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Search for Highly-Ionizing Particles in pp Collisions at the LHC's Run-1 Using the Prototype MoEDAL Detector

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arxiv 2112.05806 v2 pith:EUTQRZL3 submitted 2021-12-10 hep-ex

B. Acharya , J. Alexandre , P. Benes , B. Bergmann , S. Bertolucci , A. Bevan , R. Bhattacharya , H. Branzas
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P. Burian M. Campbell S. Cecchini Y. M. Cho M. de Montigny A. De Roeck J. R. Ellis M. El Sawy M. Fairbairn D. Felea M. Frank J. Hays A. M. Hirt P. Q. Hung J. Janecek M. Kalliokoski A. Korzenev D. H. Lacarrère C. Leroy G. Levi A. Lionti A. Margiotta R. Maselek A. Maulik N. Mauri N. E. Mavromatos P. Mermod M. Mieskolainen L. Millward V. A. Mitsou R. Orava I. Ostrovskiy P.-P. Ouimet J. Papavassiliou B. Parker L. Patrizii G. E. Pavalas J. L. Pinfold L. A. Popa V. Popa M. Pozzato S. Pospisil A. Rajantie R. Ruiz de Austri Z. Sahnoun M. Sakellariadou K. Sakurai A. Santra S. Sarkar G. Semenoff A. Shaa G. Sirri K. Sliwa R. Soluk M. Spurio M. Staelens M. Suk M. Tenti V. Togo J. A. Tuszynski A. Upreti V. Vento O. Vives
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A search for highly electrically charged objects (HECOs) and magnetic monopoles is presented using 2.2 fb-1 of p - p collision data taken at a centre of mass energy (ECM) of 8 TeV by the MoEDAL detector during LHC's Run-1. The data were collected using MoEDAL's prototype Nuclear Track Detector array and the Trapping Detector array. The results are interpreted in terms of Drell-Yan pair production of stable HECO and monopole pairs with three spin hypotheses (0, 1/2 and 1). The search provides constraints on the direct production of magnetic monopoles carrying one to four Dirac magnetic charges (4gD) and with mass limits ranging from 590 GeV/c^2 to 1 TeV/c^2. Additionally, mass limits are placed on HECOs with charge in the range 10e to 180e, where e is the charge of an electron, for masses between 30 GeV/c^2 and 1 TeV/c^2.

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  1. Impact of resummation on the production and experimental bounds of scalar high-electric-charge objects

    hep-ph 2024-12 conditional novelty 5.0 of 10

    For scalar HECOs, a Dyson-Schwinger resummation raises predicted LHC production cross sections and strengthens 95% CL mass bounds by up to about 30% compared with tree-level estimates.

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