What Makes a Reaction Network "Chemical"?
Explore the fundamental principles of chemical reaction networks, from basic concepts to modern applications, emphasizing reversibility, conservation, and complex systems.
Path Integral and Functional Methods in Quantum Field Theory - July 2019
Path Integral method is an important formal development in quantum mechanics. The first half of the the course is useful for any student of quantum mechanics, providing deeper insights into the theory.
An UltraShort Introduction to UltraLight Dark Matter
Explore the fascinating world of ultralight dark matter in this concise 28-minute lecture by Luna Zagorac from Perimeter Institute. Delve into the cutting-edge research and theories surrounding this elusive form of matter, gaining insights into its poten…
A Higher Spin Statistics Theorem for Invertible Quantum Field Theories
Explore advanced concepts in quantum field theory, focusing on higher spin statistics and invertible theories. Gain insights from expert Lukas Mueller's seminar on geometry and physics.
Linear BV Quantization as a Functor of Infinity Categories - Lecture
Dive into linear BV quantization as a functor of infinity categories, exploring advanced mathematical concepts in this Prague Mathematical Physics Seminar.
Scattering Amplitudes, Multi-variate Residues and Valuated Matroids
Delve into scattering amplitudes, exploring multi-variate residues on Grassmannians and moduli spaces. Uncover connections between physical problems and geometric combinatorics.
Basic Particle Physics, Lagrangians, and Feynman Rules - Class 2
Dive into fundamental concepts of particle physics, exploring Lagrangians and Feynman rules in this advanced lecture on nuclear physics and quantum chromodynamics.
Basic Particle Physics, Lagrangians, and Feynman Rules - Class 1
Dive into fundamental concepts of particle physics, exploring Lagrangians and Feynman rules in this comprehensive lecture on quantum chromodynamics and nuclear physics.
Basic Particle Physics, Lagrangians, and Feynman Rules - Class 3
Dive into fundamental concepts of particle physics, exploring Lagrangians and Feynman rules in this advanced lecture on nuclear physics and quantum chromodynamics.
Stochastic Quantisation of Yang-Mills
Dive into stochastic processes and Yang-Mills theory with Martin Hairer's talk on building a process admitting the 3D Yang-Mills measure as its invariant measure, exploring gauge-covariance and UV regularization.
Symmetries, Anomalies and Anomaly Inflow in Physics and Mathematics
Explore symmetries in physics, quantum effects, and their mathematical connections in this insightful colloquium by Jeff Harvey on "Symmetries, Anomalies and Anomaly Inflow".
New Approaches to the Hierarchy Problem I - Nathaniel Craig
Explore innovative approaches to the hierarchy problem in particle physics, focusing on technical and direct naturalness, effective field theory, and their implications for the Standard Model.
The Shapes of Spaces and the Nuclear Force - Gregory Moore
Explores the interplay between physics and mathematics, focusing on topological concepts and their applications in understanding fundamental forces and the structure of space.
A Toy Model of the Information Paradox in Empty Space - Suvrat Raju
Explore the information paradox in empty space through a toy model, examining quantum correlations, Bell inequalities, and their implications for gravity and spacetime structure.
La Forma del Higgs - Explicando la Gran Teoría del Todo
Exploración fascinante de la partícula Higgs y su papel en la Gran Teoría del Todo, explicada por un experto en física de partículas del CERN y colaborador de la NASA.
Les fréquences de l'Univers
Explorez le lien fascinant entre la courbure géométrique et les objets quantiques, reliant la relativité générale au monde quantique à travers une formule mathématique captivante.
Topological Symmetry and Duality in Quantum Lattice Models - Lecture 1
Explore topological symmetry in quantum lattice models, focusing on finite symmetries, duality transformations, and their implications for condensed matter theory and numerical simulations.
Gravitational Scattering at High Energies
Explore gravitational scattering at high energies with Rodolfo Russo, delving into advanced concepts and recent developments in this fascinating area of physics.
Why Do Things Fall? An Introduction to Quantum Field Theory in Curved Spacetime
Explore quantum field theory in curved spacetime, understanding gravity's effects on particles and fields, including phenomena like the Hawking effect and Unruh vacuum.
General Equations of Axion Electrodynamics
Explore axion electrodynamics with Anton Sokolov, delving into general equations and their implications for theoretical physics and cosmology.
Apresentação Final: Teoria de Campos - Princípios e Aplicações - Parte 2
Explore os princípios e aplicações da teoria de campos através de apresentações de jovens cientistas, orientados por uma doutoranda em Física Teórica.