DOCSLIB.ORG
Explore
Sign Up
Log In
Upload
Search
Home
» Tags
» Vertex function
Vertex function
Effective Quantum Field Theories Thomas Mannel Theoretical Physics I (Particle Physics) University of Siegen, Siegen, Germany
On Topological Vertex Formalism for 5-Brane Webs with O5-Plane
Quantum Electrodynamics in Strong Magnetic Fields. 111* Electron-Photon Interactions
Sum Rules and Vertex Corrections for Electron-Phonon Interactions
The Electron Self-Energy in the Green's-Function Approach
Self-Consistent Green's Functions with Three-Body Forces
Positronium Hyperfine Splitting Corrections Using Non-Relativistic QED
The Standard Model and Electron Vertex Correction
11 Perturbation Theory and Feynman Diagrams
5 Density Functional Theories and Self-Energy Approaches
Quantum Field Theoretic Perturbation Theory
Vol 2 7 H» 1 7 [2]
Hopf Algebra Approach to Feynman Diagram Calculations
1 Loops and Renormalization
Hyperfine Splitting in Non-Relativistic Bound States Marc E. Baker Doctor
Renormalization, Non-Abelian Gauge Theories and Anomalies Lecture
Many-Body Theory Calculations of Positron Binding to Negative Ions
An Introduction to Highly Entangled States of Quantum Matter (7 January 2014)
Top View
Notes on Quantum Field Theory Mark Srednicki UCSB
Advanced Quantum Field Theory
12 Generating Functionals and the Effective Potential
Notes on Quantum Field Theory Mark Srednicki UCSB
Vertex Functions at Finite Momentum: Application to Antiferromagnetic
Physics.Atom-Ph] 24 Mar 2004 Tlweege.Tepsto a Lotmoaiycpueoeo Th of Effe One These Capture for Temporarily Account to Also Need May the Description
Introduction to Quantum Field Theory
Perturbation Theory and Feynman Rules
3 One-Loop Counterterms in QED
Lecture 24 Renormalization Of
Two-Loop Correction to the Orthopositronium Decay Rate
The Qft Notes 5
Spectroscopic Factors and the Physics of the Single- Particle Strength Distribution in Nuclei
Feynman Diagram Method for Atomic Collisions
Quantum Field Theory Lecture Notes
Phenomenological Aspects of Nonrelativistic Potential Models
Arxiv:2009.08308V3 [Quant-Ph] 18 Dec 2020 Unveiling a Hidden
Theory of the Evolution of Superconductivity in Sr2ruo4 Under Anisotropic Strain
12 Quantum Electrodynamics
A Quantum Electrodynamics for Vector Mesons Robert Henry Tucker Iowa State University
Few-Body Hierarchy in Non-Relativistic Functional Renormalization Group Equations and a Decoupling Theorem
Feynman Diagram Sampling for Quantum Field Theories on the QPACE 2 Supercomputer
Form Factors
Radiative Corrections, the Electron Vertex Function
A Functional Approach to the Electronic and Bosonic Dynamics of Many–Body Systems Perturbed with an Arbitrary Strong Electron–Boson Interaction
Physics 215B: Particles and Fields Winter 2018
Monte Carlo Summation of Higher Order Feynman Diagram Expansions for Strongly Correlated Electron Models
Introduction to Quantum Field Theory
Physics 198-730B: Quantum Field Theory
Einführung in Die Quantenelektrodynamik Introduction to Quantum Electrodynamics
Quantum Field Theory I
Self-Energy and Vertex Functions from Hybridization-Expansion Continuous-Time Quantum Monte Carlo for Impurity Models with Retarded Interaction
Dressed Skeleton Expansion and the Coupling Scale Ambiguity Problem
Bremsstrahlung in Intermediate-Energy Nucleon Reactions Within an Effective One-Boson Exchange Model