginal distribution
🌐 Peak Position of the marginal distribution of Optimum State
Peer reviewed publications.
Includes analytic marginal forms, Gaussian entangled vs unentangled comparisons, and computational results.
🔗 arXiv · Phys.Rev.A · GitHub
This work proposes a new method to estimate the CMB dipole direction and amplitude using annular variance comparisons. Applied to Planck data, it finds a dipole significance of 1.6σ, offering insights into possible isotropy violations.
Add a downloadable PDF and a quick timeline of recent milestones.
Email • Google Scholar • GitHub • ORCID
Email: masood.valipour@umk.pl
Scholar: Google Scholar
GitHub: github.com/bojnordsky
ORCID: 0000-0003-3144-2576
WFAiIS, Nicolaus Copernicus University
Grudziądzka 5/7, 87-100
Toruń
Office: B.01.07