Recent NLO analyses of inclusive Higgs production indicate that high-energy resummation corrections can reach the 10\% level, highlighting the growing impact of high-energy QCD dynamics on electroweak observables from LHC to FCC energies. We extend this precision program to Drell-Yan plus jet production by deriving high-energy-resummed predictions for rapidity and transverse-momentum distributions of electroweak bosons. Fixed-order NLO accuracy is consistently combined with next-to-leading energy-logarithmic resummation (NLL/NLO). We outline a JETHAD-DYnamis-POWHEG matching strategy that retains polarization and angular correlations while enabling realistic lepton-level kinematics. This setup provides the first high-energy-resummed description of rapidity-separated electroweak-boson plus jet final states. The resulting framework offers a precision-oriented description of Drell-Yan observables for present LHC measurements and the High-Luminosity LHC, where percent-level theoretical control will become increasingly important.
Precision studies at the LHC increasingly require theoretical control over QCD radiation beyond fixed-order perturbation theory, particularly in final states characterised by large separations in rapidity. High-energy logarithms can generate corrections at the ten-percent level even for electroweak-scale observables, a...
We investigate the high-energy behavior of observables sensitive to the production of a Higgs boson in association with a singly charmed hadron at the $\sqrt{s}=14$ TeV LHC, with light-flavored hadrons considered for comparison. Our reference formalism is the hybrid factorization at NLL/NLO$^+$, where the standard coll...
Jet vetoes are central to precision measurements of Higgs-boson properties at the Large Hadron Collider, where they are used to suppress backgrounds containing hard QCD radiation. We present the first prediction for the Higgs jet-vetoed cross section at the third logarithmic order in QCD, consistently combining the nex...
S. Abreu, J. Gaunt, P. F. Monni et al.· 1 citation
High-precision theoretical predictions for both signal and background processes are crucial for the precision physics program at the LHC and HL-LHC. A prime example is the determination of the effective leptonic weak mixing angle from neutral current Drell-Yan via template-fit methods, where Monte Carlo templates direc...
Filippo Belloni, M. Chiesa, C. Del Pio et al.· 0 citations
Heavy-quarkonium hadroproduction at the LHC can access kinematic configurations in which the partonic center-of-mass energy is much larger than the quarkonium mass and transverse momentum. Fixed-order predictions may become unstable in this regime because large logarithms of the collision energy are not resummed. Exten...
M. Fucilla, J. Lansberg, M. Nefedov et al.· 0 citations
We present a complete calculation of the next-to-leading order (NLO) electroweak corrections to the loop-induced gluon-fusion process $gg\to\gamma\gamma$ at the LHC, including the full third-generation quark and the Higgs boson contributions for the first time. To efficiently evaluate the large number of multi-scale tw...
Long-Bin Chen, Zi-Qiang Chen, Hai-Tao Li et al.· 0 citations
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