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Department of Applied Mathematics and Theoretical Physics

Dr Luca Mantani

Career

  • 2021-present: Research Associate, DAMTP, University of Cambridge
  • 2017-2021: PhD student, CP3, Universite Catholique de Louvain
  • 2014-2017: M.Sc. Theoretical Physics, University of Bologna
  • 2011-2014: B.A. Physics, University of Bologna

Research

Luca is a member of the Department of Applied Mathematics and Theoretical Physics High Energy Physics research group, and the Physics Beyond the Standard Proton team (www.pbsp.org.uk). Currently, his research is focused on the possibility to uncover New Physics indirectly at colliders within the SMEFT framework. He also has an interest in Dark Matter searches, with stress on indirect detection and collider production.

For a full list of publications see the Inspire profile.

Publications

Quantum SMEFT tomography: top quark pair
L Mantani
(2022)
Quantum SMEFT tomography: Top quark pair production at the LHC
R Aoude, E Madge, F Maltoni, L Mantani
– Physical Review D
(2022)
106,
055007
(DOI: 10.1103/PhysRevD.106.055007)
Snowmass White Paper: prospects for the measurement of top-quark couplings
G Durieux, AG Camacho, L Mantani, V Miralles, MM López, MM Llácer, R Poncelet, E Vryonidou, M Vos
(2022)
Signatures of leptophilic t-channel dark matter from active galactic nuclei
M Cermeño, C Degrande, L Mantani
– Physical Review D
(2022)
105,
083019
(DOI: 10.1103/physrevd.105.083019)
The physics case of a 3 TeV muon collider stage
JD Blas, D Buttazzo, R Capdevilla, D Curtin, R Franceschini, F Maltoni, P Meade, F Meloni, S Su, E Vryonidou, A Wulzer, C Aimè, A Apyan, P Asadi, MA Mahmoud, A Azatov, N Bartosik, A Bertolin, S Bottaro, L Buonincontri, M Casarsa, L Castelli, MG Catanesi, FG Celiberto, A Cerri, C Cesarotti, G Chachamis, S Chen, Y-T Chien, M Chiesa, M Costa, GD Molin, S Dasu, D Denisov, H Denizli, R Dermisek, LD Luzio, BD Micco, K Dienes, T Dorigo, M Fabbrichesi, D Fiorina, M Forslund, E Gabrielli, F Garosi, A Glioti, M Greco, A Greljo, R Groeber, C Grojean, J Gu, C Han, T Han, K Hermanek, M Herndon, TR Holmes, S Homiller, G Huang, S Jana, S Jindariani, Y Kahn, W Kilian, P Koppenburg, N Kreher, K Krizka, G Krnjaic, N Kumar, L Lee, Q Li, Z Liu, K Long, I Low, Q Lu, D Lucchesi, L Ma, Y Ma, L Mantani, D Marzocca, N McGinnis, B Mele, C Merlassino, A Montella, M Nardecchia, F Nardi, P Panci, SP Griso, G Panico, P Paradisi, N Pastrone, F Piccinini, K Potamianos, E Radicioni, R Rattazzi, D Redigolo, L Reina, J Reuter, C Riccardi, L Ricci, L Ristori, TN Robens, W Rodejohann, R Ruiz, FS Queiroz, F Sala, J Salko, P Salvini, J Santiago, I Sarra, D Schulte, M Selvaggi, A Senol, L Sestini, V Sharma, R Simoniello, GH Stark, D Stolarski, W Su, O Sumensari, X Sun, TMP Tait, J Tang, A Tesi, B Thomas, EA Thompson, R Torre, S Trifinopoulos, I Vai, A Valenti, L Vittorio, L Wang, Y Wu, K Xie, X Zhao, J Zurita
(2022)
Muon Collider Physics Summary
C Aimè, A Apyan, MA Mahmoud, N Bartosik, A Bertolin, M Bonesini, S Bottaro, D Buttazzo, R Capdevilla, M Casarsa, L Castelli, MG Catanesi, FG Celiberto, A Cerri, C Cesarotti, G Chachamis, S Chen, Y-T Chien, M Chiesa, G Collazuol, M Costa, N Craig, D Curtin, S Dasu, JD Blas, D Denisov, H Denizli, R Dermisek, LD Luzio, BD Micco, K Dienes, T Dorigo, A Ferrari, D Fiorina, R Franceschini, F Garosi, A Glioti, M Greco, A Greljo, R Groeber, C Grojean, J Gu, T Han, B Henning, K Hermanek, TR Holmes, S Homiller, S Jana, S Jindariani, Y Kahn, I Karpov, W Kilian, K Kong, P Koppenburg, K Krizka, L Lee, Q Li, R Lipton, Z Liu, K Long, I Low, D Lucchesi, Y Ma, L Ma, F Maltoni, B Mansoulie, L Mantani, D Marzocca, N McGinnis, B Mele, F Meloni, C Merlassino, A Montella, M Nardecchia, F Nardi, P Panci, SP Griso, G Panico, R Paparella, P Paradisi, N Pastrone, F Piccinini, K Potamianos, E Radicioni, R Rattazzi, D Redigolo, L Reina, J Reuter, C Riccardi, L Ricci, UV Rienen, L Ristori, TN Robens, R Ruiz, F Sala, J Salko, P Salvini, E Salvioni, D Schulte, M Selvaggi, A Senol, L Sestini, V Sharma, J Shu, R Simoniello, GH Stark, D Stolarski, S Su, W Su, O Sumensari, X Sun, R Sundrum, J Tang, A Tesi, B Thomas, R Torre, S Trifinopoulos, I Vai, A Valenti, L Vittorio, L Wang, Y Wu, A Wulzer, X Zhao, J Zurita
(2022)
Quantum SMEFT tomography: top quark pair production at the LHC
R Aoude, E Madge, F Maltoni, L Mantani
(2022)
Combined SMEFT interpretation of Higgs, diboson, and top quark data from the LHC
JJ Ethier, G Magni, F Maltoni, L Mantani, ER Nocera, J Rojo, E Slade, E Vryonidou, C Zhang
– Journal of High Energy Physics
(2021)
2021,
89
(DOI: 10.1007/jhep11(2021)089)
Searching for Dark Matter with circularly polarised photons from the Galactic Centre
M Cermeño, C Degrande, L Mantani
– Proceedings of The European Physical Society Conference on High Energy Physics — PoS(EPS-HEP2021)
(2021)
173
(DOI: 10.22323/1.398.0173)
Searches for new interactions within the SMEFT framework at present and future colliders
L Mantani
(2021)
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Research Group

High Energy Physics

Email

lm962@cam.ac.uk

Room

B0.36

Study at Cambridge

About the University

Research at Cambridge