Presentations

LIST OF PRESENTATIONS
* : To be participated on-site (As of July 8th)

There are 26 invited talks, 38 contributed talks, and 48 poster presentations.

INVITED TALKS

  • Alexander Altland (University of Cologne, Germany), Quantum chaos in 2d gravity

  • Thomas Brunet (Université de Bordeaux, France), Experimental search for 3D Anderson localization of ultrasound in a resonant suspension of soft metallic beads

  • Gábor Csáthy (Purdue University, USA), Single Electron Localization, Collective Localization, and Electron Clustering in Two Dimensions

  • Nicolas Cherroret (Sorbonne Université, France), The Quantum Boomerang Effect

  • Laura Cobus* (University of Auckland, New Zealand), Crossover from renormalized to conventional diffusion near the 3D Anderson localization transition for light

  • Shunsuke Daimon (The University of Tokyo, Japan), Deciphering quantum fingerprints in electronic conductance

  • Vladimir Dobrosavljevic* (Florida State University, USA), Disorder-dominated quantum criticality in moiré bilayers

  • Martin Dressel (Universität Stuttgart, Germany), Dynamical localization in correlated metals: quasiparticles near the Mott transition

  • Elizabeth Dresselhaus* (University of California, Berkeley, USA), Scaling collapse of the longitudinal conductance near the integer quantum Hall transition

  • Ferdinand Evers* (University of Regensburg, Germany), Numerical studies of finite size effects and scaling in the integer quantum Hall effects of classes A and C

  • Amit A. Ghosal* (Indian Institute of Science Education and Research, Kolkata, India), New Paradigm For Superconducting Vortices with Non-metallic Cores

  • Ilya A. Gruzberg (The Ohio State University, USA), Conformal invariance and Anderson transitions

  • David Huse (Princeton University, USA), Where are we now in our understanding of many-body localization?

  • Matteo Ippoliti (Stanford University, USA), Localization and monitored quantum dynamics

  • Aharon Kapitulnik (Stanford University, USA), Anomalous metals: from "failed superconductor" to "failed insulator”

  • Vedika K. Khemani (Stanford University, USA), Resonances and Avalanches in Many-Body Localized Systems

  • Svitlana Mayboroda (University of Minnesota, USA), The landscape method in Wave localization

  • Alexander Mirlin (Karlsruhe Institute of Technology, Germany), Generalized multifractality in 2D disordered systems

  • Rahul Nandkishore (University of Colorado Boulder, USA), Nearly localized dynamics in doped semiconductors

  • Subir Sachdev (Harvard University, USA), Yukawa-SYK models, and a theory of strange metals in two dimensions

  • Tigran A. Sedrakyan (The University of Massachusetts Amherst, USA), Quantum Chaos, Superconductivity, and Information Scrambling in Disorderd Magic-Angle Twisted Bilayer Graphene

  • Alex Dikopoltsev / Moti Segev (Technion - Israel Institute of Technology, Israel), Strong localization beyond the spectrum of the disorder

  • Sergey Syzranov* (University of California, Santa Cruz, USA), Ultraviolet universalities in nodal semimetals and dilute quantum gases

  • Bart van Tiggelen (LPMMC University Grenoble Alpes / CNRS, France), Why is Anderson Localization of Light Different?

  • Xin Wan (Zhejiang University, China), Review on Fractional Quantum Hall Effect

  • Martin Zirnbauer (University of Cologne, Germany), Field Theory of Anderson Transitions on a Tree Graph

CONTRIBUTED TALKS

  • Djenabou Bayo (University of Warwick, UK), Machine Learning the 2D percolation transition

  • Soumya Bera (iIT Bombay, India), Temporal density fluctuations and Renyi entropy through the many-body localization crossover

  • Igor Burmistrov (Landau Institute, Russia), The effect of interaction on multifractality in BdG classes

  • Nicolas Dupuis (Sorbonne Université & CNRS, France), Bose-glass phase of a one-dimensional disordered Bose fluid

  • Yan V. Fyodorov (King's College London, UK), Resonances in wave reflection from a disordered medium: nonlinear σ−model approach

  • Savannah Garmon (Osaka Metropolitan University, Japan), Localization, topology and symmetry-breaking properties of an open PT-symmetric Su-Schrieffer-Heeger model

  • Victor A. Gopar* (Universidad de Zaragoza, Spain), Coherent wave transport in Lévy 1D random media

  • Naomichi Hatano* (The University of Tokyo, Japan), Analysis of quantum transport on tree-like networks using non-Hermitian Hamiltonians

  • Yiming Huang (Queens College and The Graduate Center of the City University of New York, USA), Transmission eigenchannel velocities and energy in random media

  • Ken Imura* (The University of Tokyo, Japan), Localization, topology and entanglement in disordered non-Hermitian systems: one- vs. many-body cases

  • Madhuparna Karmakar (Chennai Institute of Technology, India), Disorder stabilised metal in frustrated 2D Mott insulators

  • Ki-Seok Kim (POSTECH, South Korea), Observation of superconducting order-parameter multifractality and magnetic-field driven delocalization of in-gap-state BdG quasiparticles in a quasi-two-dimensional Fe-based superconductor

  • Viktor Könye* (IFW Dresden, Germany), Non-Hermitian physics without gain or loss: the skin effect of reflected waves

  • Kazue Kudo* (Ochanomizu University, Japan), Detection of localization based on quantum dynamics

  • Nicolas Laflorencie (LPT CNRS Toulouse, France), Many-body localization stabilizes topological order in random interactiong Ising/Majorana chains

  • Gabriel Lemarié (MajuLab-CNRS and CQT-NUS, Singapore), Dirty bosons on the Cayley tree: Bose-Einstein condensation versus ergodicity breaking

  • Mathieu Lizee (LPENS, Ecole Normale Supérieure de Paris, France), Local density of states spatial fluctuations probe weak localization in a 2d superconductor

  • Eitam Luz (Bar-Ilan University, Israel), Flexural Wave Localization in Disordered Thin Plates: A Direct Experimental Validation of the Landscape Theory of Localization

  • Hiroyoshi Nobukane* (Hokkaido University, Japan), Superconductor-insulator transition in a two-dimensional ruthenate

  • Hideaki Obuse* (Hokkaido University, Japan), Localization in Non-Unitary Quantum walks with point gap topology

  • John Page (University of Manitoba, Canada), Optimal concentration of inclusions for maximumscattering strength in a disordered resonant medium

  • Dragana Popovic* (Florida State University, USA), Metal-insulator transition of a two-dimensional hole system in few-layer WSe2 devices

  • Georg Schwiete (University of Alabama, USA), Thermal and thermoelectric transport in the disordered two-dimensional electron gas

  • Ryuichi Shindou (Peking University, China), Unifying the Anderson transitions in Hermitian and non-Hermitian systems

  • Piotr Sierant (ICFO, Spain), Polynomially filtered exact diagonalization (POLFED) approach to many-body and Anderson localization transitions

  • Jesko Sirker (University of Manitoba, Canada), Particle Transport in Many-Body Localized Phases

  • Brian Skinner (Ohio State University, USA), The relation between conductivity and activation energy in a disordered two-dimensional band gap insulator

  • Sergey Skipetrov (Univ. Grenoble Alpes, CNRS, LPMMC, France), Symmetry breakdowns and topological photonics in disordered atomic lattices

  • Keith Slevin* (Osaka University, Japan), Improved estimate of the critical exponent of the Anderson transition

  • Matthias Stosiek (Sophia University, Japan) Deep Learning Study of Two-Dimensional Disordered Class D Systems

  • Kuldeep Suthar (Academia Sinica, Taiwan), Non-Hermitian Many-Body Localization with Open Boundaries

