Conferences  >  Physics  >  High Energy Physics, Particles and Fields

Isaac Newton Institute for Mathematical Sciences (INI)

Defining a theory of quantum gravity remains one of the most challenging problems at the cutting edge of research in mathematical and theoretical physics. Unlocking this problem implies constructing a quantum field theoretic description of gravity which fully elucidates how a quantum field theory encodes gravitational spacetime background solutions. Much of the progress in shaping the language and the framework of this problem owes its genesis to a specific subset of problems in quantum gravity, namely those dealing with understanding the organisation of information in black holes.

The high luminosity collected by the LHC experiments and the accurate theoretical predictions enable precise tests of the SM under unprecedented conditions. However, severe challenges need to be addressed in order to exploit this untapped potential. The vastness of the LHC data and the variety of possible measurements requires the exploration to be guided towards those quantities or differential distributions that can reveal new physics, compatibly with existing constraints, or that are expected to reveal new physics in concrete BSM scenarios. The possibility of predicting these observables with sufficient accuracy needs to be assessed, and ensured by precision calculations. Finally, experimental strategies need to be devised by which precise measurements are performed of the relevant observables.

Alikhanian National Laboratory (Yerevan Physics Institute), Armenia

This is a Conference on Particle Physics and Cosmology dedicated to memory of Valery Rubakov who passed away in October 2022. The idea is to get together people from over the world to discuss the domains of physics he worked in and made breakthrough contributions.

particle physics, cosmology, HEP, QCD, Neutrino Physics, Gravity, astroparticle physics

Nami-Tech

At the conference, we aim to bring together experts in the field of electromagnetism, relativity, quantum tunneling and zero-point energy to discuss and explore topics such as generalized electromagnetism (GEM), and the theory of relativity and beyond. We will delve into topics like GEM in (bi)quaternion formulation, Weber’s electrodynamics, transverse vs longitudinal electromagnetic waves, Tesla’s radiant and magneto-scalar fields.

Email: alexandra@nami-tech.com

Electromagnetism, energy, scalar field, magnetism, quantum physics

Electrostatics, Electromagnetic Waves,    Magnetism and Magnetic Materials, Spintronics

The Arnold Sommerfeld Center for Theoretical Physics at the LMU in Munich will host a school on “The Quantum Gravity Swampland and its consequences for the observable world” in the period October 9-13, 2023. We plan to have the school in presence, in accordance with the Corona rules then in force. The school is primarily aimed at PhD students, but master students or more senior researchers are very welcome to apply as well. It will cover introductory lectures to the swampland program as well as more advanced topics on formal developments and phenomenological applications to particle physics and cosmology.

Astronomy, Astrophysics and Cosmology,    Courses and Events for Physics Students

University of Tennessee Knoxville, Department of Physics and Astronomy

Email: phy.hanc@gmail.com

Neutrino, Standard Model of Particle Physics, Beyond Standard Model, etc.

The goal of this meeting is to discuss and consolidate recent advances in the vibrant research fields of string theory, holography, black hole physics, and cosmology. We will address important open problems through an active program of talks by well recognized scientific leaders in the field. In addition, we will organize an open discussion forum for researchers with close ties to the countries from the Balkan region and other parts of Eastern Europe in which we plan to brainstorm about future activities of the existing SEENET-MTP network, and other networking collaborations that will enhance the development of fundamental theoretical physics in these countries.

Frontiers in Machine Learning in Cosmology and Particle Physics 2023 is a workshop on the latest machine learning developments in the domains of cosmology and particle physics. It takes inspiration from the influential workshop series "Hammers & Nails", organised every other year by the Weizmann Institute of Science, Israel.

Neural Networks and Artificial Intelligence, Machine Learning,    Astronomy, Astrophysics and Cosmology

In this program we plan to invite a critical mass of researchers with complementary expertise from across the mathematical physics, condensed-matter physics and string theory communities, to promote common interests and collaborations, discover and open up new directions, and in particular, to develop applications to realistic physical systems.

