Opening - Willem Vos, UT

Part 1/4 - Inverse Problems

Basics of inverse modelling (incl. imaging) - Paul Urbach, TUD

Computational imaging - Lyuba Amitonova, ARCNL

New paradigm for solving inverse problems;combining physics knowledge AI by automatic differentiation - Yifeng Shao, TUD and Jacob Seifert, UU

Break and posters

At-Resolution 3D Metrology of Semiconductor Nanostructures for EUV Era - Teis Coenen, ASML

Imaging with partial coherent light - Paul Urbach, TUD

Formation flying platforms - Stefano Speretta, TUD

Lunch and posters

Part 2/4 - Optical Design

Basics of optical design - Ferry Zijp, ASML

Hamiltonian Optics - Lotte Romijn, TU/e

Noiseless sources and detectors - Iman Zadeh, TUD

Break and posters

Quantum physical layer security - Pepijn Pinkse, UT

Design of broadband illumination optics in the EUV-wavelength range - Yifeng Shao, TUD

Design optics using automatic differentiable physics models - Alex Heemels, TUD

Dinner and posters

Part 3/4 - Scattering

Basics of light scattering - Willem Vos, UT 

Radiative transfer - Ozan Akdemir, UT

Wavefront shaping (for imaging) - Ivo Vellekoop, UT

Anisotropic scattering - Thomas Kotte, TUD

Break and posters

Exploiting symmestries in integral-equation based Maxwell solvers for large scattering domains - Martijn van Beurden, TU/e

Super-resolution and Inverse scattering problems - Allard Mosk, UU

Atmospheric disturbances to laser links - Niek Doelman, TNO

Lunch and posters

Part 4/4 - Opto-mechatronics

Basics of opto-mechatronics - Rudolf Saathof, TUD

Thermo-opto-mechanical modelling - Hans Kuiper, TUD

Break and posters

Thermal dynamic modelling - Dr. Langelaar, TUD

Non-mechanical beam steering - Pieter Kappelhof

Closing