  • Marcin Szyniszewski (University College London, UK), Measurement-induced transitions and Anderson localization

  • Korekiyo Takahashi (Hokkaido University, Japan), Bose glass and Fermi glass

  • Tong Wang (Peking University, China), Multicriticality of two-dimensional class-D disordered topological superconductors

  • Tsz Chun Wu (Rice University, USA ), Quantum Interference of Hydrodynamic Modes in a Dirty Marginal Fermi Liquid

  • Zhenyu Xiao (Peking University, China), Effect of Topology on the Anderson Transition

  • Xudong Yu (Laboratoire Charles Fabry, université Paris-Saclay, France), 3rd Anderson Localization with ultracold atoms

  • Jakub Zakrzewski (Jagiellonian University, Poland), Can we observe many body localization?

POSTER PRESENTATIONS

  • P01: Md. Shuzon Ali* (Okayama University, Japan), Continuous translation for local symmetry inversion in valley-topological phononic crystal for robust reconfigurable acoustic waveguide

  • P02: Elizaveta Andriyakhina* (L. D. Landau Institute for Theoretical Physics, Moscow Institute for Physics and Technology, Russia), Multifractally-enhanced superconductivity in two-dimensional systems with spin-orbit coupling

  • P03: Shoto Aoki* (Osaka University, Japan), Curved domain-wall fermions

  • P04: Serafim Babkin* (L. D. Landau Institute for Theoretical Physics, Russia. Moscow Institute of Physics and Technology, Russia), Surface multifractality in spin quantum Hall system

  • P05: Wouter Buijsman (Ben-Gurion University of the Negev, Israel), Circular Rosenzweig-Porter random matrix ensemble

  • P06: Yuta Fukuda* (Hokkaido University, Japan), Quantum VRH conduction by CDW instantons; experimental evidence in nanoscale NbS3 and TaS3

  • P07: Sriram Ganeshan* (The City College of NY, CUNY graduate center, USA), In search of many-body mobility edge with matrix product states in a Generalized Aubry-Andre model with interactions.

  • P08: Miguel Gonçalves (Universidade de Lisboa, Portugal), Renormalization-group theory of localization for 1D quasiperiodic lattice models

  • P09: Stephan W. Haas (University of Southern California, USA), Edge Plasmons in Topological Insulators

  • P10: Yi Huang (University of Minnesota, USA), Disorder effects in topological insulator thin films and nanowires

  • P11: Masataka Kakoi (Graduate School of Science, Osaka University, Japan), Stochastic method for L2 localization landscape

  • P12: Ikuzo Kanazawa (Tokyo Gakugei University, Japan), Electron-glass states and Many-valleys of RSB Phase of Al-based Quasicrystals

  • P13: Shin Kaneshiro (Kyoto University, Japan), Temperature dependence of the non-Hermitian skin effect associated with Kondo crossover

  • P14: Jonas F. Karcher (Karlsruhe Institute of Technology, Deutschland), Generalized multifractality: Pure-scaling observables

  • P15: Koji Kobayashi* (Kyushu University, Japan), Relation Between Anomalous Hall and Longitudinal Conductances in Disordered Weyl Metals

  • P16: Takaaki Koga* (Hokkaido University, Japan), Exact relation between the 2D random walk and weak localization/antilocalization

  • P17: Bhupesh Kumar (Bar-Ilan University, Israel), Selective Pumping of Localized States in a Disordered Active Medium

  • P18: Takumi Kuroda (Graduate School of Pure and Applied Science, Japan), Study of disordered flat-band states by machine learning

  • P19: Hui Liu* (IFW Dresden, Germany), Supermetal-insulator transition in a non-Hermitian network model

  • P20: Jie Liu (Xiangtan University, China), Interplay of disorder and flat band geometry for generalized Lieb models in 3D with correlated order

  • P21: Tomonari Mizoguchi (University of Tsukuba, Japan), Gap opening and emergent critical states in a random-phase molecular-orbital model