Integrability has played a central role in understanding non-perturbative QFTs quantitatively leading to important applications in condensed matter physics, mathematical physics and more recently, in string theory. There is considerable activity brewing at the interface of these areas. An important recent development is given by integrability-preserving deformations, which includes the TTbar deformation. This progress further expands the scope of integrability to a larger class of models. At the same time, it leads to new insights on fundamental concepts of 2d quantum field theories such as UV completeness and locality. Another promising and active approach toward nonperturbative physics is provided by duality. In particular, dualities found in the AdS/CFT correspondence and its extensions, known as holography, have provided new insights and exact results by employing exact methods such as integrability and localization. AdS/CFT integrability has inspired remarkable advances in the study of correlation functions, including single-trace operators and those involving D-brane in AdS. The techniques employed are closely connected to the study of finite- volume form factors, and of non-equilibrium dynamics in condensed matter physics. Interest in CFT correlators also connects with the conformal bootstrap program, to which integrability is poised to contribute. As examples of how this might happen, links between Calogero-Sutherland models and conformal blocks have been established; non-perturbative methods for computing OPE coefficients which combine numerical conformal bootstrap approach and integrability have been initiated. Exploring this rich web of connections, between different areas of physics and mathematical physics, is in its infancy.

Galileo Galilei Institute

This school aims to prepare the next generation of physicists to leverage the opportunities provided by the upcoming high intensity accelerator programs. It will cover advanced topics in both experimental and theoretical physics as related to accelerators, and foster theory-experiment collaborations that they will need to design tomorrow’s experiments and their physics program

Courses and Events for Physics Students,    Particle Accelerators

Galileo Galilei Institute

This school aims to prepare the next generation of physicists to leverage the opportunities provided by the upcoming high intensity accelerator programs. It will cover advanced topics in both experimental and theoretical physics as related to accelerators, and foster theory-experiment collaborations that they will need to design tomorrow’s experiments and their physics program

Courses and Events for Physics Students,    Particle Accelerators

Galileo Galilei Institute For Theoretical Physics

The XVI International Conference on Heavy Quarks and Leptons (HQL 2023) will be held at TIFR Mumbai from November 28 through December 2, 2023. The conference is dedicated to the study of heavy quarks, namely charm, bottom, and top, with possible extensions to interesting topics involving the strange quark. Neutrino oscillation studies as well as new insights into the muon and tau lepton sectors are also included. It continues the tradition of regular scientific meetings, first started in 1993 at the Laboratori Nazionali di Frascati under the name "Heavy Quarks at Fixed Target", and widened in 2002 to include leptons, with the workshop being renamed to its current form.

Despite its uniqueness, string theory has a “landscape” of low-energy solutions with very different observable physics: different cosmological constants, matter content and interactions. The goal of the conference is to bring together part of the community of researchers working on of string compactifications and their relation with a series of topics such as moduli stabilisation, non-supersymmetric vacua, de Sitter constructions, scale separation, non-geometric backgrounds and particle model building.

Kavli Institute for Theoretical Physics (KITP)

While it is widely acknowledged that string theory provides a framework for addressing quantum gravitational (and even quantum field theoretic) questions, the precise nature of its organizational principle remains obscure. Nearly three decades ago, when the question “What is string theory?” was asked, the perturbative string worldsheet viewpoint played the starring role. Since then, the discovery of D-branes, string dualities, and the holographic AdS/CFT correspondence has had spacetime dynamics taking center-stage. Much insight has been gleaned from these developments. We now have, for example, a much broader class of string backgrounds with better control over compactifications; strong constraints on the low energy effective field theories; a plethora of gauge-string dualities as well as applications of holographic techniques to a wide class of physical problems; and new angles on semiclassical gravitational physics from a fruitful interplay with quantum information in holography. Together with an influx of new tools and techniques, we have a very rich set of perspectives that illuminate the subject we continue to call string theory. While all these developments are interesting in and of themselves, it is an opportune moment to attempt to synthesize these, often disparate, strands and arrive at a deeper answer to the question in the title.

