Title: Orthogonality Catastrophe as a Consequence of the Quantum Speed Limit Speaker: Dr. Steve Campbell (UCD) Abstract: A remarkable feature of quantum many-body systems is the orthogonality catastrophe which describes their extensively growing sensitivity to local perturbations and… Read More

Title: Light Hadron Spectrum from a Yang-Mills Matrix Model Speaker: Mahul Pandey (DIAS) Abstract: The SU(3) Yang-Mills matrix model coupled to fundamental fermions is an approximation of quantum chromodynamics (QCD) on a 3-sphere of radius R. The spectrum… Read More

Title: Affine Yangian & quantum toroidal algebra — relation with integrability & application to AGT conjecture Speaker: Yutaka Matsuo (University of Tokyo) Abstract: In this talk, I first review the role of affine Yangian (AY) to prove AGT… Read More

Title: On Exceptional Periodicity and Magic Star Algebras Speaker: Alessio Marrani (Enrico Fermi Center, Rome & Univ. of Padova) Abstract: We introduce and discuss the novel mathematical framework of Exceptional Periodicity and Magic Star Algebras, and highlight its… Read More

Title: Programmable quantum matter in semiconductor electronics Speaker: Krzysztof Pomorski (University College Dublin) Abstract: Rapid developments in semiconductor electronics allows achieving the transistors with short channels and it opens the new epoch allowing for design of devices working… Read More

Title: Anyonic (or Symmetric) Tensor Network States Speaker: Babatunde Ayeni (Maynooth University) Abstract: The focus of my talk would be on a broad class of tensor networks (TN) with a generic type of quantum symmetry: anyonic symmetry. This… Read More

Title: Dissipative Phase Transition in the Quantum Rabi Model with a Structured Environment Speaker: Mark Mitchison (Trinity College Dublin) Abstract: I will introduce the super-radiantquantum phase transition in the Rabi model and its dissipative generalisation [1,2]. I will… Read More

Title: Large Deviation Principles for Bosonic Random Permutations Speaker: Matthew Dickson (University of Warwick) Abstract: Bosons are quantum particles whose collective wave-functions are symmetricunder the transposition of particles. By using the Feynman-Kac formulae,boson gases can be described by… Read More