Kharkiv Quantum Seminar
Live streaming of Kharkiv Quantum Seminar, for more details see the link below.

Prof. Xavier Waintal - Quantum computers versus Classical computers, who will solve chemistry?

Prof. Stuart Parkin - Spintronics for massive data memory-storage – past, present, and future

Prof. Sara Majetich - Magnetization Dynamics in Artificial Spin Ice Based on MTJ

Prof. Emanuel Gull - Let’s get real: Adapting the toolkit of many-body theory to realistic materials

Prof. William D. Oliver - Emulating the Bose-Hubbard Model with Arrays of Superconducting Qubits

Prof. Tomoki Ozawa - Recent developments in physics of synthetic dimensions

Prof. Peter Hommelhoff - Ultrafast coherent electron dynamics in (light-dressed) graphene

Prof. Juan Bartolome - X-ray Magnetic Circular Dichroism and some contributions to Magnetism

Prof. Siddharth S Saxena - Quantum Criticality and Emergent Phases in Spin and Charge Systems

Dr. Gerard McCaul - Quantum Dynamical Emulation

Dr. Jonathon Brame - Open call for proposals with US Army basic science

Dr. Pedram Roushan - Novel quantum dynamics with superconducting qubits

Mads Bahrami & Nikolay Murzin - Introduction to the Wolfram Quantum Framework

Prof. Yaroslav Tserkovnyak - Using atomic defects to sense and harvest quantumness

Prof. Yuri Kivshar - Meta^3: Metamaterials, Metaphotonics, and Metasurfaces

Prof. Roger Melko - Language Models for Quantum Computers

Dr. M. Fernando Gonzalez-Zalba - Quantum computing with silicon technology

Prof. Yaroslaw Bazaliy - How spin currents defy our high-school intuition

Prof. Irinel Chiorescu - Engineering quantum coherence and control in diluted spin systems

Prof. Franco Nori - Quantum Optics with Giant Atoms

Prof. Denis Seletskiy - Experimental Quantum Electrodynamics

Prof. John P. Perdew - More-predictive density functionals, symmetry breaking, strong correlation

Prof. M. V. Ramana - Feedback loops and nuclear accidents: false promises of fast neutron reactors

Prof. Jan Kuneš - Excitonic way to altermagnetism

Quantum Seminar - Prof. Michael V. Berry