Mathematical Physics,    Astronomy, Astrophysics and Cosmology

The goal of the seminar is to bring together global experts from experiment and theory in the field working on various storage ring projects for a constructive discussion of the most promising paths to maximize the impact of the available facilities and exploit synergies among the groups.

Astronomy, Astrophysics and Cosmology,    Particle Accelerators

Galileo Galilei Institute

The aim of the school is to bring together PhD students with interests in low-dimensional quantum field theory, conformal field theory and integrable models, and their applications to statistical mechanics and condensed matter systems, and to help them building a solid and specialized background on these subjects. The school provides sets of postgraduate lectures covering introductory topics as well as recent developments in the field.

Courses and Events for Physics Students,    Mathematical Physics

Galileo Galilei Institute

The aim of the school is to bring together PhD students with interests in low-dimensional quantum field theory, conformal field theory and integrable models, and their applications to statistical mechanics and condensed matter systems, and to help them building a solid and specialized background on these subjects. The school provides sets of postgraduate lectures covering introductory topics as well as recent developments in the field.

Courses and Events for Physics Students,    Mathematical Physics

We are pleased to announce the NUSTAR Annual meeting 2024 to be held at GSI Darmstadt, Germany. From Wednesday to Thursday we will have plenary sessions and the FAIR-GENCO Award session on Thursday afternoon. The NUSTAR sub-collaboration meetings will take place Monday and Tuesday.

Nuclear Physics,    Particle Accelerators

The QWG workshop is the premier opportunity for experimentalists and theorists to gather to discuss topics related to quarkonium physics. The scientific program will include topics related to heavy quarkonium in particle and nuclear physics as well as those in related fields.

Galileo Galilei Institute

Nuclear Physics,    Courses and Events for Physics Students

The 2024 International Topical Meeting on Nuclear Applications of Accelerators is being organized jointly by Jefferson Lab and Accelerator Applications Division (AAD) of the American Nuclear Society (ANS). This event is co-sponsored by the DOE Office of Radiological Security (ORS), International Atomic Energy Agency (IAEA), and other organizations.

Nuclear Physics,    Particle Accelerators

Fields Institute

This conference will bring together communities working on two-dimensional Conformal Field Theory (CFT) from different perspectives, some of which have had only limited interactions so far. We are thinking here specifically of the communities working on the probabilistic approach to CFT, the algebraic & geometric approach to CFT, the operator algebraic approach to CFT, and the theoretical physics approach to 2d CFT.

Mathematical Physics,    Geometry and Topology

UC Santa Barbara, Kavli Institute for Theoretical Physics (KITP)

String theory encompasses a wide range of perspectives on the nature of spacetime, from qubit models of black hole information to the string worldsheet. This conference will aim for a new synthesis of the field that builds on recent progress on the role of quantum information, new top-down techniques in string compactification and string field theory, and growing evidence for precise holographic dualities beyond anti-de Sitter space. The focus will be on bridging the divide between the IR and the UV. We will explore recent progress in non-perturbative string theory and stringy constraints on effective field theory, and develop the connections between the gravitational path integral, higher topologies, and entanglement, from low energy to the string scale.

Galileo Galilei Institute

Modularity is a particularly powerful symmetry with many applications in theoretical physics and mathematics, in particular quantum field theory and string theory. Resurgence is a general framework for advanced asymptotics which effectively unifies perturbative and non-perturbative physics via an intricate network of algebraic relations known as Ecalle’s bridge equations. Modularity and resurgence overlap strongly in the goal of exploring non-perturbative completions of perturbative data, leading to profound new insights into the connection between weak coupling and strong coupling, and in the study of dualities, black holes and quantum gravity. The goal of this GGI Workshop is to bring together experts from these two frontier areas in theoretical and mathematical physics to foster further interaction between different scientific communities and to develop novel strategies to address truly significant problems.

