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CorMASS+Magellan • Science objective: IR spectroscopy of Spitzer sources – Least massive brown dwarfs – Proto-brown dwarfs – Brown dwarf companions – Serendipitous discoveries • Properties of CorMASS • Plans for Magellan
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CorMASS+Magellan

Jan 09, 2016

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CorMASS+Magellan. Science objective: IR spectroscopy of Spitzer sources Least massive brown dwarfs Proto-brown dwarfs Brown dwarf companions Serendipitous discoveries Properties of CorMASS Plans for Magellan. The least massive brown dwarfs. Spitzer+HST+Magellan. current. mid-90’s. ?. - PowerPoint PPT Presentation
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Page 1: CorMASS+Magellan

CorMASS+Magellan

• Science objective: IR spectroscopy of Spitzer sources– Least massive brown dwarfs– Proto-brown dwarfs– Brown dwarf companions– Serendipitous discoveries

• Properties of CorMASS• Plans for Magellan

Page 2: CorMASS+Magellan

currentSpitzer+HST+Magellan mid-90’s

brown dwarfs

stars

Sun

?

Jupiter

The least massive brown dwarfs

Page 3: CorMASS+Magellan

Spitzer+IRAC (3-8 m): Chamaeleon I

Page 4: CorMASS+Magellan

Spitzer+IRAC (3-8 m): Chamaeleon I

HST+ACS (IZ)CTIO 4 m (YJHK)

Page 5: CorMASS+Magellan

IR Spectroscopy of BD Candidates

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CorMASS+Magellan

• CorMASS– Instrument team = John Wilson, Mike Skrutskie (UVa)– Capabilities = 0.8-2.5 m, cross-dispersed, R=300, f/9– Previous telescopes = Palomar 60”, VATT, APO 3.5 m– On Magellan = 0.4x3” slit, SN=10 for K=18 in 1 hour– Ideal for followup of candidate brown dwarfs

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Page 8: CorMASS+Magellan

CorMASS+Magellan

• CorMASS– Instrument team = John Wilson, Mike Skrutskie (UVa)– