Computational Illumination Optics at TU/e

PhD

	Maikel Bertens, Numerical methods for the hyperbolic Monge-Ampère equation with applications to optical design
	Carmela Filosa, Phase space ray tracing for illumination optics
	Vì Kronberg, Inverse freeform reflector design with a scattering surface
	Corien Prins, Inverse methods for illumination optics
	Lotte Romijn, Generated Jacobian equations in freeform optical design: Mathematical theory and numerics
	Robert van Gestel, Discontinuous Galerkin methods for Liouville’s equation of geometrical optics
	Bart van Lith, Principles of computational illumination optics
	Nitin Yadav, Monge-Ampère problems with non-quadratic cost function: Application to freeform optics

Master

• René Beltman
  Solving the Monge-Ampère equation for a free-form reflector in arbitrary coordinate systems
• Maikel Bertens
  Least-squares method for the Monge-Ampère equation with application to calculating lens surfaces in optical systems
• Siyuan Jiang
  Inverse design of cylindrically symmetric reflector with scattering surfaces
• Jorg Portegies
  Fast ray tracing in phase space for optical design
• Jarno van Roosmalen
  The Monge-Ampère equation for optimal mass transport with applications in optical design
• Teun van Roosmalen
  Saddle point construction for aberrations in grazing incidence mirror systems
• Hannah van Susteren
  Mathematical model for a freeform optical system. Point source to point target with two reflectors
• Ellen Vugts
  The hyperbolic Monge-Ampère equation
• Rutger Wessels
  A least-squares algorithm for the Monge-Ampère Equation: analysis and application to freeform optics

Bachelor

• Robert van Barlingen
  An introduction to phase space ray tracing: and everything that came before
• Maikel Bertens
  Numerical models of light scattering in a dusty plasma
• Lotte van de Leur
  Comparing two methods for Monte Carlo ray tracing
• Kevin Menting
  Time integration methods for gradient-index media using Hamiltonian Optics
• Alex van der Plas
  Inverse optical design methods for freeform two-dimensional systems
• Lucas Ronckers
  Approximation of the Luneburg lens with discrete layers using geometric optics
• Jesse Schardijn
  Simulating light propagation by using the Fast Marching Method
• Alwin van Ramshorst
  Geometric equations for the design of a freezer lens