Rate My Professor Jeremy James Becnel

Becnel's academic interests have transitioned from quantum computing, radon transforms and tomography, probability theory, white noise analysis, and topological vector spaces to virtual, augmented, and mixed reality in education, deep learning for student success, and computer science pedagogy. He secured a National Science Foundation Division of Undergraduate Research grant to develop CalcVR, a virtual reality app for multivariable calculus, and authored the book 'Tools for Infinite Dimensional Analysis' (CRC Press, 2021). Select publications encompass 'Design of virtual reality modules for multivariable calculus and an examination of student noticing within them' (Research in Mathematics Education, 2023, with S.R. Jones and N.E. Long), 'A Limiting Process to Invert the Gauss-Radon Transform' (Communications in Stochastic Analysis, 2019), 'Recovering a Random Variable from Conditional Expectations Using Reconstruction Algorithms for the Gauss Radon Transform' (with D. Riser-Espinoza, 2019), 'Nuclear Space Facts, Strange and Plain' (Mathematics, 2016, with A. Sengupta), 'The Schwartz Space: Tools for Quantum Mechanics and Infinite Dimensional Analysis' (Mathematics, 2015, with A. Sengupta), and 'Hidden Subspace Algorithm in White Noise Analysis' (Transactions of the American Mathematical Society, 2012). Additional contributions include open educational resources like 'Introduction to Data Analytics' (2023). Becnel has earned the SFASU Teaching Excellence Award (2023), Distinguished Research/Creative Activity Award (Fall 2019), Bravo Student Support Award (Fall 2022), Diversity Champion recognition (2022), and fellowships such as NSF K-12 Fellow (2005-2006) and LSU Dissertation Year Fellowship (2005). He has mentored numerous undergraduate and graduate students in research projects leading to publications and awards.