Dissertations and Theses supervised by S. A. Fulling

• Davin M. Potts, Mathematics & Chemistry Undergraduate Research Fellow, 1995, Large Mass Approximations in Quantum Physics and a Bridge to Quantum Chemistry
• K. Serkan Güntürk, Physics Ph.D., 2006, Covariant Weyl Quantization, Symbolic Calculus, and the Product Formula
• Zhonghai Liu, Physics M.S., 2006, Cylinder Kernel Expansion of Casimir Energy with a Robin Boundary
• Justin H. Wilson, Physics & Mathematics Undergraduate Research Fellow, 2007, Vacuum Energy in Quantum Graphs
• Todd A. Zapata, Physics M.S., 2007, The WKB Approximation for a Linear Potential and Ceiling
• Ross B. McDonald, Physics & Mathematics Undergraduate Research Scholar, 2008, Neumann Bounded Partitions of Eigenfunctions
• Zhonghai Liu, Physics Ph.D., 2009, Closed Path Approach to Casimir Effect in Rectangular Cavities and Pistons
• Fernando D. Mera, Mathematics M.S., 2011, The Schrödinger Equation as a Volterra Problem
• Jeffrey D. Bouas, Mathematics M.S., 2011, Hertz Potentials and Differential Geometry
• Cynthia S. Trendafilova, Physics & Mathematics Undergraduate Research Scholar, 2011, Static, Cylindrical Symmetry in General Relativity and Vacuum Energy
• Cynthia S. Trendafilova, Physics & Mathematics Undergraduate Research Fellow, 2012, Vacuum Energy for Static, Cylindrically Symmetric Systems
• Krishna Thapa, Physics Undergraduate Research Scholar, 2012, Calculation of Highly Oscillatory Integrals by Quadrature Methods
• Colin M. Whisler and Steven W. Murray, Physics & Mathematics Undergraduate Research Scholars, 2015, The Soft Wall Model of the Casimir Effect
• Agam Shayit, Physics and Computer Science Undergraduate Research Scholar, 2021, Vacuum Energy in General Power Wall Models
• Spencer Ellis, Physics Undergraduate Research Scholar, 2022, Evolution of Wave Packets under Semiclassical Approximations
• Timothy Bates, Mathematics Undergraduate Research Scholar, 2022, Uniform Acceleration Radiation
• Luther Rinehart, Mathematics Ph.D., 2022, Uniform Acceleration Radiation with a Proca Field

Less formal student collaborations that led to publications

• Cleon E. Dean, Continuum Eigenfunction Expansions and Resonances: A Simple Model, Amer. J. Phys. 50 (1982) 540-544
• Philip A. Carinhas, Computational asymptotics of fourth-order operators, Asymptotic and Computational Analysis, Dekker (1990) 601-617.
• Davin M. Potts, The RESIDUE_INT Software Package (1994)
• Andrea da Conturbia, Cataloguing General Graphs by Point and Line Spectra, Computer Phys. Commun. 115 (1998) 93-112
• Christopher T. Romero, Spectral Riesz-Cesaro Means: How the Square Root Function Helps Us to See Around the World, Electron. J. Diff. Eqs., Conf. 04 (2000) 87-101
• Mark D. Pilloff, Interacting Bosons at Finite Temperature: How Bogolubov Visited a Black Hole and Came Home Again, Foundat. Phys. 33 (2003) 87-110
• K. Serkan Güntürk, Exploring the Propagator of a Particle in a Box, Amer. J. Phys. 71 (2003) 55-63
• Joel D. Bondurant, The Dirichlet-to-Robin transform, J. Phys. A 38 (2005) 1505-1532
• Phuongmai N. Truong, Wedges, Cones, Cosmic Strings, and Their Vacuum Energy, J. Phys. A 45 (2012) 374018
• several of above, Investigating the Spectral Geometry of a Soft Wall, Proc. Symp. Pure Math. 84 (2012) 139-154
• Thomas Settlemyre, Renormalization for a Scalar Field in an External Scalar Potential, Symmetry 10 (2018) 54
• David Lujan, Joseph Merritt, Hamilton Carter, and others above, Vacuum Energy Density and Pressure near a Soft Wall, Phys. Rev. D 93 (2016) 105010