Mohsen Shiri-Garakani

Mohsen Shiri-Garakani is an Associate Professor in the Department of Chemistry and Physical Sciences at Pace University, affiliated with the Dyson College of Arts and Sciences. He conducts research at the intersection of theoretical physics and philosophy, with a focus on quantum spacetime and the foundations of quantum theory. He is also a Research Fellow at the Center for Philosophy and Natural Sciences and serves as Assistant Editor for the International Journal of Theoretical Physics.

Education:

• PhD, Georgia Institute of Technology, 2004
• MS, University of Akron, 1997
• BS, Tehran Polytechnic, 1993

His research interests include Quantum Spacetime, Unified Gravity, Finite Quantum Theory, Quantum Logic, and the History and Philosophy of Physics. He is particularly known for his work on Segal’s idea of algebraic simplicity and its application to foundational physics. His approach emphasizes the unification of physical theories through algebraic simplicity and regularization, drawing parallels between historical shifts in physics and current challenges in quantum gravity.

His recent publications focus on finite quantum models, non-commutative structures, and the algebraic underpinnings of spacetime. These works explore the transition from classical to quantum theories through the lens of group theory and symmetry breaking, suggesting a deeper, finite quantum structure underlying current models.

Scientific Awards and Honors:

• Pace University Provost's Faculty Fellow (2013)
• Research Fellow, Center for Philosophy and Natural Sciences (2008)
• Assistant Editor, International Journal of Theoretical Physics (2002–present)

Dr. Shiri-Garakani has advised independent studies and senior research projects in physics, and has been involved in mentoring students through research courses such as PHY 480: Research in Physics. He has held visiting positions at Harvard University and has been actively involved in academic service through editorial and research roles. His teaching spans introductory to advanced physics, including courses in mechanics, electromagnetism, quantum mechanics, and the philosophy of science.

He is associated with the Quantum Relativity group initiated by David Finkelstein and continues to develop theoretical frameworks that challenge mainstream approaches like String Theory and Loop Quantum Gravity. His work suggests a future where quantum gravity emerges from algebraic and philosophical principles rather than geometric or perturbative ones.