Dwindling resources together with rising energy costs and climate change are all challenges faced by the next generation of large-scale research infrastructures. Indeed, the enhanced performance of proposed new facilities often comes with anticipated increased power consumption. Sustainable developments at research infrastructures will rely on mid- and long-term strategies for reliable, affordable and carbon-neutral energy supplies.
The ESRF (European Synchrotron Radiation Facility) is pleased to host the Sixth Workshop on Energy for Sustainable Science at Research Infrastructures on 29th and 30th September 2022 in Grenoble, France in collaboration with:
- CERN (European Organisation for Nuclear Research)
- ESS (European Spallation Source)
- DESY (Deutsches Elektronen-Synchrotron)
- PSI (Paul Scherrer Institut)
- ERF (European Association of National Research Facilities)
The workshop is supported by I.FAST (Innovation Fostering in Accelerator Science and Technology). It will be held in person on the EPS Campus site (sanitary crisis permitting).
ESSRI 2022 will bring together international sustainability experts, stakeholders and representatives from research facilities and future research infrastructure projects worldwide, with the purpose of identifying the challenges, best practices and policies to develop and implement sustainable solutions at research infrastructures. This includes the increase of energy efficiencies, energy system optimizations, storage and savings, implementation and management issues as well as the review of challenges represented by potential future technological solutions and the tools for effective collaboration.
The workshop series ‘Energy for Sustainable Science at Research Infrastructures’ is a biannual event organised by CERN, ERF and ESS in various locations. Exceptionally, the sixth edition of the series has been selected as one of the key events of ‘Grenoble: European Green Capital 2022‘ to enhance Grenoble’s engagement in sustainability.
The 11th Conference of the Balkan Physical Union (BPU11 Congress) will be held in Belgrade, Serbia, from 28 August to 1 September 2022.
Most of the sessions will take place at the Serbian Academy of Sciences and Arts – SASA.
BPU11 is organized by BPU, local coorganizers from Serbia and the European Physical Society.
Members of BPU are the National Physical Societies of Albania, Bulgaria, Cyprus, Greece, Montenegro, Moldova, North Macedonia, Romania, Serbia and Turkey.
Traditionally, BPU Conferences are the International General Physics Conferences, open for participants from all over the world. The official language of the conference is English.
The conference poster is available here.
The origin of electroweak symmetry breaking is one of the central topics of research in fundamental physics. The discovery of a Higgs boson at CERN on 4 July 2012, following a hunt that spanned several decades and multiple colliders, changed the landscape of these investigations and provided key evidence for the Brout–Englert–Higgs mechanism of mass generation through the spontaneous breaking of Electroweak symmetry.
Almost ten years later, the hunt goes on several fronts, in particular for:
- New physics through precision studies of the properties of the Higgs boson: in particular its mass, spin and couplings to other Standard Model particles.
- New production and decay modes, in particular in processes involving multiple Higgs bosons which provide key insight into the shape of the Higgs potential.
- New Higgs-like states and signals for physics beyond the Standard Model.
The 12th workshop of the Higgs Hunting series organised on 12–14 September 2022 will present an overview of these topics, focusing in particular on new developments in the LHC Run-2 analyses, detailed studies of Higgs boson properties and possible deviations from Standard Model predictions. Highlights will also include a first look at LHC Run-3 analyses, prospects from studies at future colliders, and recent theoretical developments.
This event is connected to the Machine Learning at GGI (Workshop), and can be attended either in person or on line.
Machine learning (ML) is nowadays an important toolbox for theoretical and experimental physics, and its importance is expected to steadily grow in the coming years. Thanks to its effectiveness and extreme flexibility, it allows for applications covering a huge set of topics, ranging from statistical data analysis, to simulation and modeling. For this reason ML has been successfully used in very different research areas, such as high-energy physics, astrophysics and cosmology, condensed matter and statistical physics.
Applications in different domains often share strong similarities either in the problems to be solved or in the methodology employed. This motivates a fruitful exchange of ideas, which however is seldom achieved in practice due to the distance among different research communities.
The aim of the workshop is to bring together researchers with interests and expertise in ML from different fields in physics, strongly encouraging and promoting cross-topic exchange of ideas and collaborations. Three broad research areas will be covered:
– High-Energy Physics
– Astrophysics, Cosmology and Astroparticles
– Condensed Matter and Statistical Physics (including Quantum Information)
The distinctive trait of the workshop will be the focus on theoretical physics in a broad sense, including data analysis as well as simulation and modelling.
The goal of this conference is to explore connections between many-body quantum dynamics, quantum complexity theory, and the use and validation of noisy, intermediate-scale quantum (NISQ) devices. Key topic areas for this conference include (i) novel dynamical regimes and phases in quantum circuits, (ii) quantum simulation, error mitigation, and validation of NISQ devices, and (iii) quantum optimization algorithms and quantum many-body physics. The conference will provide a key opportunity for a targeted evaluation of productive areas for cross-collaboration for scientists in quantum information science, computer science, and condensed-matter physics.
The Swampland program gives general constraints on effective theories to be compatible with quantum gravity, which defines the Landscape of consistent theories, and is quickly gaining command of the fundamental understanding of open questions in particle physics and cosmology, ranging from the hierarchy of fundamental scales in nature, to the origin and final fate of the universe.
Current research surfs over several powerful conjectures, whose riptide deposits valuable implications on the structure of effective theories, their spectrum of particles, their moduli spaces and potentials. Time is ripe to navigate the swampland, collecting these results and conjectures, and weaving them up to unveil fundamental structures in quantum gravitational theories. This workshop plans to gather the leading experts in the field to review our knowledge on the Swampland extension, the underlying related fundamental questions within quantum gravity and string theory as well as possible constraints for particle physics and cosmology.
This conference is devoted to relations between quantum field theory and string theory one hand, and mathematical knot theory and random matrix models on the other hand. Surprising connections between these areas of research have been found in last years. In the conference we will summarize important recent developments in this context and try to set the goals for the future research. Topics considered in the conference include: supersymmetric gauge theories, BPS states, topological string theory, integrability, homological knot invariants, matrix models, topological recursion.
The bi-annual 12th International Workshop COOL’19 will be held on September 23 – 27, 2019, and co-hosted by the Budker Institute of Nuclear Physics SB RAS and Novosibirsk State University. The workshop will be focused on the various aspects of the cooling methods and technics of charged particles. The workshop Topics:
- electron cooling
- stochastic cooling
- muon cooling
- cooled beam dynamics
- new concepts and theoretical advancements in beam cooling
- facility status updates and beam cooling reviews
