Relevant for Publication database

The in-situ transmission electron microscopy (TEM) method has revolutionized the field of materials science by enabling the real-time observation of morphological, structural, and chemical transitions under various stimuli, such as heating, biasing, or atmospheric pressure. For a successful in-situ TEM experiment, it is not enough for a sample to be merely electron-transparent; it must be accurately prepared to fit specific experimental requirements to ensure the stimuli are delivered correctly. [...]

User client for data access through the federated infrastructure developed within WarmWorld-Easier.The client opens dataset from the WarmWorld-Easier STAC catalog (API & GUI (STAC Browser)) by providing an Item.Alternatively a collection and item ID can be provided.The catalog selects the best method: local disc, Zarr over HTTP or the Zarr-FDB interface..

This project provides a Fast API for the TOAR gridding tool for the operation as a service.This service allows the creation of gridded data products from the TOAR-II database. The user can select the<br>- variable,<br>- statistical aggregation,<br>- time period,<br>- rectangular lat-lon grid of custom resolution,<br>- and (optional) filtering according to the station metadata.<br><br>This service includes the user concept of the TOAR-II database as well as authentication and authorization..

Earth System Models (ESM) have undergone a steady increase in their spatial resolution for numerically simulating weather and climate, thanks to the improvements in computational power as well as performance optimizations. On the other hand, the rise of machine learning (ML) models with low computational demands for inference, offers the possibility of creating vast datasets. [...]

With the advancement of technical capabilities, Earth System Models (ESM) are rapidly moving toward much higher spatial resolutions - down to kilometer scale - to better capture key processes and feedbacks needed for robust climate impact assessments. This growing model complexity places significant demands on data infrastructures, which must evolve to support widespread application of high-resolution simulations.This evolution is needed across various stages of the ESM simulation data life cycle, right from the choice of the variables that need to be part of the simulation output, the format of the output, residence period and transfer of the data across various active storage tiers and the final movement to the cold storage tier (tapes) for long time archival. [...]

The widespread use and long-term exposure of humans to micro- and nano-plastics (MNPs) drive a significant need to comprehensively understand their health impacts. MNPs have now been definitively detected in a multitude of environmental, as well as human biological samples, confirming that they do in fact enter and accumulate in the human body. [...]

We present an isotropic 7.72 μm/voxel post-mortem human brain dataset acquired using Hierarchical Phase-Contrast Tomography (HiP-CT) at the ESRF Extremely Brilliant Source, beamline BM18. This fills a critical gap between whole-brain MRI at 100 μm resolution and serial-section histological reconstructions at 20 μm or finer. [...]

Lattice field theory provides a first-principles framework for studying properties of strongly interacting quantum field theories in elementary particle physics. Researchers in lattice field theory are also among the largest and most efficient users of high performance computing resources in fundamental science. [...]