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Technical developments
Technical developments
EMERGE leads and participates in different technical projects for ALMA (see below).
For further information, please contact us.
Archival research
Archival research
In collaboration with the Dutch ARC-node Allegro, EMERGE is developing the new "ALminer: ALMA archive mining and visualization toolkit" (Ahmadi & Hacar 2021), a novel series of interactive tools to effectively query and analyze the ALMA Science Archive.
06/2021: ALminer is available in Github (EMERGE-StG Github)
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Supercomputers & Massive Data Reduction
Supercomputers & Massive Data Reduction
EMERGE is developing a new framework for massive data reduction in the ALMA era using supercomputers such as SURFsara/Spider (Amsterdam) (link).
Pilot project: This technique has been successfully applied on a the analysis of the first Survey of Orion disks with ALMA (SODA; van Terwisga, Hacar, & van Dishoeck, et al, submitted to A&A).
Supercomputers & Massive Data Reduction
Supercomputers & Massive Data Reduction
EMERGE is developing a new framework for massive data reduction in the ALMA era using supercomputers such as SURFsara/Spider (Amsterdam) (link).
Pilot project: This technique has been successfully applied on a the analysis of the first Survey of Orion disks with ALMA (SODA; van Terwisga, Hacar, & van Dishoeck, et al, submitted to A&A).
Data combination
Data combination
The recovery of extended emission is one of the most fundamental challenges for interferometric mapping. EMERGE leads the Quality Assessment team at the DC2019 working group (https://github.com/teuben/dc2019) for the exploration of state-of-the-art Data Combination techniques for interferometers such as ALMA.
See also: Hacar A., Tafalla M., Forbrich J., Alves J., Meingast S., Grossschedls J., & Teixeira P.S., 2018, A&A, 610, A77 (link)
Contact us:
Contact us:
Project: emerge.project [at] gmail.com
PI: alvaro.hacar [at] gmail.com
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