Probing space-time properties (LIV/NC) at HEP experiments
Belgrade, Serbia
Workshop on probing space-time properties at HEP experiments
The Standard Model (SM) of particle physics is expected to be a low-energy effective approximation of a theory that describes particle physics phenomena together with the gravity at high-energy scales. There is a plethora of extensions of SM that predict violation of fundamental space-time symmetries at high-energy scales (e.g. Lorentz invariance violation - LIV) and a quantum space-time with noncommutative geometry (NC), with possibility that some effects could manifests itself at energies accessible by the high-energy physics (HEP) collider experiments today.
The goal of this workshop is to asses the theoretical & phenomenological studies and experimental measurements, and to setup the path of the future R&D that would open up new frontiers for the systematic testing of quantum properties of space-time using HEP experiments. It will have a special focus on the first searches for quantum space-time phenomena in physics of electroweak and QCD interactions with the LHC experiments at CERN.
Workshop will feature the review of the limits on LIV/NC effects from the previous/existing experiments, and review of the phenomenology studies for LHC and future colliders. It will comprise discussions on the necessary developments of the LIV/NC models and corresponding MC event generation tools, as well as experimental challenges that should be addressed in order to maximise the sensitivity to the quantum properties of space-time using collider experiments.
In case you are interested to contribute to the conference with your studies/results, please feel free to contact directly via email the organisers of the workshop.
Workshop is organised in Belgrade on May 29, 2023, as a satellite event to the LHC Physics 2023 conference that is taking place in Belgrade in period May 22-26, 2023.
This workshop is organised as a part of the project that has received funding from the EU H2020 Marie Sklodowska/CUrie grant no. 101033496 — DELTA
Abdulhafiz Ahmed
Aman Desai
ameh james adah
Andjela Besir
Andreas Werner Jung
Anđelo Samsarov
David Walter
Ema Maricic
EMILIE PASSEMAR
Giacomo Rosati
Hubert Hansen
Jelena Jovicevic
José Luis Carrasco Huillca
Katarina Prokić
Krittika Sarkar
Leandro Fontes
leandro fontes
Maarten van Veghel
Marco Schreck
Nathaniel Sherrill
Nicolas Chanon
Nikola Konjik
Predrag Milenovic
Rajeev Singh
Ralf Lehnert
Ram Krishna Sharma
Richard Ruiz
Sandhya Jain
Stefan Hohenegger
Yiming Abulaiti
Yuji Enari
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