The Forward Physics Facility at the High-Luminosity LHC
 Feng, J Kling, F Reno, M Rojo, J Soldin, D Anchordoqui, L Boyd, J Ismail, A Harland-Lang, L Kelly, K Pandey, V Trojanowski, S Tsai, Y Alameddine, J Araki, T Ariga, A Ariga, T Asai, K Bacchetta, A Balazs, K Barr, A Battistin, M Bian, J Bertone, C Bai, W Bakhti, P Balantekin, A Barman, B Batell, B Bauer, M Bauer, B Becker, M Berlin, A Bertuzzo, E Bhattacharya, A Bonvini, M Boogert, S Boyarsky, A Bramante, J Brdar, V Carmona, A Casper, D Celiberto, F Cerutti, F Chachamis, G Chauhan, G Citron, M Copello, E Corso, J Darmé, L D'Agnolo, R Darvishi, N Das, A De Lellis, G De Roeck, A de Vries, J Dembinski, H Demidov, S deNiverville, P Denton, P Deppisch, F Dev, P Di Crescenzo, A Dienes, K Diwan, M Dreiner, H Du, Y Dutta, B Duwentäster, P Elie, L Ellis, S Enberg, R Farzan, Y Fieg, M Foguel, A Foldenauer, P Foroughi-Abari, S Fortin, J Friedland, A Fuchs, E Fucilla, M Gallmeister, K Garcia, A Canal, C Garzelli, M Gauld, R Ghosh, S Ghoshal, A Gibson, S Giuli, F Gonçalves, V Gorbunov, D Goswami, S Grau, S Günther, J Guzzi, M Haas, A Hakulinen, T Harris, S Harz, J Herrera, J Hill, C Hirsch, M Hobbs, T Höche, S Hryczuk, A Huang, F Inada, T Infantino, A Jacobsson, R Jana, S Jeong, Y Ježo, T Jho, Y Jodłowski, K Kalashnikov, D Kärkkäinen, T Keppel, C Kim, J Klasen, M Klein, S Ko, P Köhler, D Komatsu, M Kovařík, K Kulkarni, S Kumar, J Kumar, K Kuo, J Krauss, F Kusina, A Laletin, M Roux, C Lee, S Lee, H Lefebvre, H Li, J Li, S Li, Y Liu, W Liu, Z Lonjon, M Lyu, K Maciula, R Abraham, R Masouminia, M McFayden, J Mikulenko, O Mohammed, M Mohan, K Morfín, J Mosel, U Mosny, M Muzakka, K Nadolsky, P Nakano, T Nangia, S Cornago, A Nevay, L Ninin, P Nocera, E Nomura, T Nunes, R Okada, N Olness, F Osborne, J Otono, H Ovchynnikov, M Papa, A Pei, J Peon, G Perez, G Pickering, L Plätzer, S Plestid, R Poddar, T Rai, M Rajaee, M Raut, D Reimitz, P Resnati, F Rhode, W Richardson, P Ritz, A Rokujo, H Roszkowski, L Ruhe, T Ruiz, R Sabate-Gilarte, M Sandrock, A Sarcevic, I Sarkar, S Sato, O Scherb, C Schienbein, I Schulz, H Schwaller, P Sciutto, S Sengupta, D Shchutska, L Shimomura, T Silvetti, F Sinha, K Sjöstrand, T Sobczyk, J Song, H Soriano, J Soreq, Y Stasto, A Stuart, D Su, S Su, W Szczurek, A Tabrizi, Z Takubo, Y Taoso, M Thomas, B Thonet, P Tuckler, D Vera, A Vincke, H Vishnudath, K Wang, Z Winkler, M Wu, W Xie, K Xu, X You, T Yu, J Zapp, K Zhang, Y Zhou, G Funchal, R (09 Mar 2022)
Search for high-energy neutrino emission from hard X-ray AGN with IceCube
 Goswami, S Privon, G Santander, M Journal of Instrumentation volume 16 issue 9 c09013 (01 Sep 2021)
Application of Pattern Spectra and Convolutional Neural Networks to the Analysis of Simulated Cherenkov Telescope Array Data
 Aschersleben, J Peletier, R Vecchi, M Wilkinson, M 697 (05 Jul 2021)
On Stretching, Bending, Shearing and Twisting of Actin Filaments II: Multi-Resolution Modelling
 Gunaratne, R Floyd, C Ni, H Papoian, G Erban, R (02 Mar 2022)
Reply to Galilean invariance without superluminal particles
 Dragan, A Ekert, A (08 Mar 2022)
Tue, 03 May 2022

14:30 - 15:00
L3

Maximum relative distance between real rank-two and rank-one tensors

Henrik Eisenmann
(Max Planck Institute in Leipzig)
Abstract

We investigate the maximum distance of a rank-two tensor to rank-one tensors. An equivalent problem is given by the minimal ratio of spectral and Frobenius norm of a tensor. For matrices the distance of a rank k matrix to a rank r matrices is determined by its singular values, but since there is a lack of a fitting analog of the singular value decomposition for tensors, this question is more difficult in the regime of tensors.
 

Tue, 17 May 2022

14:00 - 14:30
L1

Pitching soap films

Alberto Paganini
(University of Leicester)
Abstract

This talk is about the mathematics behind an artistic project focusing on the vibrations of soap films.

Dynamics of fluctuations in quantum simple exclusion processes
 Bernard, D Essler, F Hruza, L Medenjak, M SciPost Physics volume 12 issue 1 042 (28 Jan 2022)
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