Rate My Professor Anthony Mays

Mays has made significant contributions to the field through peer-reviewed publications. Key works include 'Field-of-view subsampling: A novel "exotic marker" method for absolute abundances, validated by simulation and microfossil case studies' (PLoS One, 2025, co-authored with C. Mays and M. Amores); 'Finite size corrections relating to distributions of the length of longest increasing subsequences' (Advances in Applied Mathematics, 2023, with P. J. Forrester); 'Tracy-Widom Distributions for the Gaussian Orthogonal and Symplectic Ensembles Revisited: A Skew-Orthogonal Polynomials Approach' (Journal of Statistical Physics, 2021, with A. Ponsaing and G. Schehr); 'Determinantal polynomial wave functions induced by random matrices' (Physical Review A, 2018, with A. K. Ponsaing and D. M. Paganin); 'Finite Size Effects for Spacing Distributions in Random Matrix Theory: Circular Ensembles and Riemann Zeros' (Studies in Applied Mathematics, 2017, with F. Bornemann and P. J. Forrester); 'An induced real quaternion spherical ensemble of random matrices' (Random Matrices: Theory and Application, 2017, with A. Ponsaing); 'Finite-size corrections in random matrix theory and Odlyzko's dataset for the Riemann zeros' (Proceedings of the Royal Society A, 2015, with P. J. Forrester); and 'A Real Quaternion Spherical Ensemble of Random Matrices' (Journal of Statistical Physics, 2013). These publications highlight his expertise in probabilistic models, eigenvalue distributions, and applications to physical and biological systems.