Galileo Galilei Institute

Modularity is a particularly powerful symmetry with many applications in theoretical physics and mathematics, in particular quantum field theory and string theory. Resurgence is a general framework for advanced asymptotics which effectively unifies perturbative and non-perturbative physics via an intricate network of algebraic relations known as Ecalle’s bridge equations. Modularity and resurgence overlap strongly in the goal of exploring non-perturbative completions of perturbative data, leading to profound new insights into the connection between weak coupling and strong coupling, and in the study of dualities, black holes and quantum gravity. The goal of this GGI Workshop is to bring together experts from these two frontier areas in theoretical and mathematical physics to foster further interaction between different scientific communities and to develop novel strategies to address truly significant problems.

Focus topics include: - Modular graph forms and the low-energy expansion of string theory. - Resurgence, duality and modularity in AdS/CFT. - Automorphic forms and non-perturbative scattering amplitudes. - Resurgence and (Mock)-modularity in 3d Chern-Simons theories. - Exact results in localizable superconformal quantum field theories. - Resurgence and modularity in black holes and quantum information.

The international conference Loops ‘24 is the most recent in a long tradition of biennial meetings focused on loop quantum gravity and background independent approaches to quantum gravity. The conference will be held from Monday, May 6 through Friday, May 10, 2024, at the campus of Florida Atlantic University in Fort Lauderdale, Florida (USA). The program will feature morning plenary talks complemented by contributed talks. Plenary sessions will be held in the auditorium of the Broward County Main Library one block away from the campus. The conference will highlight recent developments in canonical loop quantum gravity, covariant loop quantum gravity (spin foams), and other approaches to quantum gravity, as well as applications to symmetry-reduced models, quantum cosmology, black holes in quantum gravity, and other topics. Foundational, mathematical, numerical and phenomenological aspects will be covered.

Gravitation and Cosmology

Astronomy, Astrophysics and Cosmology,    Mathematical Physics

Galileo Galilei Institute

Quantum field theory is not only the unifying language of fundamental forces, but also an extremely rich source of surprising non-perturbative dualities. This success in predicting unexpected new links among seemingly distant subjects has accelerated on many fronts over the past few years, thanks to applications of modern developments in “quantum” mathematics to quantum field theories with supersymmetric, integrable, conformal, topological, or holomorphic structures. The insights emerging from these developments have been the source of important novel results across various branches of theoretical physics and mathematics, hinting at further new connections awaiting discovery. The common ground to all these recent developments is the richness of the physics and mathematics underlying the dynamics of protected (BPS) sectors, whose study ties together fundamental questions in diverse fields in original ways. This workshop aims to highlight and discuss the impact of key developments, to forge new synergies, and to grasp together the hints of far-reaching new opportunities.

BPS Algebras, CoHAs, Yangians ▪ Knots, Chern-Simons, Quantum Modularity, log-CFT ▪ DT Invariants, Topological Strings, Resurgence

Galileo Galilei Institute

Quantum field theory is not only the unifying language of fundamental forces, but also an extremely rich source of surprising non-perturbative dualities. This success in predicting unexpected new links among seemingly distant subjects has accelerated on many fronts over the past few years, thanks to applications of modern developments in “quantum” mathematics to quantum field theories with supersymmetric, integrable, conformal, topological, or holomorphic structures. The insights emerging from these developments have been the source of important novel results across various branches of theoretical physics and mathematics, hinting at further new connections awaiting discovery. The common ground to all these recent developments is the richness of the physics and mathematics underlying the dynamics of protected (BPS) sectors, whose study ties together fundamental questions in diverse fields in original ways. This workshop aims to highlight and discuss the impact of key developments, to forge new synergies, and to grasp together the hints of far-reaching new opportunities.

