Program
Confirmed Invited Speakers
Asbury, John (Penn State University), Photo-Induced Reversible Ligand Detachment from Quantum Dots – Implications for Photocatalysis
Bao, Changhua (Tsinghua University), Floquet engineering in black phosphorus
Chen, Hou-Tong (Los Alamos National Lab), Nanoscale Vectorial Photocurrents in Symmetry-Broken Optoelectronic Metasurfaces
Chen, Sudi (University of California, Berkeley), Terahertz spectroscopy of van der Waals heterostructures
Chernikov, Alexey (Techn. University Dresden)
Crooker, Scott (Los Alamos National Lab), Beyond trions: When excitons couple to multiple distinguishable Fermi seas in monolayer semiconductors
Cundiff, Steve (University of Michigan)
Deotare, Parag (University of Michigan)
Fox, Mark (University of Sheffield), Chiral nano-photonics using quantum dots
Freudenstein, Josef (University of Regensburg), Sculpting the quantum trajectories of Bloch electrons with lightwaves
Gershoni, David (Israel Institute of Technology)
Höfer, Ulrich (University of Marburg), Subcycle dynamics of Floquet-Bloch bands
Holleitner, Alexander (Walter Schottky Institute), Spatially coherent ensembles of interlayer excitons in MoSe2/WSe2 heterobilayers
Hollingsworth, Jennifer (Los Alamos National Lab), Internal and External Control of Excitons in Colloidal Quantum Dots
Huang, Libai (Purdue University), Frozen Non-Equilibrium Dynamics of Exciton Mott Insulators in
Moiré Superlattices
Ideue, Toshiya (University of Tokyo), Spontaneous photovoltaic effect in symmetry-controlled van der Waals nanomaterials
Jahnke, Frank (University of Bremen), Fermionic effects in the exciton-exciton interaction of TMDC semiconductors.
Karni, Ouri (NTT Research), Interlayer excitons explored using multi-dimensional momentum-microscopy
Kasprzak, Jacek (CNRS & University of Tsukuba), Electronically tunable exciton confinement probed with nonlinear spectroscopy
Kato, Yuichiro (Riken), Exciton transfer and interface excitons in mixed-dimensional heterostructures
Khurgin, Jacob (Johns Hopkins), What power does it take to modulate refractive index today and in the foreseeable future?
Kira, Mackillo (University of Michigan)
Li, Elaine (University of Texas - Austin), Excitons in vdW bilayers with large twist angles
Malic, Ermin (Marburg), Optics and dynamics of excitons and trions in 2D materials
Michler, Peter (Univ. of Stuttgart), Quantum-dot quantum light sources for quantum information technologies
Monti, Oliver (University of Arizona), Creating ultrafast spin-polarization in van der Waals materials
Padmanabhan, Prashant ( Los Alamos National Lab /Sandia/ Center for Integrated Nanotechnologies), Giant nonlinearities and structured nonlinear optics in van der Waals crystals
Pareek, Vivek (Cal Tech), Unravelling exciton dynamics in 2D semiconductors through multidimensional momentum microscopy
Reutzel, Marcel (University of Göttingen), Dark excitons in space and time
Schaibley, John (University of Arizona), Nanoscale Control of Excitons in 2D Semiconductor Heterostructures
Sherwin, Mark, (University of California, Santa Barbara), Bloch-wave interferometry of holes in a driven semiconductor
Shi,Sifei (Carnegie Mellon University), Correlated Excitons in TMDC Moiré Superlattice
Shimazaki, Yuya (RIKEN), Electronic and excitonic properties of gate tunable homobilayer semiconductor moire system
Sipe, John (University of Toronto)
Zhang, Yang (University of Tennessee, Knoxville), Chiral asymmetry induced photocurrent quantization for terahertz and infrared detection
Zhu, Xiaoyang (Columbia University), Time Domain Views of Quantum Matter at 2D Semiconductor Interfaces