Back to Search Start Over

Enabling New ALMA Science with Improved Support for Time-Domain Observations

Authors :
Alexander, Kate D.
Berger, Edo
Bower, Geoff
Casewell, Sarah
Cenko, S. Brad
Chatterjee, Shami
Cleeves, Ilse
Cordes, Jim
Drake, Jeremy
Drout, Maria
Dupuy, Trent
Eftekhari, Tarraneh
Fazio, Giovanni
Fong, Wen-fai
Guillochon, James
Gurwell, Mark
Johnson, Michael
Kaminski, Tomasz
Kong, Albert
Laskar, Tanmoy
Law, Casey
Littlefair, Stuart P.
MacGregor, Meredith
Maksym, W. Peter
Matthews, Lynn
McCollough, Michael
Milam, Stefanie
Moullet, Arielle
Nicholl, Matt
Rizzuto, Aaron
Rothberg, Barry
Seymour, Andrew
Villard, Eric
Wilkes, Belinda
Williams, Peter K. G.
Willner, Steven
Yusuf-Zadeh, Farhad
Publication Year :
2017

Abstract

While the Atacama Large Millimeter/submillimeter Array (ALMA) is a uniquely powerful telescope, its impact in certain fields of astrophysics has been limited by observatory policies rather than the telescope's innate technical capabilities. In particular, several observatory policies present challenges for observations of variable, mobile, and/or transient sources --- collectively referred to here as "time-domain" observations. In this whitepaper we identify some of these policies, describe the scientific applications they impair, and suggest changes that would increase ALMA's science impact in Cycle 6 and beyond. Parties interested in time-domain science with ALMA are encouraged to join the ALMA Time-domain Special Interest Group (ATSIG) by signing up for the ATSIG mailing list at https://groups.google.com/group/alma-td-sig .<br />Comment: 9 pages; whitepaper submitted to the ALMA Science Advisory Council; corresponding author P. K. G. Williams (pwilliams@cfa.harvard.edu)

Details

Database :
arXiv
Publication Type :
Report
Accession number :
edsarx.1703.04692
Document Type :
Working Paper