Particle Physics At The Year Of 150th Anniversary Of The Mendeleev'S Periodic Table Of Chemical Elements - Proceedings Of The Nineteenth Lomonosov ... ... Conference on Elementary Particle Physics Mo

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The volume of these proceedings is devoted to a wide variety of items, both in theory and experiment, of particle physics such as electroweak theory, fundamental symmetries, tests of standard model and beyond, neutrino and astroparticle physics, hadron physics, gravitation and cosmology, physics at the present and future accelerators. CONTENTS Nineteenth Lomonosov Conference on Elementary Particle Physics — Sponsors and Committees Thirteenth International Meeting on Problems of Intelligentsia — The Heritage and Future of the Intelligentsia Foreword Neutrino Physics Status of three neutrino mass and mixing parameters Introduction Global analysis of oscillation data Constraints from non-oscillation data Conclusions Acknowledgments References Review of sterile neutrino experiments 1 Introduction 2 Reactor ν Experiments for Sterile ν Search 2.1 NEOS 2.2 NEUTRINO-4 2.3 STEREO 2.4 PROSPECT 2.5 DANSS 2.6 SoLid 2.7 Daya Bay, RENO and JUNO 3 Accelerator ν Experiments for Sterile ν Search 3.1 MiniBooNE 3.2 JSNS 2 Acknowledgments References Exploring light sterile neutrinos at long-baseline experiments 1 Introduction 2 CPV induced by sterile neutrinos at long-baseline experiments 3 Conclusions Acknowledgments References On neutrino mass generation 1 Introduction 2 Neutrino Masses in Models Leading to the Weinberg Effective Lagrangian and Majorana Mass Term 3 Status of Experiments on the Search for 0νββ-Decay and Sterile Neutrinos Acknowledgments References Review of the OPERA experiment results 1 Introduction 2 The experiment 3 Results 3.1 ντ appearance results 3.2 νe appearance result 3.3 Constraints on (3+1) oscillation model 3.4 Non-oscillation results 4 OPERA legacy References ICARUS at Fermilab SBN program 1 Introduction 2 ICARUS LAr-TPC: an ideal detector for neutrino physics 3 ICARUS as far detector for the SBN program Acknowledgments References Latest results from Double Chooz collaboration 1 Introduction 2 Detection Principle and Background 3 DC-Fit 4 Summary References Borexino: Latest results and future opportunities 1 Solar Neutrinos 2 Detector and Latest Results 3 Future Opportunities: Towards CNO 4 Conclusions Acknowledgments References Photodetection and shockwave-arresting PMT cover systems for the HyperK ν detectors 1 Introduction 2 HK design, capabilities and PMT system References Recent results from RENO 1 Introduction 2 Detection Method for Reactor Antineutrinos and Experimental Arrangements 3 Precise Measurements of θ13 and Δm2ee 4 Fuel-composition Dependent Reactor Antineutrino Yield and Spectrum 5 Conclusion Acknowledgments References Project for leptonic CP violation discovery based on the European Spallation source 1 Introduction 2 The ESS facility 3 The ESSνSB facility 4 The ESSνSB physics performance 5 The ESSνSB potentiality 6 Conclusion Acknowledgments References History of neutrino magnetic moment 1 Introduction 2 Neutrino Magnetic Moment 3 Neutrino Magnetic Moment in the Gauge-theory Era 3.1 Dirac neutrino 3.2 Majorana neutrino 3.3 Charge radius and magnetic moment 3.4 Ultra-violet completion 4 Effects in Stars Acknowledgments References Neutrino charge radii from COHERENT elastic neutrino-nucleus scattering 1 Introduction 2 Fit of the time-integrated and time-dependent COHERENT data 3 Conclusions References Recent results from IceCube 1 Introduction 2 Neutrino Emission from the Direction of the Blazar TXS0506+056 3 High Energy Starting Events 4 Reconstruction of Atmospheric Muon Neutrino Spectra 5 Tau Neutrino Identification with Machine Learning 6 Summary References Recent results and perspectives from the T2K experiment 1 