Mass Dependence of Higgs Production at Large Transverse Momentum
arXiv:1704.06620 · doi:10.1007/JHEP11(2017)127
Abstract
The transverse momentum distribution of the Higgs at large is complicated by its dependence on three important energy scales: , the top quark mass , and the Higgs mass . A strategy for simplifying the calculation of the cross section at large is to calculate only the leading terms in its expansion in and/or . The expansion of the cross section in inverse powers of is complicated by logarithms of and by mass singularities. In this paper, we consider the top-quark loop contribution to the subprocess at leading order in . We show that the leading power of can be expressed in the form of a factorization formula that separates the large scale from the scale of the masses. All the dependence on and can be factorized into a distribution amplitude for in the Higgs, a distribution amplitude for in a real gluon, and an endpoint contribution. The factorization formula can be used to simplify calculations of the distribution at large to next-to-leading order in .
49 pages, 8 figures
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- NLO Higgs+jet at large transverse momenta including top quark mass effects
- Two-loop amplitudes for processes and at large Higgs transverse momentum
- Light-quarks Yukawa couplings and new physics in exclusive high- Higgs + jet and Higgs + -jet events
- Mass Dependence of Higgs Production at Large Transverse Momentum through a Bottom Quark Loop