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Gauge theory gravity
Curvature Tensors in a 4D Riemann–Cartan Space: Irreducible Decompositions and Superenergy
Arxiv:1108.0677V2 [Hep-Th]
Classical Field Theories from Hamiltonian Constraint: Local
Applications Gauge Theory/Gravity
General Relativity Vs. Gauge Theory Gravity
Applications of the Gauge/Gravity Duality (DRAFT: July 30, 2013)
The Quantum Structure of Space and Time
Gravity, Gauge Theories and Geometric Algebra
A Curious Story of Quantum Gravity in the Ultraviolet
Gravitational Dynamics—A Novel Shift in the Hamiltonian Paradigm
Relations Between Gravity and Gauge Theory and Implications for UV Properties April 16, 2012 Loops and Legs in Quantum Field Theory
Quadratic Lagrangians and Topology in Gauge Theory Gravity
On Instanton Contributions to Anomalous Dimensions in N = 4 Supersymmetric Yang–Mills Theory
Ejtpv14i37.Pdf
Holographic Effective Theories for Strongly Coupled Physics
Field Theory Dynamics from Branes in String Theory
Third' Quantization Gauge Theory with Minkowski Metric, Non-Zero
Symmetries and Gauge Fields in the Hamiltonian Constraint Formulation
Top View
UV Surprises in Supergravity Theories
From Quantum Chromodynamics to Supergravity
Arxiv:1908.01493V2 [Hep-Th] 14 Feb 2020
Aspects of Gauge Theory-Gravity Correspondence
Gravity As a Double Copy of Gauge Theory
Massive, Non-Ghost Solutions for the Dirac Field Coupled Self-Consistently to Gravity
The Enhançon and N = 2 Gauge Theory/Gravity RG Flows
Modified Gravity with Torsion
Proquest Dissertations
Tensor Theories
Einsteinian Gravity from a Topological Action
The Gravity Gauge Theory and Gravity Field Equation in Flat Space
Weak Gravity Unification with the Standard Model
The Chiral Anomaly from M Theory
Relativistic Quantum Information • Fabrizio Tamburini and Ignazio Licata Relativistic Quantum Information
Approximation to the Second Order Approximation of Einstein Field
Arxiv:1811.09844V2 [Gr-Qc] 5 Mar 2020 a ∇Atb = 0
ÇZ-26-1 of 3È
Rotating Astrophysical Systems and a Gauge Theory Approach to Gravity
Gauge Theories of Gravitation
Towards a Gauge Theory of Gravity
Geometric Algebra As a Unifying Language for Physics and Engineering and Its Use in the Study of Gravity
Applications of the Ads/CFT Correspondence