Introduction 2 The T2K Experiment 3 The T2K Oscillation Analysis 3.1 Flux and interaction models 3.2 Near detector samples 3.3 Far detector samples 4 Results 5 The Future References Status of KamLAND-Zen 1 Introduction 2 KamLAND-Zen 3 Results from KamLAND-Zen400 phase 4 Status of KamLAND-Zen800 phase 5 Analysis of KamLAND-Zen800 data 6 Summary References Project 8: A frequency-based approach to measure the absolute neutrino mass scale 1 Introduction 2 Cyclotron radiation emission spectroscopy 3 First application of CRES to T2 gas 4 Research and development plans for improved sensitivity Acknowledgments References The SHiP experiment: search for New Physics in neutrino sector 1 Introduction 2 The SHiP detector and facility 3 Proton beam 4 Conclusion References The development of the double donut Schmidt camera optical system toward the UHE neutrino astronomy 1 Neutrino Astronomy 2 Optical Design Background 3 The Double Donut Schmidt Camera Concept 4 The Actively Controlled Primary Mirror References Status and physics of the JUNO experiment 1 Introduction 2 Detector design 2.1 Detection of electron anti-neutrinos 2.2 Requirements of the design 2.3 The main detector 2.4 Calibration 2.5 Subsidiary detector systems 3 Physics with JUNO 3.1 Neutrino Mass Hierarchy 3.2 Precision measurement of oscillation parameters 3.3 Supernova burst neutrinos 3.4 Solar neutrinos 3.5 Geoneutrinos 3.6 Proton decay 4 Conclusion References Status of the SuperNEMO Experiment 1 Introduction 2 The SuperNEMO Demonstrator 3 From NEMO-3 to SuperNEMO 4 Detector Assembly and Commissioning 5 Summary References DsTau (NA65): Study of tau neutrino production at the CERN-SPS 1 Introduction 2 The DsTau experiment 3 Pilot run in 2018 4 Outlook References Study of TeV neutrinos in the FASER experiment at the LHC 1 Introduction 2 Neutrino beamline and uxes 3 FASERν detector and in-situ measurement in Run 2 (2018) 4 Outlook References Strategy for CNO solar ν detection with Borexino 1 Introduction 2 Borexino's unprecedented radiopurity 3 CNO neutrino ux measurement and its relation to radioactive backgrounds References The design of large area MCP-PMT for neutrino detector 1 Introduction 2 The 20-inch MCP-PMTs for JUNO 3 The 20-inch MCP-PMT for LHAASO 4 The 8-inch MCP-PMT for JP 5 Conclusion Acknowledgments References Solar CNO neutrinos and terrestrial 40K geoneutrinos 1 Introduction 2 40K antineutrinos from the Earth 3 CNO cycle solar neutrinos 4 Measuring of CNO cycle solar neutrinos with background of 40K antineutrinos 5 Independent measuring of CNO cycle solar neutrinos 6 Conclusion Acknowledgments References LVD is the detector for study the astroparticle and cosmic ray physics and to search for neutrino radiation from collapsing stars 1 Introduction 2 LVD description 3 Supernova monitor 4 Variation of the muon flux 5 The variation of detector background 6 Conclusion Acknowledgments References Joint analysis of data from neutrino detectors LVD and BUST during the event GW170817 1 Introduction 2 Search for pulses in LVD and in BUST 3 Results Acknowledgments References Relativistic quantum mechanics description of neutrino spin-Flavor oscillations in various external fields Acknowledgments References Quantum field-theoretical description of neutrino oscillations in terms of plane waves 1 Introduction 2 Neutrino oscillations 3 Conclusion Acknowledgments References Quantum field theoretical description of neutrino propagation in dense matter and electromagnetic field Acknowledgments References Nonlinear Flavor instabilities in multiangle frameworks of collective neutrino oscillations 1 Introduction 2 The Setup 3 Numerical simulation and discussion Acknowledgments References Spectral representation of neutrino propagator in media and off-shell spin properties References New estimates of the fundamental mass value in non-Hermitian theory