XXXI Cracow Epiphany Conference on the recent LHC Results
Krakow, Poland
The Cracow Epiphany Conference has had a different topic every year. The series started in 1995. By bringing in new subjects and inviting new participants every year the meetings offer a general forum to discuss the frontiers of physics.
For more information please see the conference webpage.
To learn more about IFJ PAN see Leaflet 1 and Leaflet 2.
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Registration
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Registration
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LHC overview
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WelcomeSpeaker: Tadeusz Lesiak (Polish Academy of Sciences (PL))
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Overview of the LHC performance in Run 3Speaker: Reyes Alemany Fernandez (CERN)
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Coffee break
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EW
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EW measurements in CMSSpeaker: Luca Della Penna (Universita e INFN, Perugia (IT))
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Beyond eikonal: matrix elements of SM and New Physics in lepton pair productionSpeaker: Zbigniew Andrzej Was (Polish Academy of Sciences (PL))
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Lunch
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SM Higgs
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SM Higgs properties and rare decays in ATLASSpeaker: Marc Escalier (IJCLab-Orsay)
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SM Higgs properties and rare decays in CMSSpeaker: Michal Bluj (National Centre for Nuclear Research (PL))
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Coffee break
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BSM
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ATLAS searches in the Higgs sectorSpeaker: Ruggero Turra (Università degli Studi e INFN Milano (IT))
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CMS searches in the Higgs sectorSpeaker: Michal Szleper (National Centre for Nuclear Research (PL))
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Special event
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Meeting of particle physics community with Mark Thomson - open to everyone
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Top
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Top-quark physics highlights from ATLASSpeaker: Daniel Ernani Martins Neto (Polish Academy of Sciences (PL))
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Top-quark physics highlights from CMSSpeaker: Piotr Zalewski (National Centre for Nuclear Research (PL))
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Coffee break
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Heavy flavour
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Heavy flavour results from ATLASSpeaker: Andreas Warburton (McGill University, (CA))
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Recent results on CP violation and rare decays from LHCbSpeaker: Michal Krzysztof Kazanecki (Polish Academy of Sciences (PL))
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Lunch
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Heavy ions
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HI at ATLASSpeaker: Iwona Grabowska-Bold (AGH University of Krakow (PL))
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Heavy-ion physics results from CMSSpeaker: Artur Kalinowski (University of Warsaw (PL))
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Coffee break
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Young
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Novel Neutrino Reconstruction via Acoustic Signals at KM3NeT
Ultra-high-energy neutrinos are a gateway into new physics beyond the Stan-
dard Model, with potentials for unraveling some of the essential mysteries in
cosmology and astrophysics. Given the nature of neutrinos, with electric charge
neutrality and negligible mass, they go through cosmic distances without in-
teracting and will be an excellent candidate for multi-messenger astronomy
in studying celestial objects, especially black holes. It is actually these very
attributes that constitute the difficulties in the attempts at the detection of
neutrinos.
The KM3NeT experiment tackles this challenge by deploying one cubic kilo-
meter of instrumented volume at the bottom of the Mediterranean Sea. This
contribution describes an innovative study related to the detection of ultra-high-
energy neutrinos by means of their acoustic signal; it not only gives additional
information but is also cost-efficient to implement in the frame of the existing
infrastructure called KM3NeT and opens up perspectives for an improvement
of the detection accuracy.
We also recommend advanced computational techniques, namely deep learn-
ing algorithms, for neutrino event reconstruction. These state-of-the-art data
analysis tools will serve to increase the accuracy and reduce the errors associated
with traditional methods, thus helping to advance neutrino astronomy.Speaker: Amine Meskar (National Centre for Nuclear Research, Warsaw, and experiment KM3NeT.) -
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Prospects for acoustic detection of high-energy astrophysical neutrinos
The KM3NeT (Cubic Kilometer Neutrino Telescope) located in the Mediterranean Sea is the next-generation neutrino Cherenkov observatory. This experiment addresses a few fundamental questions of physics, like neutrino mass hierarchy and the origins of high-energy cosmic rays. KM3NeT consists of two telescopes: ORCA (Oscillation Research with Cosmics in the Abyss) and ARCA (Astroparticle Research with Cosmics in the Abyss). KM3NeT has a state-of-the-art optical module with many sensors including LED beacon, piezo sensors, tilt meter, and hydrophones. This study aims to work on acoustic calibration and acoustic detection of UHE neutrinos. Additionally, the goal is to study these neutrinos with their potential astrophysical counterparts. In the presentation, the strategy of studying the counterparts of the high energy neutrinos will be discussed.
