You can find the program and talk titles below and using the following link: Program_ICOAM2022
Invited talks
- Ritesh Agarwal – On-chip OAM photodetectors: topological light meets topological materials
- Miguel Alonso – Geometry and topology in 3D Polarization
- Peter Banzer – SuperPixels – Phase and Polarization Sensitive Cameras Based on Integrated Photonics
- Jamal Berakdar – Generation of structured fields via Spintronic THz emitters
- Fabio Biancalana – Non-perturbative, fully quantum formulation of nonlinear optics in 2D media: the holographic principle
- Konstantin Bliokh – Momentum and Angular Momentum of Sound, Water, and Plasma Waves
- Etienne Brasselet – Spin-independent geometric self-focusing of light driven by the photon spin
- Robert Cameron – How to knot microwaves
- Federico Capasso – 3D Structuring of Light with Metaoptics
- Flavio Capotondi – Applications of XUV – OAM beams to image transient dynamics of plasmonic nanostructures and magnetic vortex
- Filippo Cardano – Ultra-long photonic quantum walks via spin-orbit metasurfaces
- Joel Carpenter – Time reversed optical waves by arbitrary vector spatiotemporal field generation
- Lixiang Chen – The Radial Momentum of Light
- Raphael Dahan – Tunable Photon-Induced Spatial Modulation of Free Electron Wavepackets
- Mark Dennis – Skyrmionic Hopfions: particle-like twisted topologies in light
- Cornelia Denz – Topology in three-dimensionally structured light
- Kayn Forbes – Chirality and optical activity of twisted light
- Sonja Franke-Arnold – Shape-shifting cold atoms with vector light
- Vincenzo Grillo – Electrostatic OAM generation, detection and ghost imaging in electron microscopy
- Jörg Götte – Paraxial Skyrmionic Beams
- Marcus Huber – High-dimensional entanglement for quantum communication
- Ebrahim Karimi – Structured Photons – Their Application in Quantum Photonics
- Mercedeh Khajavikhan – Direct Generation of Tunable Orbital Angular Momentum Beams in Microring Lasers with Broadband Exceptional Points
- Antonio Khoury – Spin to orbital angular momentum transfer in nonlinear wave mixing
- Girish Kulkarni – A classical model of spontaneous parametric down-conversion
- Jaroslav Kysela – Engineering high-dimensional quantum entanglement via path identity
- Martin Lavery – Environmental and Fibre Sensing with Structured Light
- Jonathan Leach – Efficiently sorting overlapping quantum states of light
- Daniel Leykam – Singular Optics: From a Data Science Perspective
- Mark T. Lusk – The Geometric Phase of Entanglement for Trapped Optical Vortices and Its Interpretation as an Information Measure
- Mehul Malik – Transport and Manipulation of High-Dimensional Entanglement through a Complex Medium
- Benjamin J. McMorran – Quantum Interactions with Structured Electrons
- Peter Mekhail – 3D Time-of-Flight Imaging using Ultra-thin Endoscopy
- Howard Milchberg – Spatio-temporal optical vortex (STOV) pulses: propagation and OAM conservation
- Gabriel Molina Terizza – Classical and Quantum scattering of vortex beams from small particles
- Tyler Neely – DMD-based optical traps for stirring-up and observing Bose-Einstein condensate superfluid dynamics
- Danilo Gomes Pires – Knots of darkness in turbulent media
- Dmitry Pushin – Integrating structured wave techniques into neutron sciences
- Siddharth Ramachandran – High Dimensional Quantum Sources with Optical Fibers
- Gianluca Ruffato – Control of structured wavefields with conformal transformations
- Jacquiline Romero – Hiding Ignorance Using High Dimensions
- Ferdinand Schmidt-Kaler – Ion wavepackets interacting with vortex laser beams
- Bereneice Sephton – Teleporting high-dimensional OAM states
- Alexander Szameit – Nonlinear Photonic Topological Insulators
- Jian Wang – Tailoring Optical Angular Momentum with Fibers and Chips: Devices and Applications
- Alan Willner – Advances in Utilizing OAM Multiplexing for Communication Systems in the THz and Mid-IR Frequency Bands
- Alison Yao – Structuring light for controlled propagation of optical and atomic solitons
- Qiwen Zhan – Spatiotemporal Sculpturing of Ultrashort Pulses
Contributed talks
- Andrei Afanasev – Angular Momentum and Polarization Transfer from the Twisted Light to Atoms
- Payvand Arjmand – Compressive STED Microscopy with Speckles
- Robert Bennet – A condensate of light as a sensor of chirality
- Vincenzo D’Ambrosio – Ultra-sensitive measurement of transverse displacements with linear photonic gears
- Alba de la Heras – Nonlinear up-conversion of scalar and vectorial vortices through high harmonic generation
- Enrique Galvez – Einstein Beams: Light beams following gravitationally-lensed trajectories
- Jietai Jing – OAM multiplexed quantum entanglement and quantum teleportation
- Igor Meglinski – Orbital Angular Momentum for Biomedical Diagnosis and Tissues Characterization
- Andreas Norrman – Spin structures in random three-dimensional polarization states
- Takashige Omatsu – Optical vortex induced forward transfer for printed electronics and photonics
- Emilio Pisanty – Three-dimensional polychromatic knots and skyrmionic textures via tightly-focused beams
- Thierry Ruchon – Magnetic Helicoidal Dichroism with XUV Light Carrying Orbital Angular Momentum
- Christian Schmiegelow – Transfer of optical orbital angular momentum to the transverse motion of the center of mass of a single trapped ion
- Mujtaba Zahidy – Recent development of OAM mode generation for quantum communication