  • P22: Youcef Mohdeb (Jacobs University Bremen, Germany), Excited-Eigenstate Properties of XX Spin Chains with Random Long-Range Interactions

  • P23: Wasim R. Mondal (State University of New York, USA), A dynamical cluster approximation for studying vibrational excitations in mass-disordered systems with multiple branches

  • P24: Yusuke Nakai* (Kyoto University, Japan), The characterization of non-Hermitian skin effects in disordered systems by non-normality

  • P25: Daichi Nakamura* (Kyoto University, Japan), Bulk-boundary correspondence for point-gap topology

  • P26: Keiji Nakatsugawa* (National Institute for Materials Science, Japan), Time crystal by decoherence: Localization of macroscopic CDW wavefunction

  • P27: Tomi Ohtsuki* (Sophia University, Japan), Unsupervised machine learning the Anderson transitions

  • P28: Kyung-Yong Park (POSTECH, South Korea), Emergence of two types of Anderson insulators

  • P29: Paul Pöpperl (KIT, Germany), Memory effects in the density-wave imbalance in delocalized disordered systems

  • P30: Calvin Pozderac (Ohio State University, USA), Exact solution for the filling-induced thermalization transition in a 1D fracton system

  • P31: Chakradhar Rangi (Louisiana State University, USA), Local Density of states of the Harper-Hofstadter model with local random disorder

  • P32: Rudo Roemer (University of Warwick, UK), The GOE ensemble for quasiperiodic tilings without unfolding: r-value statistics

  • P33: Vincent Sacksteder (Rutgers University, South Korea), Experimental evidence that Cooperons can follow specific real-space trajectories, determined by impurities and other microscopic details, in individual samples

  • P34: Cheng Shang* (The University of Tokyo, Japan), Prototype controllable coupling theory of open quantum systems in symmetric optomechanics

  • P35: Helene Spring (Delft University of Technology, Netherlands), Can a doubled quantum Hall transition be protected from disorder?

  • P36: Filippo Stellin (École Normale Supérieure Paris-Saclay, France), Localization landscape for interacting Bose gases in one-dimensional speckle potentials

  • P37: Matthias Stosiek (Sophia University, Germany), Multifractal correlations of the local density of states in dirty superconducting films

  • P38: Shinichi Sunami* (University of Oxford, UK), Probing 2D Bose Gases in Disordered Potential via Matter-Wave Interferometry

  • P39: Nyayabanta Swain (National University of Singapore, Singapore), Evidence of many-body localisation in two dimensions from quantum Monte Carlo simulation

  • P40: Sergey Syzranov* (University of California Santa Cruz, USA), Effect of quenched disorder on quantum spin liquids and geometrically frustrated magnets

  • P41: Hanna Terletska (Middle Tennessee State University, USA), The Real Space Cluster Extension of the Typical Medium Theory of Anderson Localization

  • P42: Yoshiki Ueoka (Japan), New theoretical approach to the Anderson transition based on Statistics of Random Walk

  • P43: Manami Yamagishi* (The University of Tokyo, Japan), Defining a Quantum Active Particle Using Non-Hermitian Quantum Walks

  • P44: Masanori Yamanaka* (Nihon University, Japan), Energy level statistics of molecules and application to molecular evolution

  • P45: Xinghai Zhang (Rice University, USA), Enhanced Amplitude for Superconductivity due to Spectrum-wide Wave Function Criticality in Quasiperiodic and Power-law Random Hopping Models

  • P46: Nilanjan Roy (Indian Institute of Science, Bangalore, India), Single-particle excitations and Fock-space propagator across non-ergodic extended to ergodic state phase transition and many body localization proximity effect

  • P47: Zhenyu Xiao (Peking University, China) Level statistics of real eigenvalues in non-Hermitian systems

  • P48: Aswathy-Sundaresan (Indian Institute of Science Education and Research Thiruvananthapuram Kerala India) Droplet microfluidics assisted random lasing