and the neutrino masses 1 Estimation of the maximal mass 2 Estimation of neutrinos masses References Mass generation via gravitational confinement of relativistic neutrinos 1 Introduction 2 Comparison of the gravitational and electrostatic forces. The Newton-Einstein gravitational equation 3 Computation of the masses of hadrons generated via gravitational confinement of neutrinos 4 Mechanism of mass generation References Physics at Accelerators and Studies in SM and Beyond Higgs physics at future e+e– colliders 1 Introduction 1.1 Higgs production mechanisms and the luminosity race 2 Higgs studies at future e+e– colliders 2.1 Higgs width and mass measurements 2.2 Higgs couplings 2.3 Higgs self-coupling 2.4 Higgs as a portal to BSM 3 Discussion 3.1 Synergy and compatibility 4 Summary References High energy physics at IHEP 1 Cosmic-Ray Experiments 2 Ali CMB Polarization Telescope (AliCPT) 3 Cosmic-Rays in Space 4 X-ray Astronomy in Space 5 Neutrino Experiments 6 Accelerator: BEPC & BEPCII 7 Next Step: CEPC 8 Other Accelerator Facilities 9 Summary References CMS results on Standard Model physics 1 Introduction 2 Analyses References Updated patterns of new physics in b → sℓℓ transitions after Moriond and EPS2019 1 Motivation 1.1 Updated global analysis and diagnosis of the anomalies 1.2 Are we overlooking Lepton Flavour Universal New Physics? 1.3 Linking charge and neutral anomalies and LFU NP Acknowledgments References Where we stand on B-physics discrepancies Acknowledgments References Elastic and total cross-section measurements by TOTEM 1 Introduction 2 Elastic Scattering and Total Cross-section σtot Measurements 3 Conclusions References Probing QCD at the LHC: role of the top quark 1 Introduction 2 Probing the proton structure using tt production at the LHC 3 The mass of the top quark 4 The running of the top quark mass 5 Decorrelating the QCD parameters and PDFs using tt kinematics 6 Conclusions References The COMET experiment, search for muon to electron conversion at J-PARC 1 Introduction 2 The COMET Experiment 2.1 Conceptual Design 2.2 Backgrounds 3 Developments and Current Status 3.1 Production Target and Beamline 3.2 Accelerator 3.3 Detectors 4 Summary Acknowledgments References Status of the muon g – 2/EDM experiment at J-PARC 1 Introduction 2 Experiment 3 Estimation of results 4 Conclusion References Light hadron spectroscopy at BESIII 1 Introduction 2 Studies of X(pp) and X(1835) 3 Search for exotic JPC = 1–+ states 4 Radiative J/ψ decays to π0π0, KSKS and ϕϕ 5 Partial wave analysis of J/ψ → K+K–π0 6 Summary References First look at the time-dependent CP violation using early Belle II data 1 Introduction 2 Observation of B0 → J/ψK0S decay and of B0-B0 mixing 3 A new concept of time-dependent fits at Belle II 3.1 Re-weighting of an assistive MC sample instead of new physics simulation 3.2 Smearing of an assistive MC sample by weighting of the MC events 4 Conclusions References Search for BSM physics using challenging signatures with the ATLAS detector 1 Introduction 2 Event Triggering and Reconstruction 3 Long-Lived Particle Searches 3.1 Dark Photon 3.2 Displaced Jets 4 Conclusions References Performance and upgrade of the ATLAS Tile Calorimeter 1 Introduction 2 TileCal calibration procedure 3 Performance during Run 2 4 New electronics for the High-Luminosity LHC upgrade 5 Conclusions References Recent status of the circular electron positron collider 1 Introduction 2 Physics program at CEPC 3 CEPC accelerator and detectors 3.1 Accelerator 3.2 Detectors 4 Path to realize CEPC 5 Summary Acknowledgments References A review of cLFV experiments: the muon channel 1 Introduction: charged Lepton Flavour Violation 2 The muon channel 3 μ → e channel 3.1 Signal and background 3.2 The MEG and MEG II experiments 4 μ → eee channel 4.1 Signal and background 4.2 μ → eee status and perspectives: the Mu3e experiment 5 μ → e conversion in nuclei 5.1 Signal and background 5.2 COMET and Mu2e experiments 6 Conclusion and prospects References Fundamental physics and free electron laser 1 Introduction 2 FEL amplifier regime 3 FEL oscillator regime References Proposal to search for axion-like particles with FEL oscillators 1 Introduction: light shining through the wall 2 An FEL facility for ALP searches References What can we learn with light neutral probes in the ALICE experiment? 