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What is amber? 


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Amber is a semi-numerical code for modeling the cosmic dawn and the epoch of reionization. It takes a novel approach to calculating the reionization-redshift field and allows users to specify the reionization history through input parameters. The code has the advantage of being faster than radiative transfer simulations and can be used for large-volume models and parameter-space studies . Amber is also a fossilized tree resin that can enclose and preserve other materials, including fossils. Inclusions in amber can help reconstruct past biodiversity and ecosystems, and dating amber deposits can provide age constraints for evolutionary events and past ecosystems . Additionally, Amber is a system that supports responsive debugging during the execution of a workflow task. It allows developers to pause the job, investigate the cluster's states, modify the job, and resume the computation, enabling better understanding of the execution's runtime behavior .

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Amber is a system that supports responsive debugging during the execution of a workflow task in a distributed computing environment.
Open accessProceedings ArticleDOI
14 Jan 2023
AMBER is a fixed-target experiment at the M2 beam line of the CERN SPS, dedicated to various fundamental QCD measurements.
AMBER is a semi-numerical code for modeling the cosmic dawn, specifically the epoch of reionization. It calculates the reionization-redshift field based on the abundance of ionized mass and allows users to specify the reionization history through input parameters.
AMBER is a semi-numerical code for modeling the cosmic dawn and reionization process, allowing users to specify the reionization history through input parameters.
Journal ArticleDOI
Yuling Li, Daran Zheng 
15 Jul 2023-Minerals
Amber is a fossilized tree resin that can enclose and preserve other materials, providing valuable information about past biodiversity and ecosystems.

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