The ILM framework computes hadron spectra, form factors, PDFs, TMDs, and soft functions from instanton vacuum parameters, connecting nonperturbative QCD topology to partonic observables.
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A two-component AGN and starburst model, with mixing fractions fitted per energy bin to Auger data, reproduces the observed UHECR dipole amplitude and direction to within roughly 7 to 14 degrees.
Using partial-wave unitarity to bound the valid energy range of SMEFT and HEFT operators, the thesis finds non-empty discovery regions for beyond-Standard-Model effects in same-sign WW scattering at HL-LHC and HE-LHC.
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A Quantitative Framework of Nonperturbative QCD from Topological Vacuum with Application to Parton Structures
The ILM framework computes hadron spectra, form factors, PDFs, TMDs, and soft functions from instanton vacuum parameters, connecting nonperturbative QCD topology to partonic observables.
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Reconstructing the Auger UHECR Dipole: A Hybrid Analysis of 4LAC AGNs and Nearby Starburst Galaxies
A two-component AGN and starburst model, with mixing fractions fitted per energy bin to Auger data, reproduces the observed UHECR dipole amplitude and direction to within roughly 7 to 14 degrees.
- Pion structure in Holographic QCD