1 Introduction 2 Neutral mesons in pp, p-Pb and Pb-Pb collisions 3 Direct photons in pp, p-Pb and Pb-Pb collisions 4 Summary Acknowledgments References CP violation results from LHCb 1 Introduction 2 CKM metrology 2.1 Measurement of the CKM phase γ 2.2 Measurement of the CKM phase β 2.3 Measurement of the CKM phase βs 2.4 Observation of CP violation in charm decays 3 Conclusions References LHC hunting the odderon: Is it really caught? 1 Introduction 2 Experimental searches 2.1 Forward observables 2.2 Non forward observations 3 New prospects 4 Conclusions Acknowledgments References What has OLYMPUS taught us about two-photon exchange? 1 Introduction 2 Experimental Results 3 Status of the Two-Photon Exchange Hypothesis 4 Outlook Acknowledgements References First observation of antimatter quantum interference 1 Introduction 2 The experimental setup 3 Results 4 Conclusion Acknowledgments References Study of hadronic hydrogen-like atoms in DIRAC experiment at PS CERN 1 Physics of hadronic hydrogen-like atoms 2 Study of π+π– atoms 3 Observation of π±K atoms 4 Study of long-lived states of π+π– atoms References Search of a low energy dark photon: the PADME experiment 1 Introduction 2 Dark Matter hypotheses: the Dark Photon 3 The PADME Technique 4 The detector setup 4.1 Status and perspective 5 Conclusions References The KLOE-2 experiment at DAΦNE 1 Introduction 2 The KLOE-2 detector 3 Studies of γγ scattering 4 Discrete symmetry tests with neutral kaons 4.1 Measurement of the charge asymmetry in KS semileptonic decays 4.2 Direct tests of T and CPT with neutral kaon transitions 4.3 Refinement of the upper limit on the KS → 3π0 branching ratio 5 Conclusions Acknowledgments References Study of Φ(1020) and K*(892) meson production in heavy-ion collision at NICA-MPD 1 Introduction 2 Properties of ϕ(1020) and K*(892) resonances in the late hadronic phase and reconstruction possibilities in the MPD experiment 3 Conclusion Acknowledgments References Prospects for the study of strangeness production and uctuations at the NICA heavy-ion collider 1 Introduction 2 MPD performance for strangeness production study 3 MPD performance for event-by-event uctuations study References Perspectives of neutral meson measurements in the MPD experiment at NICA 1 Introduction 2 Model predictions and reconstruction efflciency Acknowledgments References NA48/2 results on rare kaon decays 1 The NA48/2 beam and detector 2 Measurement of the K±ι3 form factors 3 First observation and study of the K± → π+π0e+e– decay References Hadron production measurements for improving neutrino flux predictions with the NA61/SHINE spectrometer 1 Introduction 2 Reference hadron production measurements 2.1 Results with thin targets 2.2 Results with thick targets 3 Future hadron production measurements at NA61/SHINE Acknowledgments References Top-quark physics results by CMS 1 Introduction 2 Cross section measurements 3 Propertied of the top quark 4 Conclusions References CMS results on heavy ion physics 1 Introduction 2 Soft probes in heavy ion collisions with the CMS detector 3 Hard probes in heavy ion collisions with the CMS detector Acknowledgments References CMS results on exotic searches 1 Introduction 2 Recent physics results on searches for exotic new physics phenomena from CMS 2.1 High mass resonant and non-resonant phenomena 2.2 Low mass resonances 2.3 Long-lived particles 