Galileo Galilei Institute

The neutrino oscillation discovery was a breakthrough with an impact in particle physics, astrophysics and cosmology. While most of the mixing parameters are precisely measured, key open questions remain including the neutrino absolute mass and mass ordering, the neutrino nature, the existence of CP violation in the lepton sector, of non-standard interactions and of sterile neutrinos. While the majority of the available oscillation results are understandable by considering three active neutrinos only, some anomalies are actively debated. In parallel with the progress in our knowledge of neutrino properties important advances were made in cosmology and astrophysics. Among the open problems is neutrino flavor evolution in dense astrophysical media. In particular, recent theoretical studies of dense weakly interacting many-body neutrino systems in astrophysical environments uncovered novel connections to other domains including quantum computing. Moreover, the observation of ultra-high energy neutrinos opened a new window in neutrino astronomy; while the discovery of the diffuse supernova neutrino background is expected in the foreseeable future. The goal of the workshop is to create a collaborative and brainstorming atmosphere around key open issues at the neutrino frontiers. Neutrino 2024 will take place just before the GGI program that will happen at a very timely period when running experiments might deliver first results. Crossing results from Earth experiments, astrophysics and cosmology will be a major tool to push forward progress on crucial open issues at the frontiers.

Casa Matemática Oaxaca (CMO)

In recent years, researchers have discovered an unexpected mathematical connection between two different areas of physics. One community of researchers, working to make more precise predictions for particle physics experiments like the Large Hadron Collider, has discovered that their calculations involve increasingly complicated mathematical structures, described by the mathematical discipline of algebraic geometry. Some of these calculations, involving a mathematical object called an elliptic curve, have been the focus of much recent progress. However, more complicated calculations involve yet more complicated geometries. Some of these involve more than one elliptic curve, while others involve a type of geometry studied in a very different area of physics: Calabi-Yau manifolds, previously studied as a potential shape for the extra dimensions of string theory. This workshop will bring together experts in this intersection of topics: particle physicists who aim to tackle calculations with multiple elliptic curves and Calabi-Yau manifolds, string theorists, and mathematicians who study topics that tie the two areas together such as algebraic geometry and combinatorics. The workshop will foster dialogue between these groups, a fresh exchange of ideas that should yield new insights and new progress.

Graph Theory and Combinatorics,    Geometry and Topology

Galileo Galilei Institute

Quantum field theory is not only the unifying language of fundamental forces, but also an extremely rich source of surprising non-perturbative dualities. This success in predicting unexpected new links among seemingly distant subjects has accelerated on many fronts over the past few years, thanks to applications of modern developments in “quantum” mathematics to quantum field theories with supersymmetric, integrable, conformal, topological, or holomorphic structures. The insights emerging from these developments have been the source of important novel results across various branches of theoretical physics and mathematics, hinting at further new connections awaiting discovery. The common ground to all these recent developments is the richness of the physics and mathematics underlying the dynamics of protected (BPS) sectors, whose study ties together fundamental questions in diverse fields in original ways. This workshop aims to highlight and discuss the impact of key developments, to forge new synergies, and to grasp together the hints of far-reaching new opportunities.

BPS Algebras, CoHAs, Yangians ▪ Knots, Chern-Simons, Quantum Modularity, log-CFT ▪ DT Invariants, Topological Strings, Resurgence

MIAPbP - Munich Institute for Astro-, Particle and BioPhysics an institute of the Excellence Cluster ORIGINS

How did quantum fluctuations of the inflaton field provide the seeds for structure on cosmological scales? Did other fields play a role during inflation? How did their quantum fluctuations imprint on cosmological observables (e.g., non-Gaussianity) or survive as cosmological relics today (e.g., dark matter, matter/antimatter asymmetry)? How can these degrees of freedom be embedded into a compelling UV theory? By bringing together experts on particle physics and cosmology, we hope to develop a deeper understanding of these tough questions over the course of this 4-week MIAPbP meeting.

