Contributions to a conference proceedings

In this work we present a node-level performance analysis of an adaptive resolution scheme (AdResS) implemented in ls1 mardyn . This is relevant in simulations involving a very large number of particles or long timescales, because it lowers the computational effort required to calculate short-range interactions in molecular dynamics [...]

mass energy corresponding to the Υ(4𝑆) resonance. These data, characterised by low particlemultiplicity, well-constrained initial-state kinematics, and excellent lepton identification, providean ideal environment to study lepton-flavour universality in semileptonic 𝐵 decays. [...]

The PUNCH4NFDI consortium, funded by the German Research Foundation for an initial period of five years, gathers various physics communities - particle, astro-, astroparticle, hadron and nuclear physics - from different institutions embedded in the National Research Data Infrastructure initiative. The goal of PUNCH4NFDI is the establishment of FAIR data management solutions for the participating communities. [...]

To verify the readiness of the data distribution infrastructure for the HL-LHC, which is planned to start in 2030, WLCG is organizing a series of data challenges with increasing throughput and complexity. This presentation addresses the contribution of CMS to Data Challenge 2024, which aims to reach 25% of the expected network throughput of the HL-LHC. [...]

Over time, the idea of exploiting voluntary computing resources as additional capacity for experiments at the LHC has given rise to individual initiatives such as the CMS@Home project. With a starting point of R&D prototypes and projects such as “jobs in the Vacuum” and SETI@Home, the experiments have tried integrating these resources into their data production frameworks transparently to the computing infrastructure. [...]

In recent years, the CMS experiment has expanded the usage of HPC systems for data processing and simulation activities. These resources significantly extend the conventional pledged Grid compute capacity. [...]

European XFEL foresees a superconducting undulator (SCU) afterburner in the SASE2 hard X-ray beamline. It consists of six 5m-long undulator modules with a 5mm vacuum gap, where each module contains two 2m-long coils and one phase shifter. [...]

The Helmholtz Model Zoo (HMZ) is a cloud-based platform enabling seamless sharing and inference of deep learning models across the HelmholtzAssociation’s 18 research centers. By automating model deployment andproviding both web and programmatic interfaces, the HMZ lowers technicalbarriers to AI adoption in scientific research. [...]

The resistance to service loads and defects of additively manufactured structures can be significantly reduced due to residual stresses induced by inhomogeneous cooling during the manufacturing process. For duplex stainless steels solution annealing at approx. [...]

Al2O3 is a promising material in integrated optics due to its extensive transparency window, spanning from ultraviolet (200 nm) to infrared (5500 nm), and its low optical propagation loss across this spectrum. Its high solubility for rare earth elements enables the incorporation of various dopants, making it a particularly suitable host material for integrated optical rare earth amplifiers and lasers. [...]