The machine learning landscape of top taggers G Kasieczka, T Plehn, A Butter, K Cranmer, D Debnath, BM Dillon, ...
SciPost Physics 7 (1), 014, 2019
229 2019 LHC collider phenomenology of minimal universal extra dimensions J Beuria, AK Datta, D Debnath, KT Matchev
Computer Physics Communications 226, 187-205, 2018
39 2018 Identifying phase-space boundaries with Voronoi tessellations D Debnath, JS Gainer, C Kilic, D Kim, KT Matchev, YP Yang
The European Physical Journal C 76, 1-30, 2016
25 2016 Edge detecting new physics the Voronoi way D Debnath, JS Gainer, D Kim, KT Matchev
Europhysics letters 114 (4), 41001, 2016
24 2016 Resolving combinatorial ambiguities in dilepton D Debnath, D Kim, JH Kim, K Kong, KT Matchev
Physical Review D 96 (7), 076005, 2017
23 2017 Detecting kinematic boundary surfaces in phase space: particle mass measurements in SUSY-like events D Debnath, JS Gainer, C Kilic, D Kim, KT Matchev, YP Yang
Journal of High Energy Physics 2017 (6), 1-52, 2017
17 2017 Enhancing the discovery prospects for SUSY-like decays with a forgotten kinematic variable D Debnath, JS Gainer, C Kilic, D Kim, KT Matchev, YP Yang
Journal of High Energy Physics 2019 (5), 1-20, 2019
8 2019 Measuring the mass, width, and couplings of semi-invisible resonances with the Matrix Element Method A Betancur, D Debnath, JS Gainer, KT Matchev, P Shyamsundar
Physical Review D 99 (11), 116007, 2019
7 2019 Discovering new physics with Voronoi tessellations D Debnath, JS Gainer, D Kim, KT Matchev
arXiv preprint arXiv:1511.02724, 2015
7 2015 Discoveries far from the lamppost with matrix elements and ranking D Debnath, JS Gainer, KT Matchev
Physics Letters B 743, 1-5, 2015
5 2015 Measuring the mass, width, and couplings of semi-invisible resonances with the matrix element method P Shyamsundar, A Betancur, D Debnath, J Gainer, K Matchev
2018 Model-Independent Searches Using Matrix Element Ranking D Debnath, JS Gainer, KT Matchev
arXiv preprint arXiv:1408.6572, 2014
2014 
James S. GainerSony Interactive EntertainmentEmail verificata su sony.com