Astronomy, Astrophysics and Cosmology,    Courses and Events for Physics Students

Galileo Galilei Institute

The neutrino oscillation discovery was a breakthrough with an impact in particle physics, astrophysics and cosmology. While most of the mixing parameters are precisely measured, key open questions remain including the neutrino absolute mass and mass ordering, the neutrino nature, the existence of CP violation in the lepton sector, of non-standard interactions and of sterile neutrinos. While the majority of the available oscillation results are understandable by considering three active neutrinos only, some anomalies are actively debated. In parallel with the progress in our knowledge of neutrino properties important advances were made in cosmology and astrophysics. Among the open problems is neutrino flavor evolution in dense astrophysical media. In particular, recent theoretical studies of dense weakly interacting many-body neutrino systems in astrophysical environments uncovered novel connections to other domains including quantum computing. Moreover, the observation of ultra-high energy neutrinos opened a new window in neutrino astronomy; while the discovery of the diffuse supernova neutrino background is expected in the foreseeable future. The goal of the workshop is to create a collaborative and brainstorming atmosphere around key open issues at the neutrino frontiers. Neutrino 2024 will take place just before the GGI program that will happen at a very timely period when running experiments might deliver first results. Crossing results from Earth experiments, astrophysics and cosmology will be a major tool to push forward progress on crucial open issues at the frontiers.

Galileo Galilei Institute

The neutrino oscillation discovery was a breakthrough with an impact in particle physics, astrophysics and cosmology. While most of the mixing parameters are precisely measured, key open questions remain including the neutrino absolute mass and mass ordering, the neutrino nature, the existence of CP violation in the lepton sector, of non-standard interactions and of sterile neutrinos. While the majority of the available oscillation results are understandable by considering three active neutrinos only, some anomalies are actively debated. In parallel with the progress in our knowledge of neutrino properties important advances were made in cosmology and astrophysics. Among the open problems is neutrino flavor evolution in dense astrophysical media. In particular, recent theoretical studies of dense weakly interacting many-body neutrino systems in astrophysical environments uncovered novel connections to other domains including quantum computing. Moreover, the observation of ultra-high energy neutrinos opened a new window in neutrino astronomy; while the discovery of the diffuse supernova neutrino background is expected in the foreseeable future. The goal of the workshop is to create a collaborative and brainstorming atmosphere around key open issues at the neutrino frontiers. Neutrino 2024 will take place just before the GGI program that will happen at a very timely period when running experiments might deliver first results. Crossing results from Earth experiments, astrophysics and cosmology will be a major tool to push forward progress on crucial open issues at the frontiers.

Centro de Ciencias de Benasque Pedro Pascual

The 10th International Conference on Quarks and Nuclear Physics will be hosted by the Institute of Cosmos Sciences of the University of Barcelona on 8-12 July, 2024. This conference follows the series of meetings previously held in Adelaide, Julich, Bloomington, Madrid, Beijing, Palaiseau, Valparaiso, Tsukuba and Tallahassee. Experimenters and theorists discuss recent developments in the field of hadron and nuclear physics, continuing previous discussions and presenting new results on the quark and gluon structure of hadrons, hadron spectroscopy and decays, hadron interactions and nuclear structure, and hot and cold dense matter.

The International Union of Pure and Applied Physics in collaboration with Universidad de Guadalajara (Chair)

The International Symposium on Very High Energy Cosmic Ray Interactions (ISVHECRI) is a biennial conference series supported by the International Union of Pure and Applied Physics (IUPAP). Its primary objective is to provide a forum for the discussion of very high energy interactions for the interpretation of cosmic ray data based on the information available from both accelerator and cosmic ray experiments. This unique series brings together cosmic ray physicists and scientists involved with high energy accelerators and colliding beam facilities. This is the first time ISVHECRI is held in Mexico looking to benefit Latin-America and Caribbean countries.

Chair of the Local Organizing Committee;     Email: edfuente@gmail.com

High energy astroparticle physics results relevant to particle physics, Accelerator experiments relevant to cosmic ray physics, Space experiment results relevant to high energy interactions, Exotic phenomena & searches for new physics beyond SM, LHC pp & heavy ion physics, Cross-sections and interaction models, High energy neutrinos and muons, including muon puzzle, Simulation tools for cosmic ray & neutrino physics, Multi-messenger cosmic ray observations & interpretations, Future accelerators & cosmic ray experiments

The International Symposium on Lattice Field Theory is an annual conference that attracts scientists from around the world. Originally started as a place for physicists to discuss recent developments in lattice gauge theory, the conference is now the largest of its type and has grown to cover strongly interacting phenomena in many contexts such as particle physics phenomenology and nuclear theory, as well as algorithms, code development and machine architectures.

