Recent results from the LHC

• Albert De Roeck

The Future of Particle Physics: Charting Fundamental Interactions

• Francesco Sannino

Critical point of nuclear matter and beam energy dependence of net proton number fluctuations

• Mark Gorenstein (Bogolyubov Institute for Theoretical Physics)

Heavy Ion Physics

• Eero Aleksi Kurkela

Heavy ion physics - experimental results

• Sonja Kabana (Centre National de la Recherche Scientifique (FR))

Experimental Discovery of Higgs Boson

• Alexander Lincoln Read (University of Oslo (NO))

Study of the SM Higgs boson decaying to WW with ATLAS

• Edvin Sidebo

On interference and non-interference in the SMEFT

• Andreas Helset

The Little Bang of Heavy Ion Collisions

• Meera Vieira Machado

Investigation of hadron collisions with angular correlations

• Malgorzata Anna Janik

Statistics in Experimental Physics

• Alexander Lincoln Read (University of Oslo (NO))

Dynamical vs. geometric anisotropy in relativistic heavy-ion collisions

• Larisa Bravina

Charmed states on the lattice

• Elena Lushchevckaya

100 years of gravitational waves - history and discovery

• Christopher Messenger

Recent results from the LHC

• Albert De Roeck

Dark matter - theoretical overview

• Kai Ronald Schmidt-Hoberg

GAMBIT: What is it and where is it going?

• Anders Kvellestad

The proposed ESS neutrino Super Beam and its physics case

• Tord Johan Carl Ekelof

Strangeness production

• Sonia Kabana

First physics results with GAMBIT

• Are Raklev

Sterile neutrinos in GAMBIT

• Tomas Gonzalo

Separating heavy Higgses using machine learning

• Inga Strumke

Using Machine Learning for a Fast Evaluation of Supersymmetric NLO Cross Sections

• Jon Vegard Sparre

LHC discoveries and particle physics concepts for education

• Eirik Gramstad

Direct detection of dark matter

• Jan Conrad

Dark Matter and Dark Sector at the LHC

• Christian Ohm

Gamma rays from dark matter annihilation into heavy mesons

• Jeriek Van den Abeele

Connecting the Dots - Track reconstruction in the era of Data Science

• Andreas Salzburger

Search for direct production of sleptons in proton-proton collisions at √s = 13 TeV with the ATLAS detector

• Even Simonsen Haaland

Search for new phenomena in the dilepton final state using proton-proton collisions at √s = 13 TeV with the ATLAS detector

• Simen Hellesund

Search for electroweak production of supersymmetric particles in the two and three lepton final state at √s = 13 TeV with the ATLAS detector

• Knut Oddvar Hoie Vadla

Measurement of $B^0_s \rightarrow \psi(2S) \phi$ / $B^0_s \rightarrow J/\psi \phi$ ratio

• Haakon Midthun Kolstoe

Status of Bimetric Gravity

• Fawad Hassan

Gravitational Waves

• Christopher Messenger

Analysis of constraints in bimetric gravity

• Anders Lundkvist

Introduction to physics of relativistic nucleus-nucleus collisions.

• Yuriy Sinyukov (BITP)

Introduction to physics of relativistic nucleus-nucleus collisions. An outline of the fundamentals of relativistic nuleus-nucleus collisions: their purpose, methods of its realization and the physical basis for this. The main features of accelerators and detectors. Description of the observed quantities and methods of their measurement. Among them: the multiplicity of particles at different centers of collisions, the ratio of the numbers of particles of different species, spectra and their azimuthal asymmetry with different impact parameters, correlation femtoscopy.

Future Accelerators - Ideas

• Carl Andreas Lindstrom

ATLAS pixel upgrades

• Andreas Lokken Heggelund

Hadron resonance gas: mean particle multiplicities in nucleus-nucleus collisions.

• Mark Gorenstein (Bogolyubov Institute for Theoretical Physics)

Property of hadrons. Conserved charges -- baryonic number, strangeness, electric charge. Chemical equilibrium and chemical potentials. Resonances. Chemical freeze-out and hadron multiplicities in nucleus-nucleus collisions. Canonical ensembles for small systems.

Making SUSY Natural Again -- Investigating the Naturalness Reach of the International Linear Collider

• Eli Baverfjord Rye

The High-Granularity Timing Detector proposed for ATLAS Phase II

• Christian Ohm

Prospects of Sterile Neutrino Search with the FCC-ee

• Sissel Bay Nielsen

Building the Standard Model

• Jan Olav

GEANT4 simulations of transition radiation for detectors of next generation

• Alexander Savchenko

Polarization radiation from bunches of correlated charged particles

• Daria Danilova

RQM 2.The scattering matrix. Scattering cross-section, width of decay

• Volodymyr Gorkavenko (Taras Shevchenko National University of Kyiv)

Quantum Chromodynamics on Lattice

• Elena Luschevskaya

Quark-gluon plasma: lattice QCD and phenomenological models.

• Mark Gorenstein (Bogolyubov Institute for Theoretical Physics)

Quark gluon plasma. Bag model. Lattice QCD results. Experimental signatures.