Speaker: Kalyani Chaitnya Kumar Mehta (AGH University of Karkow) -
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Control system for production testing of the ATLAS ITk PP2
The ATLAS (A Toroidal LHC Apparatus) will undergo modernization between 2026 and 2030 to prepare for operations at the high luminosity regime of the HL-LHC (High-Luminosity Large Hadron Collider). To address the challenging radiation levels, higher data rates, and extremely high-occupancy environment, the ATLAS Inner Detector will be upgraded and replaced with a new all-silicon pixel and strip tracker known as the ITk (Inner Tracker). Simultaneously, a detector control system (DCS) is being developed for the ITk to ensure the proper functioning of each part of the new detector. Patch Panel 2 (PP2) is an active component of the strip tracker's power supply (PS) chain, which will be located inside the ATLAS detector. It will connect two different types of cables within the PS system and convert the 48V voltage delivered from service caverns to the 12V required for the ITk Strip detector structures. An independent readout system is needed to connect to PP2 for safety and control reasons. Currently, the PP2 system is in the pre-production phase. The equipment must undergo detailed Quality Control (QC) checks before being installed in the ITk detector. A dedicated DCS system is being developed to facilitate the automated QC procedure. I will present the PP2 design during its prototype phase, along with its readout system and the plans for the QC of the pre-production PP2 series, which are being developed in Cracow.
Speaker: Maria Malgorzata Dudek (Polish Academy of Sciences (PL)) -
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Towards automatizing Higgs decays in BSM models at one-loop in the decoupling renormalization scheme
High-precision calculations of Higgs boson observables can be used to constrain models of the Beyond the Standard Model (BSM) physics. Motivated by the non-observation of light BSM particles at the LHC, in this talk I will discuss a renormalization scheme for precise predictions of Higgs boson decays in the presence of a moderatelly heavy BSM physics at the 1-loop level. I will cover the basics of the decoupling renormalization scheme and present the renormalization conditions for a generic model. I will also show application of the decoupling scheme in a concrete model to explore its effects. This calculation is a part of FlexibleSUSY spectrum-generator generator and will be automatically applied to any user defined BSM model in the future.
Speaker: Jonas Lang (NCBJ) -
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Improvement of calibration of the timing detectors in the CMS-PPS experimentSpeaker: Tomasz Dariusz Ostafin (AGH University of Krakow (PL))
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Charged particles tracking in heavy ion collisions for ATLAS in Run 4Speaker: Luthien Mlynarska (AGH University of Krakow (PL))
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QCD
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Flavoured jets and how to define themSpeaker: Rene Poncelet (IFJ PAN Krakow)
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QCD at ATLASSpeaker: Luca Sesto Colangeli (University of Toronto (CA))
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Coffee break
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BSM
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Highlights on BSM searches at CMSSpeaker: Malgorzata Kazana (NCBJ Warsaw (PL))
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Dark Matter Searches by ALICESpeaker: Nicolò Jacazio (Universita e INFN, Bologna (IT))
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Lunch
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prof. Zalewski's session
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OpeningSpeakers: Anna Kaczmarska (Polish Academy of Sciences (PL)), Marek Jezabek (Institute of Nuclear Physics Polish Academy of Sciences (PL))
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Quantum correlations in the hadronization processSpeaker: Marcin Kucharczyk (Polish Academy of Sciences (PL))
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Entanglement entropy, Krylov complexity and Deep inelastic scattering data
Recent progress in applying the dipole picture of QCD to calculate partonic entropy and its relation to measured hadron multiplicities is reviewed. Additionally, the relation of the dipole model to the framework of Krylov complexity is discussed.
Speaker: Krzysztof Kutak (Instytut Fizyki Jadrowej Polskiej Akademii Nauk) -
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Entropy production and fluctuation- dissipation theoremSpeaker: Maciej Nowak (Jagiellonian University)
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All non-local states of identical particles, or when indistinguishability is a resource
Entanglement due to symmetrisation of the wave function in the second-quantised theory is ubiquitous, but at the same time it is severely constrained by the inability to address individual particles. So, can it actually be turned into a useful resource of non-local correlations observed in a laboratory? I will show that this is possible with very modest passive linear optical means for almost every state of identical particles.
Speaker: Paweł Błasiak (IFJ PAN)
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Coffee break
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prof. Zalewski's session
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Lecturer, Teacher and Mentor: What I have learned from Professor Zalewski?
