Scattering amplitudes: the most perfect microscopic structures in the universe
arXiv:1105.0771 · doi:10.1088/1751-8113/44/45/454001
Abstract
This article gives an overview of many of the recent developments in understanding the structure of relativistic scattering amplitudes in gauge theories ranging from QCD to N=4 super-Yang-Mills theory, as well as (super)gravity. I also provide a pedagogical introduction to some of the basic tools used to organize and illuminate the color and kinematic structure of amplitudes. This article is an invited review introducing a special issue of Journal of Physics A devoted to "Scattering Amplitudes in Gauge Theories".
29 pages, 8 figures. v2: references added, typos fixed
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- QCD and strongly coupled gauge theories: challenges and perspectives
- Classical black hole scattering from a worldline quantum field theory
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- Note on asymptotic symmetries and soft gluon theorems
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- Symbols of One-Loop Integrals From Mixed Tate Motives
- Coordinate-space singularities of massless gauge theories
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- The property of maximal transcendentality: calculation of Feynman integrals
- Color structures and permutations
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- Kleiss-Kuijf Relations from Momentum Amplituhedron Geometry
- Applications of Subleading-color Amplitudes in N=4 SYM Theory
- Permutation Relations of Yangian Invariants, Unitarity Cuts, and Scattering Amplitudes
- Helicity Amplitudes for massive gravitinos in N=1 Supergravity
- Transmutation operators and expansions for -loop Feynman integrands
- The Steinmann Cluster Bootstrap for N=4 Super Yang-Mills Amplitudes
- Quantum Effects for Black Holes with On-Shell Amplitudes
- Perturbative gauge theory and 2+2=4
- Nonplanar On-shell Diagrams and Leading Singularities of Scattering Amplitudes
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- Infrared and transcendental structure of two-loop supersymmetric QCD amplitudes
- Gauge theory one-loop amplitudes and the BCFW recursion relations
- 1-loop Color structures and sunny diagrams
- Scattering Amplitudes in Gauge Theories
- Partial fractioning reduction of perturbative amplitudes