Overview provides information on the developments of the FCC Software Framework (SF) project, including modular software design and simulation capabilities for the Future Circular Lepton Collider (FCC-ee). It covers topics such as beam-beam interactions, lattice descriptions, beam lifetime studies,

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High-energy recycling in E+ E- colliders involves the innovative concept of Energy Recovery Linacs (ERLs), pioneered by experts like Vladimir N. Litvinenko. These ERLs effectively recycle energy from collided beams, reducing energy consumption and increasing collider efficiency by maximizing luminos

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The ILD collaboration is adapting its strategy for potential circular colliders like FCC or CEPC, discussing challenges in tracking distortion correction, momentum resolution requirements, and handling various backgrounds. The focus is on optimizing the ILD design to meet the evolving collider lands

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Cutting-edge proposal for the HALHF facility aiming to revolutionize particle acceleration technology by utilizing a hybrid asymmetric approach for electron-positron colliders. The design focuses on cost-efficiency and performance optimization, showcasing potential for significant advancements in hi

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Physics seminar presentation by Francesco Prino on open heavy-flavour production as a function of multiplicity in pp collisions at the Large Hadron Collider (LHC). The talk covers the motivation behind studying heavy-flavour production mechanisms, data analysis techniques, results on the multiplicit

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Unveiling insights into heavy-ion collisions at CERN's Large Hadron Collider (LHC) through the ALICE experiment. Delving into the status, performance, and initial results, ALICE aims to characterize the medium formed during collisions. With a collaboration of around 1000 members from 31 countries an

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Delve into the intricate realm of nuclear physics through the utilization of electromagnetic probes, showcasing advancements in ion manipulation, mass measurements, laser spectroscopy, and more. Uncover the internal structure of nuclei and the nuances of electron scattering, offering a glimpse into

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The LHCb Spectrometer at the Large Hadron Collider is exploring the design of a polarized gas target (PGT) similar to the HERMES target in the VELO alcove. The project aims to improve precision in luminosity measurements for antiproton production in colliding bunches. The new SMOG2 system with addit

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Hadron spectroscopy studies at LHCb focus on searching for new hadrons, measuring their properties like lineshape, lifetime, and decay modes. The LHCb detector is optimized for collecting, reconstructing, and identifying signals to improve knowledge about hadron spectroscopy. Development of data ana

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This study analyzes the tune variation during beam commissioning in 2015 at the Large Hadron Collider. It includes comparisons of beam fills, bare tune analysis, evolution, and differences between beams 1 and 2. The research delves into the behavior of tune parameters, energy models, and the accurac

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Study of gravity at high energy density using General Relativity, testing Einstein's equations, constructing Equations of State (EoS) from hadron inputs, and examining theories beyond GR. Focus on constraints from astrophysical observables and determining uncertainties in employed EoS.

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This content provides insights into the basics of damping rings in linear colliders, covering topics such as ring equations of motion, betatron motion, emittance, transverse coupling, dispersion, and momentum compaction factor. It delves into the equations of motion governing particle behavior in el

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Investigating invisible Higgs decays plays a crucial role in unveiling potential signals of new physics, like Dark Sectors or Dark Matter. The search for invisible Higgs decays at the International Linear Collider (ILC) and the Large Hadron Collider (LHC) involves unique techniques such as recoil ma

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The excitation of higher-order transverse modes due to misalignments between the beam and RF structures can lead to beam instability in linear colliders. This instability can be mitigated by selectively damping the transverse modes and/or detuning the dipole mode frequencies. Understanding the diffe

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Research by Pengfei Zhuang explores the sequential coalescence correlations of charmed quarks leading to hadron production in nuclear collisions. The model involves sequential production temperature determination, QGP evolution time calculation, and coalescence process, shedding light on hadronizati

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Investigating the modification of nucleon properties in the nuclear medium using QCD sum rules, focusing on hadron properties, mass spectrum, and chiral symmetry restoration. The study discusses the mass differences, non-perturbative contributions, and the analysis of QCD sum rule in nuclear matter.

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The Accelerator Frontier Panel discusses the crucial components to enable future accelerators, emphasizing the need for a National Future Collider R&D Program, General Accelerator R&D, and adequate accelerator and test facilities. The message stresses the importance of an integrated future collider

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The exploration of new physics demands future accelerators beyond 1 TeV lepton colliders and 100 TeV hadron colliders, requiring luminosity in a specific range. Various challenges, including reaching quantum limits, face conventional RF-based beams. The pursuit of disruptive acceleration technologie

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Explore the beam-beam effects in the SPPC and future hadron colliders, presented at the International Workshop on High Energy Circular Electron-Positron Colliders. The workshop covers weak-strong beam-beam simulations, collision models, and parameter values for the SPPC. Detailed discussions on the

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Delve into the realm of high-energy physics at nucleus-nucleus colliders, with a focus on the discovery of deconfined partonic matter and the investigation of parallel worlds. Explore the recent insights, emerging topics, and new phenomena observed in ultra-intense collisions. Uncover the properties

