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GT4Py: A Python framework for the development of high-performance weather and climate applications
(2023)GT4Py is a Python framework for weather and climate applications simplifying the development and maintenance of high-performance codes in prototyping and production environments. GT4Py separates model development from hardware architecture dependent optimizations, instead of intermixing both together in source code, as regularly done in lower-level languages like Fortran, C, or C+. Domain scientists focus solely on numerical modeling using ...Conference Poster -
To Act or Not to Act – Handling File Format Identification and Validation Issues in Practice
(2016)Proceedings of the 13th International Conference on Digital Preservation (iPRES 2016)Conference Poster -
Organic matter coating defines threshold of motion in natural sediments
(2022)The onset of sediment erosion in is governed by sediment properties such as grain size, density, and environmental controls such as current strength. Investigating the relevance of each of these parameters has been an ongoing part of experimental sedimentology, resulting in several empirical threshold of motion curves [1,2]. These are used for different geotechnical applications, but so far, none of these include the effects of organic ...Conference Poster -
Clay dissolution during early diagenesis? – Insights from neodymium isotopes
(2022)Conference Poster -
Sedimentary hydrodynamic processes under low-oxygen conditions
(2022)Continental margin sediments represent a major global sink of organic carbon (OC), and exert a key control on Earth’s climate. Today, OC burial in marine sediments mainly takes place under oxygen-rich water columns, where most OC is intimately associated with sediment grains and biogenic minerals. In prior episodes of Earth’s past, when large parts of the oceans were anoxic, the mode of sedimentary OC burial must have been very different, ...Conference Poster -
A Control and Testing Framework for a Digital Micromirror Device in Neutral Atom Quantum Computing and Simulation Platforms
(2022)Modern optical lattice experiments hope to leverage both the collective and individually addressable properties of neutral atoms in pursuit of a universal quantum simulator or computer. Popular approaches involve the use of spatial light modulators (SLMs) to shape laser beam profiles as well as to create arbitrary potential landscapes. The traditionally used nematic liquid crystal-based SLMs are limited in their modulation speed and fail ...Conference Poster