2025-06-27
11:27 |
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2025-06-26
15:43 |
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2025-06-26
08:36 |
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Predicting multi-hadron electroweak processes from the QCD path integral
/ Hansen, Max (speaker)
I will discuss recent progress and open challenges in computing multi-hadron electroweak amplitudes from lattice QCD, a Euclidean, finite-volume, discretised formulation of quantum chromodynamics. Starting from the underlying quarks and gluons, QCD predicts a spectrum of hadrons—such as the pion, kaon, and D meson—whose masses and matrix elements can now be computed with sub-percent precision using numerical lattice QCD [...]
2025 - 3593.
Theory Colloquia
External link: Event details
In : Predicting multi-hadron electroweak processes from the QCD path integral
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2025-06-25
08:44 |
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2025-06-24
08:38 |
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2025-06-24
08:38 |
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The combo of AI & office software: Unlimited possibilities to work with documents
/ Ruf, Richard (speaker)
Innovations in Artificial Intelligence have led to it becoming an integral part of the society and finding applications in a variety of fields. We analyzed recent requests and cases which we have faced ourselves and came to the conclusion that the use of AI in this or that field is somehow related to documents.
In this session, we will:
• find out what is the connection between document editors and AI;
• highlight what benefits and issues AI can bring to users when working with documents;
• cover AI implementation into office software using the experience of ONLYOFFICE..
2025 - 686.
HEP Computing; CS3 2025 - Cloud Storage Synchronization and Sharing
External links: Talk details; Event details
In : CS3 2025 - Cloud Storage Synchronization and Sharing
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2025-06-24
08:38 |
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Computational Intelligence Architecture for Continuous Learning in Medical Centres
/ Katulski, Filip (speaker) (Sano Centre for Computational Personalised Medicine)
In the early days of artificial intelligence (AI) during the 1950s, two primary approaches emerged. One was engineering-oriented, while the other focused on computational modeling of human decision-making processes, later termed "computational intelligence", and is strongly determined by three fundamental time-constrained limitations: data, computation, and communication. [...]
2025 - 971.
HEP Computing; CS3 2025 - Cloud Storage Synchronization and Sharing
External links: Talk details; Event details
In : CS3 2025 - Cloud Storage Synchronization and Sharing
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2025-06-24
08:38 |
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Data transfer, synchronization and sharing solution for PSDI
/ Pawula Hewage, Amali (speaker) (STFC UKRI)
PSDI is the UK nationally funded programme that analyses physical sciences needs in a common data infrastructure and develops guidance, training and technology to address these needs. The PSDI main objective is to serve research use cases originating in experimental “bench science” and simulations with applications in physics, chemistry, materials research or engineering [...]
2025 - 840.
HEP Computing; CS3 2025 - Cloud Storage Synchronization and Sharing
External links: Talk details; Event details
In : CS3 2025 - Cloud Storage Synchronization and Sharing
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2025-06-24
08:17 |
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Infrastructure and Practices for Sharing and Disseminating In-Silico Medicine Research Data
/ Zhyhulin, Taras (speaker)
A significant amount of research data remains underutilized due to being unpublished or poorly described, leading to a loss of funding and scientific potential. To recover lost data and prevent further waste, researchers must be encouraged to use FAIR data sharing repositories and adopt good publishing practices, such as providing descriptive metadata and utilizing datasets from the community [...]
2025 - 874.
HEP Computing; CS3 2025 - Cloud Storage Synchronization and Sharing
External links: Talk details; Event details
In : CS3 2025 - Cloud Storage Synchronization and Sharing
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2025-06-24
08:17 |
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Sharing Field Campaign Data using IPFS
/ Kölling, Tobias (speaker) (MPI für Meteorologie Hamburg) ; Brötz, Björn (speaker) (Deutsches Zentrum für Luft- und Raumfahrt)
In the recent atmospheric and oceanic measurement campaigns (EUREC4A and ORCESTRA), we use the InterPlanetaryFileSystem (IPFS) to store, use, synchronize and share measurement data. IPFS uses content addressing (instead of location-based addressing) and provides an easy-to-set-up peer-to-peer network for sharing data on servers and portable devices.
Because of these features, we were able to immediately start collaborating on newly collected data using local network connections while in the field. [...]
2025 - 834.
HEP Computing; CS3 2025 - Cloud Storage Synchronization and Sharing
External links: Talk details; Event details
In : CS3 2025 - Cloud Storage Synchronization and Sharing
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