Thermal and hydrodynamic models for description of relativistic nucleus-nucleus collisions.

• Yuriy Sinyukov (BITP)

The models of relativistic nuclear-nuclear collisions: statistical, as historically the first, and currently used - thermal, hydrodynamic, kinetic, and others will be described. Significant attention will be paid to the hydrodynamic approach to nuclear collisions modeling as the basis of all modern models. The pioneering analytical model - the hydrodynamic Landau model, as well as the more modern - Bjorken model will be considered in detail. The formation of hadron spectra in such models will be considered, the concept of "freeze-out" - the freezing of hadron spectra and chemical composition - will be introduced.

Long-range Correlations in the Model with String Fusion on a Lattice

• Svetlana Belokurova (Saint Petersburg state university)

Cumulative production of nucleons by heavy baryonic resonances in proton-nucleus collisions

• Oleksandra Panova (Taras Shevchenko National University of Kiev, Kiev, Ukraine)

We investigate nucleon production in proton-nucleus collisions outside the kinematical boundary of proton-nucleon reactions. The maximal energy of protons emitted in the backward direction is estimated. We suggest that cumulative nucleons are produced by heavy baryonic resonances created in p+A collisions due to successive collisions with nuclear nucleons. We also compare theoretical predictions to the results of Ultra Relativistic Quantum Molecular Dynamics simulations.

Building the Standard Model

• Jan Olav Eeg

Glauber model

• Evgeny Zabrodin

Quantum Chromodynamics on Lattice

• Elena Luschevskaya

HBT Correlations

• Grigory Nigmatkulov

HBT Correlations

• Grigory Nigmatkulov

Phase diagram of strongly interacting matter: 1-st order phase transition and critical point.

• Mark Gorenstein (Bogolyubov Institute for Theoretical Physics)

Phase diagram of strongly interacting matter. 1-st order liquid-gas phase transition. Critical point.

RQM 3. Diagram technique of Feynman

• Volodymyr Gorkavenko (Taras Shevchenko National University of Kyiv)

Event-by-event fluctuations in high energy collisions: statistical models.

• Mark Gorenstein (Bogolyubov Institute for Theoretical Physics)

Fluctuations in the statistical models. Different statistical ensembles. Fluctuations in a vicinity of the critical point.

Introduction to the hydrokinetic approach.

• Yuriy Sinyukov (BITP)

3. Introduction to the hydrokinetic approach. The modern integrated hydrokinetic approach to A+A collisions will be presented. It includes a complete spatiotemporal picture of nucleus-nucleus collisions : 1) the formation of an initial nonthermal state of matter characterized by a certain distribution of the ultrahigh energy density; 2) a description of the process of thermalization of such an initial nonequilibrium state and the formation of (almost) locally-equilibrium initial conditions for the subsequent hydrodynamic expansion of the system; 3) viscous relativistic hydrodynamic chemically-equilibrium evolution of quark-gluon and then hadronic matter; 4) decay of a thermally and chemically (almost) locally-equilibrium medium into hadrons and resonances; 5) the evolution of the interacting hadron-resonant gas, and the formation of observable quantities.

RQM 4. Computations of traces of the gamma-matrices products.

• Volodymyr Gorkavenko (Taras Shevchenko National University of Kyiv)

HBT Correlations

• Grigory Nigmatkulov

Exercises

• Vladimir Shapoval

The soft physics observables and the space-time picture of nuclear collisions in the integrated hydrokinetic model

• Yuriy Sinyukov (BITP)

4.The soft physics observables and the space-time picture of nuclear collisions in the integrated hydrokinetic model. It will be demonstrated how using the integrated hydrokinetic model and the soft physics observables from Large Hadron Collider (LHC) and Relativistic Heavy Ion Collider (RHIC) , to restore space-time picture of the matter evolution in ultrarelativistic nucleus-nucleus collisions. Will be considered the correlations of particles that are created in such collisions, primarily femtoscopic correlations, directly related to the spatiotemporal scales - the main parameters of the matter evolution. In this connection, the final state interaction method will also be studied, and the concept of the source function is introduced. It will be shown how to use these concepts to investigate in A + A collisions the strong interactions of protons with particles, such that their beams can not be created in accelerators, for instance, strange Lambda-baryons, Cascade-baryons and other hyperons.

The soft physics observables and the space-time picture of nuclear collisions in the integrated hydrokinetic model

• Musfer Adzhymambetov

Production of mesons with diffractively excited protons at the LHC

• Mark Yuhai

RQM 5. Calculation of the main processes of the QED

• Volodymyr Gorkavenko (Taras Shevchenko National University of Kyiv)

Centrality determination in NA49 experiment for p+p collision system at 40A GeV

• Elisaveta Zherebtsova

Measurement of negatively charged pions elliptic flow in Pb-Pb collisions at 40A GeV in the NA49 experiment

• Iuliia Gornaia (National Research Nuclear University MEPhI (RU))

Anisotropic Flow

• Larissa Bravina