Among Krakow physicists, Professor Zalewski is an iconic figure. Many of us attended his lectures, discussed solutions to problems assigned "for home" while standing at the blackboard, and trembled in front of the Professor's office door waiting to enter the exam. It was hard at times, but it was worth it. Not only for a better understanding of physics, not only for the ability to patiently convey it, but, perhaps above all, for the "life wisdom" that Professor Zalewski always emanated.
Speaker: Andrzej Horzela (IFJ PAN) -
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Statistical physics, entropy and quantum entanglement
Invitation to a journey following paths of prof. Kacper Zalewski: From thermodynamics through statistical physics to quantum mechanics and the theory of multipartite entanglement. With some humble remarks on entanglement in the theory of elementary particles...
Speaker: Karol Życzkowski (Jagiellonian University) -
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Particle physics in KrakówSpeaker: Kacper Zalewski (Jagiellonian University)
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Discussion
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Forward
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On prospects of CEP studies at the LHCSpeaker: Valery Khoze (University of Durham (GB))
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Forward Physics in ATLASSpeaker: Maciej Trzebinski (Polish Academy of Sciences (PL))
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Production of open and hidden charm in fixed target experiments at the LHCSpeaker: Antoni Szczurek
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Coffee break
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Young
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New constraints on CPT symmetry violation in charm mesonsSpeaker: Mateusz Kmiec (National Centre for Nuclear Research (PL))
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Single top plus Higgs production at the LHCSpeaker: Ya-Juan Zheng (Iwate University)
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Novel GNN architectures for track reconstruction beyond HL-LHCSpeaker: Wojciech Gomulka (AGH University of Krakow (PL))
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Top-Down Reconstruction algorithm and its application to a deep extensive air showerSpeaker: Megha Mogarkar (IFJ PAN)
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Search for rare muonic B decays at CMSSpeaker: Klara Emilia Komuda (University of Warsaw (PL))
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Tau-pair invariant mass estimation using MLE and collinear approximationSpeaker: Wiktor Matyszkiewicz (University of Warsaw (PL))
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Lunch
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Young
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LHC phenomenology with KrkNLO matchingSpeaker: Pratixan Sarmah (Jagiellonian University)
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Measuring the Drell-Yan process at forward rapidity with the upgraded ALICE detectorSpeaker: Sahil Upadhyaya (Polish Academy of Sciences (PL))
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Initial state entanglement measurements through final state multiplicity distributionSpeaker: Sandor Lokos (Institute of Nuclear Physics Polish Academy of Sciences (PL))
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Feasibility studies of light-by-light scattering in ALICE with FoCalSpeaker: Kacper Zajac (Polish Academy of Sciences (PL))
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Coffee break
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Young
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Global Alignment of ATLAS Forward Proton DetectorsSpeaker: Tomasz Grzegorz Mroz (Polish Academy of Sciences (PL))
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Production of neutrons and protons from nuclei excited in UPCSpeaker: Paweł Jucha (Institute of Nuclear Physics Polish Academy of Sciences)
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Comparison of the \pi^\pmK^\pm femtoscopy in PbPb collisions at \sqrt{s_NN}=5.02 TeV modeled with (3+1)D hydrodynamics + THERMINATOR~2 and iHKMSpeaker: Pritam Chakraborty (PL - Warsaw UT)
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Search for Lepton Flavor Violating B→Kτℓ (ℓ = e,μ) Decays at BelleSpeaker: Junaid Ur Rehman (IFJ PAN)
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Two-Photon Physics as an Attempt to probe proton characteristicsSpeaker: Nikhil Krishna (IFJ PAN)
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Dinner
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Dinner - Restauracja Galicyjska, Pijarska 9, 31-015 Kraków
Restauracja Galicyjska, Pijarska 9, 31-015 Kraków
http://restauracja-galicyjska.pl/
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Future
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Neutrino trident production at the LHC, FASERSpeaker: Sebastian Trojanowski
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The electron-ion collider — A collider to unravel the mysteries of visible matterSpeaker: Elke-Caroline Aschenauer
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FCC - The Future of Particle PhysicsSpeaker: Marcin Chrzaszcz (Polish Academy of Sciences (PL))
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Coffee break
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Upgrades
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The CMS HL-LHC, upgrade and physics prospectsSpeaker: Karol Bunkowski (University of Warsaw (PL))
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ALICE upgrades and physics prospectsSpeaker: Andrea Dainese (INFN - Padova (IT))
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The ATLAS HL-LHC, upgrade and physics prospectsSpeaker: Savanna Shaw (University of Manchester)
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Lunch
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