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| = GISMO - The Goddard-IRAM Superconducting 2 Millimeter Observer = | |
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| '''GISMO - The Goddard-IRAM Superconducting 2 Millimeter Observer''' | This page is maintained by CK and SL |
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| In November 2007, this 8x16 BUG bolometer camera was tested at the 30m telescope. Bandwidth 125-175GHz, 17" beam, 14" pixel offsets. A second test run is currently running (Oct 08). PI is [http://www.astro.umd.edu/people/staguhn.html Johannes Staguhn] [http://gsfctechnology.gsfc.nasa.gov/Detector.htm (Goddard)], [http://www.phys.ufl.edu/tes3/pdfs/Benford_TES_Bolometer_Arrays_Poster.pdf Poster on TES Bolometers] | <<Anchor(beginOfPage)>> |
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| * attachment:SPIE_GISMO_Staguhn.pdf * attachment:Staguhn_GISMO_SPIE_08_Rev1.pdf |
<<TableOfContents(5)>> == 3rd GISMO test run == === Staffing of the test run === * GSFC: J. Staguhn, D. Fixsen, A. Kovacs, S. Maher, E. Sharp, D. Benford * IRAM: S. Leclercq, A. Sievers, G. Quintana-Lacaci, R. Zylka === Test run schedule: 31.03. - 16.04.2010 === '''IRAM 30m schedule page: ''' [[http://www.iram.fr/IRAMFR/PV/sche/sche.html|Schedule]] '''T16-09''' in 30m schedule = GISMO has telescope time Lead of the run : Johannes / Samuel || '''#''' || '''Dates''' || '''Main Task''' || '''Details''' || '''Lead (GSFC/IRAM)''' || '''Support''' || || || 31.03. Wednesday || || Arrival of ES, first GISMO visitor, in Granada || || || || || 01.04.-05.04. || Mount upgrades, close and cool down in the 30m workshop || Arrival of SM || || || || || 06.04. Tuesday || Turn on GISMO, and 1st tests in the 30m workshop || Arrival of JS, DF, AK, SL, AS. || Johannes / Samuel || Albrecht (AoD) || || || 07.04.-08.04. || Tests in the 30m workshop || Bias, Tuning, IV curves, internal LED, Computer... || Johannes / Samuel || Albrecht (AoD) || || || 09.04. Friday || Installation in the cabin, cool down, alignment, background noise || Arrival of RZ || Johannes / Samuel || Albrecht & (AoD) || || || 10.04.-12.04. || Calibration on sky (alignment, pointing, focus, dips), observations '''T16-09''' || 12.04.: Arrival of DB, departure of AS, SL, RZ || Johannes / Samuel || Santiago+Dave || || || 13.04.-15.04 || Observations '''T16-09'''|| || Johannes || Christof (AoD) || || || 16.04. Friday || Dismounting || || Johannes || Christof (AoD) || ---- === Daily reports === ==== 16.10. Friday ==== Arrival of the NIKA == 2nd GISMO Test run == In October 2008, the GISMO team Johannes Staguhn, Stephen Maher, Elmer Sharp, Dale Fixsen, and Dominic Benford spent two weeks at the 30m observatory to first install their GISMO bolometer in the lab and then in the receiver cabin to test its performance on the sky. GISMO consists of 8x16 pixels with transition edge sensors (TES). The super conducting TES are read out by SQUID multiplexers. The nominal bandwidth is 125-175GHz, pixels are spaced by 14", the telescope HPBW is 17" at 2mm. Data are taken while the telescope is performing Lissajous scan patterns, without switching the secondary, to increase the mapping efficiency. An automated pipeline merges the GISMO data with the telescope data streams to create FITS files, being triggered by the IRAM messaging system. Data are then further reduced using the Goddard data reduction package. The 2mm spectral range provides a unique terrestrial window enabling ground-based observations of the earliest active dusty galaxies in the universe and thereby allowing a better constraint on the star formation rate in these objects. Preliminary results from this second observing run at the 30m telescope look very promising. (CK, 28-Oct-2008) {{attachment:gismo-team.png}} <<BR>> The