Optics with Complex Wavefronts
Chairs
 |
Allard Mosk |
 |
Ivo Vellekoop |
Synopsis
Recent advances in computation, wavefront sensing and wavefront modulation have enabled a new class of optical methods that not only compensate for, but even benefit from complexity and random scattering in optical wavefronts. In this session we aim to provide a tutorial overview as well as highlight some examples of how complex wavefronts, coupled with advanced computational methods to solve forward and inverse problems, enable enhanced resolution, robustness and add functionality such as phase contrast, sectioning, and focusing inside three-dimensional scattering media ranging from biological tissues to semiconductor nanostructures.
Invited Speakers
Sylvain Gigan
Sorbonne Université (FR)
Title: Controlling photon pairs in complex media : from circuits to machine learning
Luana Olivieri
Loughborough University (UK)
Title: Optical single-pixel sensing for Nonlinear Ising Machines
Marc Guillon
Université Paris Cité (FR)
Title: Multiplexed Hartmann Wavefront Sensors for Complex, Broadband, and Vector Wavefields
Tomáš Čižmár
Leibniz-IPHT (DE)
Title: Exploring brain with fibre optics
Rachel Grange
ETH Zurich (CH)
Title: Integrated or random nonlinear optical generator for machine learning
Sophie Brasselet
Insititut FRESNEL (FR)
Title: Polarized wavefront control and Point Spread Function engineering for nanoscale polarimetry