MIAPbP - Munich Institute for Astro-, Particle and BioPhysics an institute of the Excellence Cluster ORIGINS

Fertile common ground has emerged for the mathematical structures that control perturbative calculations in different domains of fundamental physics – quantum field theory, general relativity, and their extension to string theory. This program brings together experts in these various domains of physics, as well as mathematicians with expertise in higher-genus surfaces and Calabi-Yau periods. Through an in-depth exchange among these communities, we aim to: · trigger technology transfer for advancing the precision frontier in perturbative quantum field theory and string theory, leading to insights that will impact both phenomenology, such as collider and gravitational-wave physics, and formal theory, such as string dualities and holography; · chart a course towards new understanding of the role of special functions in high energy physics, opening new avenues to reformulate quantum field theory and string theory to manifest the similarities of their mathematical structures.

Courses and Events for Physics Students,    Mathematical Physics

University of Adelaide

Galileo Galilei Institute

Galileo Galilei Institute

Galileo Galilei Institute

The workshop aims at bringing together world experts in precision Standard Model phenomenology in response to the anticipated accuracy of new high-quality data from Run 3 of the LHC. With an increasing number of experimental analyses limited by theoretical uncertainties the theory community is challenged to provide predictions with a matching precision and to continue the development of frontier tools. Starting from an overview of available theoretical predictions and gathering feedback from the experimental community, areas in need for improvements will identified. The ultimate goal is to lay the foundations for precision measurements of Standard Model observables during future runs of the LHC. A kick-off conference will be held in the first week (August 28 to September 01, 2023) as a basis for the activities during the rest of the workshop.

Galileo Galilei Institute

The workshop aims at bringing together world experts in precision Standard Model phenomenology in response to the anticipated accuracy of new high-quality data from Run 3 of the LHC. With an increasing number of experimental analyses limited by theoretical uncertainties the theory community is challenged to provide predictions with a matching precision and to continue the development of frontier tools. Starting from an overview of available theoretical predictions and gathering feedback from the experimental community, areas in need for improvements will identified. The ultimate goal is to lay the foundations for precision measurements of Standard Model observables during future runs of the LHC. A kick-off conference will be held in the first week (August 28 to September 01, 2023) as a basis for the activities during the rest of the workshop.

Nuclear Physics,    Astronomy, Astrophysics and Cosmology

MIAPbP - Munich Institute for Astro-, Particle and BioPhysics an institute of the Excellence Cluster ORIGINS

Effective field theory (EFT) is a powerful tool for describing the physics of systems at different energy scales. In the context of colliders and gravitational waves, EFTs together with multi-loop precision computation techniques play an essential role in creating precise theoretical predictions that can be compared with empirical data. Recently it has become evident that similar methods and computational tools can be successfully applied to the seemingly different fields of collider and gravitational wave physics. This workshop will bring together experts to discuss the latest developments in theory and phenomenology.

Resummation for the LHC: precision frontier, new structures, and jet processes; EFT tools for fixed order calculations; Factorization theorems at leading and subleading power; EFTs and expansions for gravitational wave astronomy; Scattering amplitudes in the classical regime; Multi-loop integrals for gravitational physics.

Courses and Events for Physics Students,    Mathematical Physics

COSMO'24 will take place for October 21-25, 2024 in Kyoto, Japan. It will bring together a wide range of cosmologists and particle physicists to discuss current ideas on particle physics and cosmology.

Hausdorff Research Institute for Mathematics (HIM)

Mathematical Physics,    Courses and Events for Physics Students

EuNPC2025 is the sixth European Nuclear Physics Conference, organized by the Nuclear Physics Division of the European Physical Society, and jointly by GANIL-SPIRAL2, LPC Caen, IJCLab Orsay and IRFU Saclay. The conference will take place from September 22nd to 26th 2025, and will be held in Caen.