3 Conclusions References Generation of medical radio nuclei via electron accelerators 1 Introduction 1.1 GDR and electro-strong theory 2 Method for 64Cu, 62Cu production 2.1 Comparison with experimental data on RI of Cu, F & C 3 Conclusions and future prospects Acknowledgments References Measurement of T-odd asymmetry in radiative K+ → π0e+νeγ decay using OKA detector 1 Introduction 2 OKA setup 3 K+ → π0e+νeγ events selection and background suppression 4 Result References The status and perspectives of the AMoRE experiment 1 Introduction 2 AMoRE-Pilot phase 3 Preparation to AMoRE-I and AMoRE-II phases 4 Conclusion Acknowledgments References Astroparticle Physics and Cosmology Ultra-high energy cosmic rays: Experimental results and open questions in the multi-messenger era 1 Introduction 2 Key experimental results 3 Current status and perspectives References Gravitational waves and multi-messenger astronomy: the new exploration of the Universe 1 Introduction 2 The third observing run: O3 2.1 O3: general information 2.2 Public GW alerts in O3: timeline and content 3 GW candidates during O3a 4 Future perspectives 5 Conclusions References Constraints on gravity theories with observations of galactic center and the center of M87 galaxy 1 Introduction 2 Tests of gravity theories using observational data for the GC 3 Conclusions References Paradigms and scenarios for the dark matter phenomenon 1 Introduction 2 Evidences calling for a change of paradigm 3 The Interacting DM Scenario 4 Conclusion References Ultralight dark matter candidates 1 Introduction: Scalar Dark Matter 2 Vector Dark Matter 3 Tensor Dark Matter Acknowledgments References The radio synchrotron background a cosmic conundrum 1 Radio Background Observations 2 Radio Background Source Mysteries 3 Hypothesized Source Classes 4 Discussion and Future Prospects Acknowledgments References Overview of the Telescope Array Experiment 1 Introduction 2 Selected results 2.1 Energy spectrum 2.2 Anisotropy 2.3 Chemical composition 3 Future prospects Acknowledgments References The DAMPE mission: performances and main results 1 Introduction 2 DAMPE detector 3 CRE spectrum 4 Gamma-ray astronomy and gamma-ray line search 5 Proton and Helium nuclei spectra 6 Summary References Status of the CSES/Limadou space mission after one year in ight 1 Introduction 2 The CSES satellite and the HEPD detector 2.1 The HEPD instrument 3 HEPD in-orbit performance 4 HEPD as a space weather monitor 5 Conclusions Acknowledgments References Neutrino-driven explosions in 3D supernova simulations 1 Introduction 2 State of the neutrino-driven explosion mechanism in 3D 2.1 Low-mass progenitors 2.2 Influence of progenitor rotation 2.3 Influence of novel microphysics 2.4 Influence of progenitor perturbations 3 Conclusions Acknowledgments References Status and perspectives of the Euclid mission 1 Introduction 2 The Dark Universe 2.1 Dark Energy 2.2 Dark Matter 2.3 Neutrino 2.4 Modified Gravity 3 The Euclid mission 3.1 The Euclid Consortium 3.2 The Euclid satellite main characteristics 3.3 VIS - Visible InStrument 3.4 NISP - Near Infrared SpectroPhotometer 4 Expected results 4.1 Euclid timeline 4.2 Forecasted precision on some parameters 5 Conclusion References Calocube and TIC projects: Future solutions for high-energy cosmic-ray detection and γ-ray astronomy 1 Introduction 2 The basic idea 3 Monte Carlo studies 4 The prototypes 5 The Tracker-In-Calorimeter project Acknowledgments References Enlightening the dark Universe 1 Introduction 2 The case of DM particles elastically interacting with target nuclei 2.1 Spin-Independent interaction 2.2 Candidates with isospin violating SI coupling 2.3 Spin-Dependent interaction 2.4 Mixed coupling framework 3 Conclusions References Search for solar axions in BNO INR RAS 1 Introduction 2 Experimental setup 3 Results 4 57Fe 5 Conclusions