GISMO team in the control room at the 30m telescope, after one week of 24 hours observing time. From left to right: Stephen Maher, Elmer Sharp, Johannes Staguhn, Dale Fixsen, Dominic Benford (Photo by A.Sievers on October, 27, 2008) * [[http://esoads.eso.org/abs/2008JLTP..151..709S|Staguhn et al. 2008]] GISMO, a 2 mm Bolometer Camera Optimized for the Study of High Redshift Galaxies * [[attachment:SPIE_GISMO_Staguhn.pdf]] * [[attachment:Staguhn_GISMO_SPIE_08_Rev1.pdf]] * [[http://www.astro.umd.edu/people/staguhn.html|Johannes Staguhn]] * [[http://gsfctechnology.gsfc.nasa.gov/Detector.htm|(Goddard)]], * [[http://www.phys.ufl.edu/tes3/pdfs/Benford_TES_Bolometer_Arrays_Poster.pdf|Poster on TES Bolometers]] * [[http://www.submm.caltech.edu/~sharc/crush/index.htm|Crush]] |
GISMO - The Goddard-IRAM Superconducting 2 Millimeter Observer
This page is maintained by CK and SL
Contents
3rd GISMO test run
Staffing of the test run
* GSFC: J. Staguhn, D. Fixsen, A. Kovacs, S. Maher, E. Sharp, D. Benford * IRAM: S. Leclercq, A. Sievers, G. Quintana-Lacaci, R. Zylka
Test run schedule: 31.03. - 16.04.2010
IRAM 30m schedule page: Schedule T16-09 in 30m schedule = GISMO has telescope time
Lead of the run : Johannes / Samuel
# |
Dates |
Main Task |
Details |
Lead (GSFC/IRAM) |
Support |
|
31.03. Wednesday |
|
Arrival of ES, first GISMO visitor, in Granada |
|
|
|
01.04.-05.04. |
Mount upgrades, close and cool down in the 30m workshop |
Arrival of SM |
|
|
|
06.04. Tuesday |
Turn on GISMO, and 1st tests in the 30m workshop |
Arrival of JS, DF, AK, SL, AS. |
Johannes / Samuel |
Albrecht (AoD) |
|
07.04.-08.04. |
Tests in the 30m workshop |
Bias, Tuning, IV curves, internal LED, Computer... |
Johannes / Samuel |
Albrecht (AoD) |
|
09.04. Friday |
Installation in the cabin, cool down, alignment, background noise |
Arrival of RZ |
Johannes / Samuel |
Albrecht & (AoD) |
|
10.04.-12.04. |
Calibration on sky (alignment, pointing, focus, dips), observations T16-09 |
12.04.: Arrival of DB, departure of AS, SL, RZ |
Johannes / Samuel |
Santiago+Dave |
|
13.04.-15.04 |
Observations T16-09 |
|
Johannes |
Christof (AoD) |
|
16.04. Friday |
Dismounting |
|
Johannes |
Christof (AoD) |
Daily reports
16.10. Friday
Arrival of the NIKA
2nd GISMO Test run
In October 2008, the GISMO team Johannes Staguhn, Stephen Maher, Elmer Sharp, Dale Fixsen, and Dominic Benford spent two weeks at the 30m observatory to first install their GISMO bolometer in the lab and then in the receiver cabin to test its performance on the sky. GISMO consists of 8x16 pixels with transition edge sensors (TES). The super conducting TES are read out by SQUID multiplexers. The nominal bandwidth is 125-175GHz, pixels are spaced by 14", the telescope HPBW is 17" at 2mm. Data are taken while the telescope is performing Lissajous scan patterns, without switching the secondary, to increase the mapping efficiency. An automated pipeline merges the GISMO data with the telescope data streams to create FITS files, being triggered by the IRAM messaging system. Data are then further reduced using the Goddard data reduction package.
The 2mm spectral range provides a unique terrestrial window enabling ground-based observations of the earliest active dusty galaxies in the universe and thereby allowing a better constraint on the star formation rate in these objects. Preliminary results from this second observing run at the 30m telescope look very promising.
(CK, 28-Oct-2008)
The GISMO team in the control room at the 30m telescope, after one week of 24 hours observing time. From left to right: Stephen Maher, Elmer Sharp, Johannes Staguhn, Dale Fixsen, Dominic Benford (Photo by A.Sievers on October, 27, 2008)
Staguhn et al. 2008 GISMO, a 2 mm Bolometer Camera Optimized for the Study of High Redshift Galaxies