New Developments in Precision LHC Theory: QEDXQCD Exponentiation, Shower/ME Matching, IR-Improved DGLAP-CS Theory and Implications for UV Finite Quantum Gravity

Abstract

We present the recent developments in exact amplitude-based resummation methods for non-Abelian gauge theories as they relate to precision LHC physics. We discuss QEDXQCD exponentiation, shower/ME matching, IR-improved DGLAP-CS theory and implications, as developed by one of us (BFLW), for a UV finite theory of quantum general relativity.

8 pages, presented by BFLW at RADCOR07

References in corpus (7)

• Renormalization group improved black hole spacetimes
• QED Radiative Corrections to $Z$ Boson Production and the Forward Backward Asymmetry at Hadron Colliders
• Parton Distributions for Low Q^2
• QED \otimes QCD Threshold Corrections at the LHC
• IR-Improved DGLAP Theory
• Quark Masses and Resummation in Precision QCD Theory
• Matrix elements and Parton Shower in the event generator BABAYAGA

Cited by in corpus (10)

• Evaluation of the Theoretical Uncertainties in the W to Lepton and Neutrino Cross Sections at the LHC
• $\mathcal{KK}\text{MC-hh}$: Resummed Exact $\mathcal{O}({\alpha }^{2}L)$ EW Corrections in a Hadronic MC Event Generator
• Precision QED \otimes QCD Resummation Theory for LHC Physics: IR-Improved Scheme for Parton Distributions, Kernels, Reduced Cross Sections with Shower/ME Matching
• Phenomenology of the Interplay between IR-Improved DGLAP-CS Theory and NLO ME Matched Parton Shower MC Precision
• Theoretical Uncertainties in Electroweak Boson Production Cross Sections at 7, 10, and 14 TeV at the LHC
• Current Status of LHC Physics: Precision Theory View
• Review of Applications of YFS-Style Resummation in Quantum Field Theory via Monte Carlo Methods
• Comparisons of Exact Amplitude--Based Resummation Predictions and LHC Data
• Exact Amplitude--Based Resummation QCD Predictions and LHC Data
• Hard Corrections in Precision QCD for LHC and FCC Physics: A New Approach