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This analysis focuses on the tune variation and decay of the bare machine tune in the Large Hadron Collider. It covers the evolution of the bare tune, analysis of the tune decay after injection, fitting of decay constants, and data extraction from 2015. The study includes insights into beam commissi

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Detailed discussion on achieving high average beam polarization in particle colliders like CEPC, focusing on longitudinal polarized colliding beams, beam polarization requirements, basic formulas, and strategies for maintaining beam polarization during physics runs. Emphasis on scenarios involving s

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Coherent electron cooling experiment at RHIC is led by Vladimir N. Litvinenko with Jean Clifford Brutus as the project manager. The CeC group, consisting of researchers from Brookhaven National Laboratory and Stony Brook University, aims to test various experimental scenarios, including high gain FE

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Explore the latest developments in collider technology, focusing on precision electroweak measurements and discoveries at the energy frontier. Reports highlight advancements in circular colliders, linear colliders, and the status of machine designs and risks. Key topics include luminosity, energy re

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Emanuela Barzi and co-authors have made significant progress in developing lepton colliders with higher gradients at lower capital and operational costs. Their research focuses on using Superconducting Nb3Sn coated Cu RF cavities, parallel-feed RF structures, and innovative technologies to achieve h

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Precision Physics at Colliders explores the selection, measurement, and utilization of data at colliders, focusing on fundamental symmetries and parameters of the Standard Model. The lectures cover topics such as QCD, top, electroweak, and flavor physics, emphasizing the importance of precision meas

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Scaling of high-energy e+e- ring colliders has been proposed for energy levels exceeding 200GeV by various authors. The suggested collider possibilities include different tunnel configurations and collider designs. Common features for reducing synchrotron radiation include large circumferences and l

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Andy White from the University of Texas at Arlington presented on the application of Large-Scale Gas Electron Multiplier (GEM) technology to digital hadron calorimetry at the SiD Workshop in SLAC 2012. The study focuses on developing precision calorimetry for future accelerators using Double GEM lay

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CAIN is a particle tracking code used for high-energy collider simulations since 1984. Initially named ABEL, it evolved to include beam-laser interactions for gamma-gamma colliders. The code, written in FORTRAN 90, handles beam-beam and external fields, with a structure where all particles are store

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Participants from various European cities engage in a video conference at CERN, discussing particle physics topics like pronunciation of particle names, technical terms, and multiple-choice questions. Interactions involve learning about the Large Hadron Collider, particle collisions, and particle de

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Delve into the world of particle physics with a focus on particle detectors and pronunciation of particle names. Join a diverse group of participants from various countries as they discuss topics like the Large Hadron Collider and particle interactions. Test your pronunciation skills and learn about

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Exploring advancements in hadron physics with projects like n-XYTER for homeland security, T2K After applications, and FAIR FEB developments. Additionally, discover the innovative Hydrogen TPC detector designed to identify neutrons for security purposes.

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SVT (Silicon Vertex Tracker) is divided into six parts split in the xy-plane to allow clam-shelling of the conical beampipe, with detailed descriptions of the Central SVT, Electron Endcap, and Hadron Endcap sections. The design includes carbon fiber half-shells, support cones, and integration steps

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Summary of project reviews and recommendations for the High-Luminosity Large Hadron Collider (HL-LHC) Accelerator Upgrade Project (AUP) during the DOE/SC Review in January 2020. Covers technical progress, schedule management, external dependencies, and procurement management. Emphasis on project com

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Intense positron sources, whether polarized or not, are vital for future e+e- linear colliders. This review covers different types of e+ sources, including circularly polarized photons and methods to obtain polarized positrons. Techniques such as helical magnetic undulators and Compton backscatterin

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In the analysis of E/p position changes for electron, proton, and helium particles over time, a noticeable increase in the E/p peak position for electrons was observed, while the E/p peak positions for protons and helium remained relatively stable, especially for EnergyD. The changes observed after

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Delve into the intriguing concept of State-Channel Duality in quantum information theory applied to high-energy particle physics processes. Discover how quantum channels connect density matrices of particle physics states and their implications for future colliders and quantum computing implementati

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Investigating the phenomenon of Quarkonia suppression in high energy heavy ion collisions, Roland Katz explores the properties of Quark Gluon Plasma and the behavior of quarks and gluons under extreme conditions. The study delves into the dynamics using the Schrödinger-Langevin equation, highlighti

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The comparison between Polarized Gas Targets (PGT) at the Large Hadron Collider (LHC) and HERA for spin studies is discussed. Key considerations such as beam-induced depolarization, beam parameters, and design aspects are highlighted. The importance of using a polarized gas target similar to HERMES

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Feng QIU discusses cavity resonance control techniques for Linear Colliders in this presentation. Topics include cavity voltage, phase, piezoelectric control, and stabilization of the RF field to optimize performance. The content emphasizes the importance of managing cavity resonances effectively to

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