1. H. Rajesh, R. C. Remsing, "Frustrated and topological phases in solute-frustrated q-clock models". In prep. (2025)
2. A. C. Thakur, H. Rajesh, H. S. Dhattarwal, R. C. Remsing, “Long range electrostatics have little impact on molecular rotations and solvation dynamics in liquid water”. In prep. (2025)
3. H. Rajesh, "Properties of Pascal's triangle diagonals modulo n". Pre-print. (2025) [PDF]
4. H. Rajesh, “A triangle ratio theorem and its generalization to higher dimensions”. Mathematical Reflections 3 (2023). [PDF]
1. H. Rajesh, R. C. Remsing. (2025, August 19). “Modelling Nanoconfined Electrolytes Using Charge Frustrated Lattice Models.” [Poster presentation]. ACS Fall 2025, Washington, D.C., United States.
2. H. Rajesh, R. C. Remsing. (2025, May 30). “Modelling Nanoconfined Electrolytes Using Charge-Frustrated Lattice Models.” [Poster presentation]. MARM 2025, Seton Hall University, South Orange, NJ, United States.
3. H. Rajesh, R. C. Remsing. (2025, May 1). “Modelling Nanoconfined Fluids Using Lattice Models.” Rutgers Society of Physics Students Undergraduate Spring 2025 Symposium, Rutgers University, New Brunswick, NJ, United States.
4. H. Rajesh, R. C. Remsing. (2025, March 5). “Modelling Nanoconfined Fluids to Speed Up Reactions.” Invited talk in the Rutgers Society of Physics Students Undergraduate Research Talk Series, Rutgers University, New Brunswick, NJ, United States.
1. H. Rajesh, R. C. Remsing. (December 2025) "Topological phases in solute-frustrated clock models," Short Talk at the Rutgers Statistical Mechanics Conference.
2. H. Rajesh, R. C. Remsing. (March 2026) "Understanding Frustration and Topology in Nanoconfined Electrolytes with Solute-Frustrated Clock Models ," APS March Meeting, Hydration Phenomena and the Properties of Hydrated Materials (DSOFT).