Lectures related to Fermionic condensate

Gauge Invariance: Electromagnetic Potentials

Explores gauge invariance, electromagnetic potentials, superfluid velocity, and superconductors' magnetic field expulsion.

Trans-series in Quantum Field Theory: SVZ Approach Overview

Discusses the SVZ method for calculating non-perturbative corrections in quantum field theory.

Trans-series in Quantum Field Theory: SVZ Approach and Applications

Discusses the SVZ sum rules and their application in quantum field theory, focusing on trans-series and non-perturbative corrections.

Exploring 4D Topological Phases of Matter

Explores 4D topological phases of matter through quantum simulation and discusses approaches like topological pumping and synthetic dimensions.

Topological matter and its exploration with quantum gases

Explores topological matter in 2D systems, discussing unconventional phase transitions, vortices, and the ideal Bose gas.

Path Integrals: Quantum Fluids

Explores Path Integrals for quantum fluids, emphasizing superfluid transitions, permutation distributions, and the fixed-node method.

What drives superconductivity

Explores the quantum-mechanical nature of superconductivity, covering basic quantum mechanics, Cooper pair formation, and the energy gap in superconductors.

Quantum Metrology: Spin-Squeezing and Interferometry

Explores spin-squeezing in quantum metrology, focusing on interferometry beyond the standard limit and applications in precision measurements.

Protein self-assembly and phase transitions

Delves into protein self-assembly, phase transitions, and aggregation mechanisms in diseases like Alzheimer's.

Superconducting Shielding: Design and Properties

Explores superconducting shielding, the Meissner effect, macroscopic wave function, and single-spin detection in biological research.

Second Quantification of Fermions

Explores the second quantification of fermions, including ventilation operators and annihilation rates.

Superconducting Qubits: History and BCS Theory

Explores the history of superconducting qubits and the fundamentals of superconductivity and BCS theory.

Fluid Dynamics: Understanding Stationary Liquids and Bernoulli's Principle

Explains fluid dynamics, focusing on stationary liquids and Bernoulli's principle with practical applications.