Acknowledgments References TeV γ-ALP oscillations in realistic extragalactic magnetic fields 1 Photon-ALP conversion in Extragalactic Magnetic Field 2 Results 3 Conclusions References Cosmic critical indices, cosmic cross-sections & cosmic strings 1 Cosmic indices 2 Cosmic cross-sections 3 Cosmic strings in the Standard Model Acknowledgments References Particle creation in gravitational collapse to a horizonless compact object 1 Introduction 2 Particle creation in spherically symmetric spacetimes 3 Particle creation by horizonless compact objects 4 Matter on the surface 5 Summary Acknowledgments References A wide-angle view of galaxy cluster formation: The caustic technique 1 Introduction 2 Mass estimation in the outskirts of clusters 3 Measurement of the mass accretion rate of clusters 4 Cluster substructures and surrounding groups 5 Conclusion Acknowledgments References Vacuum polarization near pointlike source with a zero-range potential: self-adjoint extension References Gravitational radiation from miniholes and graviatoms 1 Introduction 2 Minihole Coalescence 3 Quadrupole Transitions of Graviatoms 4 Conclusion Acknowledgments References New Developments in Quantum Field Theory Multiloop QED in the Euler-Heisenberg approach References Particle creation by peak electric field 1 Peak electric fields 2 Exponential peak electric fields 3 Inverse square peak electric fields Acknowledgments References Particle creation by inverse-square electric fields 1 Introduction 2 Inverse-square electric field 3 Quantities characterizing the vacuum instability Acknowledgments References Reducible contributions to QED in external electromagnetic fields 1 Introduction 2 1PR contribution to the EHL and propagators in constant fields 3 Pure magnetic field background 3.1 1PR to the two-loop EHL 3.2 1PR to the tadpole 4 Constant crossed field and plane wave backgrounds 5 Conclusion References On the space distribution of the synchrotron radiation 1 Introduction 2 Spatial structure of the SR instantaneous angular distribution 3 Properties of the functions P(β, α0) and G(β, α0) 4 Conclusion Acknowledgments Bibliography NSVZ with higher derivatives 1 Introduction 2 Main steps of the perturbative derivation of the NSVZ β-function 3 Two- and three-loop verifications Acknowledgments References The three-loop Adler D-function for N = 1 SQCD with various renormalization prescriptions 1 Introduction 2 The 3-loop results for Adler functions D(αs) and D(αs) Acknowledgments References Two-loop anomalous dimension of the Faddeev-Popov ghosts in N = 1 supersymmetric theories 1 Introduction 2 Calculations and results Acknowledgments References Subgroup of finite renormalizations, conserving the NSVZ relation in N = 1 SQED 1 Introduction 2 Specific NSVZ schemes 3 The class of NSVZ schemes 4 The group and subgroup 5 Conclusion Acknowledgments References On mathematical aspects of modified non-Hermitian Dirac theory with γ5-extension 1 The History 2 The Statements 3 The Results 4 Conclusions References eV-scale sterile neutrinos from 331-model with Froggatt-Nielsen and linear seesaw mechanisms 1 Introduction 2 Fields and symmetry breaking 3 Emergence of neutrino masses 4 Numerical analysis Acknowledgment References Quark/hadronic matter and dualities of QCD thermodynamics 1 Introduction 2 The model and matter with non-zero isospin and chiral densities 3 Duality relations Acknowledgments References Computation of the masses of W, Z and H bosons via the Rotating Lepton Model and the Newton-Einstein equation 1 Gravity among fast leptons. The Newton-Einstein equation 2 The rotating lepton model References In the footsteps of Mendeleev: Heavy elements in three geothermal micro-ecological zones of the Los Azufres (Mexico) caldera Introduction Experimental Results and discussion Conclusion References Conference Programme List of Participants