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Title: The return of the Anyons- news for the fractional quantum Hall effect Abstract: The fractional quantum Hall effect, first observed some four decades ago, is believed to …

… conceptually simple tool for effectively describing dissipation. Recently, investigating the topological properties of such NH systems has become a broad frontier of research. In this talk, I …

Title: Emergent Phenomena in Crystalline Graphene Abstract: Condensed matter physics has witnessed many emergent quantum phenomena driven by electron correlation and topology. Such phenomena have been mostly observed …

Title: Observation of itinerant magnetism in polar molecule confined in optical lattices Abstract: Photon mediated interactions in polar molecules give rise to strong long-range and anisotropic dipolar …

Workshop exploring the use of machine learning methods to construct an expert system that can answer questions about high transition temperature superconductor  based on an efficient compilation of …

… different symmetries of the system, such as superconductivity, magnetism, nematic ordering, and orbital September 17, 2024 Rafael Fernandes: Topological Properties of Altermagnets

… optical properties. [1] Galler and Pourovskii, New J. Phys. 24, 043039 (2022) [2] Galler, Boust, Demourgues, Biermann and Pourovskii, PRB 103, L241105 (2021) For the full DMFT …

… the key ideas of entanglement measures, I will address the emergence of strong quantum entanglement between nearby atomic orbitals within the Mott phase. By combining CDMFT methods …

June 11, 2024 Giuseppe Carleo: Neural Quantum State of Mind

… solved by quantum chemistry impurity solvers. Next, I will discuss its application to systems with entangled local and non-local electron correlations, such as prototypical Kondo systems …

… fluctuations. These defects are always present in ferroelectric KDP but disappear at low temperature in deuterated KDP (DKDP), which behaves much more classically than its protonated counterpart …

Title: Exploring New Candidates for Dirac Quantum Spin Liquids Abstract: Frustrated quantum magnets offer a promising arena for exploring exotic states of matter. The talk will focus on …

Title: Making density functionals with machine learning Kieron Burke Departments of Chemistry and of Physics, UC Irvine The quantum mechanics of electrons determines the glittering diversity of chemistry …

Title: Physics and Math at the Moiré Scale Abstract: The incommensurate stacking of multilayered two-dimensional materials has become an active experimental method to investigate physical properties and …

… gases 2:30-3:15 (45) Wolfgang Ketterle (MIT) Spin physics with ultracold atoms

Title: Electron solids in two-dimensional semiconductor heterostructures Abstract: Atomically thin two-dimensional (2D) semiconductors and heterostructures offer an exciting platform for the study of tunable correlated electronic …

… metal [1] and to unveil the crucial role of the redistribution of spectral weight of the Hund’s metal to promote superconductivity [2]. Our analysis provides a …

Title: Observation of Fractional Quantum Anomalous Hall Effect Abstract: The interplay between spontaneous symmetry breaking and topology can result in exotic quantum states of matter. A celebrated example …

… around 100K, (ii) the ordering of these local isospin moments at around 10K, and (iii) a cascadic redistribution of charge between localized and delocalized electronic states upon …

… (University of Hamburg) Two-particle self-consistency in diagrammatic extensions of the dynamical mean field theory 12:15- 1:45 PM (1.5hr) Lunch

… (University of Chicago) Controlled approaches to nonlinear response from effective field theory 12:30 – 2:00 PM Lunch 2:00 – 2:45 PM Mark Sherwin (UC Santa …

… 2, 024307 (2021) [2] Z. Zhong et al, Phys. Rev. Lett. 114, 246401 (2015) [3] M. Pickem, JMT, K. Held, Phys. Rev. Research 4, 033253 (2022) [4 …

… energy [4]. January 30, 2024 Riccardo Comin: Flat Bands and Correlation Physics

… peculiarities of the proposed approaches. While all of them rely on a selective analysis of the Schwinger-Dyson (or the Bethe-Salpeter) equation, the methodological differences originate …

… single-particle Green’s function zeros. After focusing on the fate of the bulk-boundary correspondence, I will propose a way of revealing the physical consequences of …

CIFAR – Quantum Material Program Meeting Wednesday, November 8 8:45- 9:00 Welcome 9:00-9:45 (45) Louis Taillefer (CIFAR/Sherbrooke) Cuprates: Progress & Perspective 9:45- 10 …

CIFAR – Quantum Material Program Meeting Wednesday, November 8 8:45- 9:00 Welcome 9:00-9:45 (45) Louis Taillefer (CIFAR/Sherbrooke) Cuprates: Progress & Perspective 9:45- 10 …

CIFAR – Quantum Material Program Meeting Wednesday, November 8 8:45- 9:00 Welcome 9:00-9:45 (45) Louis Taillefer (CIFAR/Sherbrooke) Cuprates: Progress & Perspective 9:45- 10 …

… calculations. October 30, 2023 Philipp Werner: Nonequilibrium Dynamical Mean Field Theory Description of Photo-Doped Mott Insulators October 30, 2023 Anna Tamai: Temperature Evolution of Quasiparticles in …

Title: Accelerating Scientific Discovery with HPC, AI and Quantum Computing Abstract: Chemical and materials science impacts 96% of manufactured goods and 100% of humanity. Advancements in this space …

Title: The role of QMC in developing Born-Oppenheimer potentials: results on dense hydrogen Abstract: Because continuum Quantum Monte Carlo methods such as Diffusion MC and Path Integral …

… 3:30 PM (1.5hr) Discussion 3:30- 4:00 PM (30) Break 4:00- 4:45 PM (45) Seogjoo Jang (City University of New York) Partially …

… 3:30 PM (1.5hr) Discussion 3:30- 4:00 PM (30) Break 4:00- 4:45 PM (45) Seogjoo Jang (City University of New York) Partially …

… Marlon Brenes: Non-Markovian Thermodynamics at Strong Coupling of Interacting Systems September 15, 2023 Paul Eastham: Optimal Control and Inverse Design with Process Tensors September 15, 2023 …

… PM Lunch Afternoon: Chiral Model of Twisted Bilayer Graphene 1:30 – 2:30 PM Maciej Zworski Classically forbidden regions in the chiral model of TBG 2:30 …

Monday, May 15 2:00 – 2:45 PM Peter Littlewood (University of Chicago) Polaron Physics and “Quantum Paraelectricity” in SRTIO3 2:45-3:30 PM David Reichman (Columbia …

Title: Spin crossovers in iron in mantle phases May 9, 2023 Renata Wentzcovitch: Spin crossovers in iron in mantle phases