Arezoo Shirmohammadi
Physics Research Collaborator - Theoretical & Fundamental Physics, Zendar Universe | Alzahra University
Arezoo Shirmohammadi is a physics student at Alzahra University, Tehran, specializing in quantum mechanics, astrophysics, and theoretical cosmology. Her research focuses on exploring the fractal geometry of spacetime and its implications for mass generation in the Standard Model. She is the author of “Mass as Structural Inconsistency: A Fractal Derivation of the Standard Model Mass Spectrum,” which proposes a new framework linking particle masses to spacetime structure. Beyond theoretical physics, she is passionate about data analysis, scientific visualization, and outreach, contributing to the broader understanding of the universe’s fundamental laws.
Publications by Arezoo Shirmohammadi
FAQs about Arezoo Shirmohammadi
Arezoo Shirmohammadi is a physics student at Alzahra University specializing in quantum mechanics, astrophysics, and theoretical cosmology. Her research investigates how fractal spacetime geometry influences the origin of particle mass and fundamental physics.
She is best known for her publication “Mass as Structural Inconsistency: A Fractal Derivation of the Standard Model Mass Spectrum,” which proposes a fractal-based model of mass generation consistent with the Standard Model and modern cosmological principles.
Her primary research interests include fractal spacetime theory, quantum field dynamics, particle mass formation, and cosmology. She aims to bridge quantum mechanics and astrophysics through data-driven theoretical modeling.
Arezoo studies at Alzahra University, Tehran, where she explores fundamental physics and astrophysical modeling. She collaborates with research initiatives that focus on space science, cosmology, and theoretical particle physics.