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The workshop aims at gathering theorists and experimentalists interested in measuring quantum information observables, such as magic and entanglement, on particles created at colliders and using these new observables as an innovative direction to probe fundamental interactions. The programme includes discussion on the recent experimental results obtained in this field, on the implications of these new observables for new physics searches, and feasibility studies for multiple final states in current and future colliders. On the theoretical side, the workshop also aims to investigate the possible integration of quantum information–theoretic concepts in quantum field theory and particle physics. It will bring together experts not only from particle physics, but also from quantum information science and nuclear theory, and will include panel discussions and overview talks to explore the broader links between quantum information, technologies, and high-energy physics.
This course introduces the foundational concepts and methods of homogenization theory, focusing on the mathematical tools needed to analyze differential equations with rapidly varying coefficients. The emphasis is on intuitive understanding, illustrative examples, and applications in physics and engineering.
The first ISCB UK conference will take place in Cambridge, UK, from April 21st to April 22nd 2026. The UK has a large diverse bioinformatics and computational community; this meeting will bring this community together to share cutting-edge science, foster collaborations, and build networks. The programme will feature keynote lectures from internationally recognised leaders, sessions showcasing the latest advances in computational methods and their applications in the life sciences, a vibrant student-led symposium, and plenty of opportunities for networking and community building.
This EMBO Workshop brings together leaders in genomics, neuroscience, and epigenetics to advance our understanding of how the (epi)genome achieves brain cellular diversity, shaping brain function and behaviour. Recent technological breakthroughs in single-cell, spatial, and 3D genomics and epigenomics are revealing unprecedented insights into the molecular logic behind neural diversity as well as neuronal connectivity and function.
EMBO Practical Course on Ultrastructure Expansion Microscopy (U-ExM) techniques applied to mammalian cells, aiming to disseminate and discuss expansion microscopy protocols for applications ranging from tissue to cells.
Physics on Film is the only film festival dedicated to physics. It will be held at the Institute of Physics (IOP), London, on Saturday 18 April 2026. The festival is founded to provide family entertainment and education, including documentaries, sci-fi, and physics-inspired art.
Join us for the 46th RSEP International Conference on Economics, Finance and Business to present and discuss thematic studies and papers. The conference will take place in Paris, France.
This course provides individuals working in dementia research with the skills to access and analyse dementia data. Participants will learn to apply bioinformatics methodologies, combine different data types, and utilise relevant dementia data resources, enhancing their research capabilities in the field.
An independent forum for emerging medical technologies and innovations in procedures and techniques, equipment and appliances, which brings health care industries together with medical personnel, engineering and technical professionals, and those engaged in medical information technologies in the academia, hospital and clinical settings, and related sectors.
We apply similarity theory to analyse the spectral properties of semigroup of weighted composition operators on a weighted Dirichlet-type space. This composition semigroup is induced by the rotation class of automorphisms of the upper half of the complex plane.
The 17th ACM Multimedia Systems Conference (MMSys 2026), together with its associated workshops like MMVE and NOSSDAV, will take place from April 4 to April 8, 2026, in Hong Kong SAR. MMSys 2026 will bring together researchers and practitioners from both academia and industry to share and explore the latest advances in multimedia systems.
The large-charge expansion is a powerful approach for analytically accessing strongly-coupled models at or near criticality. We focus on a sector of fixed and large global charge where it is possible to express observables as an expansion in inverse powers of the charge. I will first introduce the approach using the simplest relativistic case, namely the O(2) model. Then I will discuss how to apply the large-charge expansion to non-relativistic models which is relevant for the study of ultracold Fermi gases and nuclear physics.
In this talk, we explore the structure and solution of thermal conformal field theories (CFTs) using the conformal bootstrap approach. At finite temperature, the role of crossing symmetry is played by the Kubo-Martin-Schwinger (KMS) condition, which imposes periodicity on thermal correlation functions. We present two methods for solving the resulting KMS sum rules for thermal one-point functions, assuming knowledge of the zero-temperature CFT data. The first is a numerical method that incorporates the asymptotic operator product expansion (OPE) density of heavy operators, derived using Tauberian theorems. The second is an analytical approach based on dispersion relations. We benchmark both methods against known results in free theories and two-dimensional CFTs, and subsequently apply them to O(N) models for N=1,2,3, as well as in the large-N limit and lastly to holographic CFTs.
Measurement of B-meson production cross section in proton–proton collisions at √s = 13.6 TeV with ALICE. Due to their large mass, beauty quarks are produced in hard-scattering processes with large transferred momentum, allowing their production to be computed via perturbative quantum chromodynamics (pQCD) calculations. Measurements of beauty-hadron production cross sections in proton--proton (pp) collisions provide a sensitive test of these calculations.