I am a Mathematician located in Ho Chi Minh city, Vietnam. My day job is to lecture and advise students at Fulbright University Vietnam. At night, I conduct mathematical research via my personal funding, at my home office.
Starting in the Fall of 2025, I will move to Ho Chi Minh City University of Technology via the VNU350 Project (to attract “Young Talents” and “Top Scholars” to go back to Vietnam).
I was a Hans Rademacher Instructor in the Department of Mathematics at the University of Pennsylvania from 2021-2022. Prior to Fall 2021, I was a student of Gautam Iyer and Bob Pego at Carnegie Mellon University. I am particularly keen on turning real-world phenomena into theorems. My current research interests include:
- Quantum foundation
- Diffusion approximations of complex systems
- Partial differential equations
Contact
Email: truongson.vanp@gmail.com
Publications and Preprints
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(with A. Jordan and D. Snoke) Measurement time of weak measurements on large entangled systems. [2025, Physical Review A, Arxiv]
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(with H.V. Tran) Local mass-conserving solution for a critical Coagulation-Fragmentation equation. [2023, Journal of Differential Equations, Arxiv]
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(with G. Iyer) Bounds on the heat transfer rate via passive advection. [2021, SIAM Journal of Mathematical Analysis, Arxiv]
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(with H. Mitake and H.V. Tran) Large time behavior for a Hamilton-Jacobi equation in a critical Coagulation-Fragmentation model. [2021, Communications in Mathematical Sciences, Arxiv]
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(with H.V. Tran) Coagulation-Fragmentation equations with multiplicative coagulation kernel and constant fragmentation kernel. [2021, Communications on Pure and Applied Mathematics, Arxiv]
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(with R.L. Pego) Existence of solitary waves in one dimensional peridynamics. [2018, Journal of Elasticity, Arxiv].
- Investigations of the dynamics of models of heat transfer and clustering. [PhD Thesis (2021), pdf].