David Andrews (U East Anglia - ret ) (online) Circular Vortex Dichroism: Theory Foundations
Svetlana Avramov-Zamurovic (USNA), Experiments with vectorial vortex beams propagating underwater
Ravi Bhardwaj (U Ottawa), Twisted light-matter interactions beyond the dipole limit
Nicholas Bigelow (U Rochester), Topological atom optics and beyond: Knotting quantum wave functions using twisted light
Konstantin Bliokh (Donostia Int Physics Center) (online), Vortices, Skyrmions, Möbius Strips: From Nanooptics to Ocean Waves
Carl Carlson (William & Mary), Vortex-Core Spin Skyrmions of Spinor Waves
Pierre Clade (LKB/Sorbonne), Probing the spatial distribution of optical k-vectors in situ with Bose-Einstein condensates
Paul Corkum (U Ottawa),"Flying Doughnut Pulses" – a Route to Isolated gigaGauss Magnetic Fields
Liang Feng (UPenn), On-chip manipulation of photonic quantum topology towards a resilient quantum internet
Niels Geerits (TU Wien), Generation and Detection of Neutron OAM for Quantum Information
Mohammad Hafezi (U Maryland), Optical pumping of electronic quantum Hall states with vortex light
Jonathan Hood (Purdue U), Quantum light with nanophotonics, Cs atoms, and DBT molecules
Neil Johnson (GWU) (online), Twisted light drives chiral excitations of interacting electrons in nanostructures with a magnetic field
Olga Korotkova (U Miami), Orbitalization Ellipsometry
Thu Le (AIST, Japan), Engineering Orbital and Spin Angular Momentum of Light via Metasurfaces
Natalia Litchinitser (Duke U), Structuring light-matter interactions: from knots to skyrmions
Norbert Linke (Duke U), Quantum Networking with an E2 Strontium Ion Qubit
Karan K Mehta (Cornell), Trapped-ion laser cooling and gates in phase-stable standing waves
Howard Milchberg (U Maryland), Spatiotemporal Optical Vortices: From Linear to Relativistic Intensities
Irina Novikova (William and Mary), Using vector beams for vector field measurements
Clara Piekarski (LKB/Sorbonne), Quantum fluids of light: vortices, mixtures and instabilities
Victor Podolskiy (UMass Lowell), Primordial Metamaterials
Dmitry Pushin (U Waterloo), Advancing Neutron Optics: Harnessing Structured Neutrons for Quantum Applications
Siddarth Ramachandran (Boston U), Breaking the information capacity barrier of optical fibers via topological confinement of “forbidden” states
Dusan Sarenac (U Buffalo), Twisted Light Applications in Retinal Diagnostics and Polarization Vision
Riaan Schmidt (PTB), Theoretical Predictions for Atomic Magnetometers Employing Vector Vortex Beams
Mike Snow (Indiana U), Neutron OAM, p-wave neutron-nucleus resonances, and the neutron-nucleus weak interaction
Stephan Sponar (TU Wien), Fundamental concepts of quantum mechanics studied in neutron interferometry
Sophia Strnat (U Tampere), Inelastic scattering of vortex electrons by atomic targets
Robert Spreeuw (U Amsterdam) (online), Optical tweezers beyond the paraxial approximation
Andrey Surzhykov (PTB), Atomic parity violation studies with structured light
Yulung Tang (U Berkeley), Coherent Transfer of Orbital Angular Momentum to a Trapped-Ion Planar Rotor
Alan Willner (USC), Longitudinally-Structured Light Fields for Sensing and Communications
Anatoly Zayats (King’s College London), Spin topologies in evanescent fields and anisotropic metamaterial
The list is still being updated.
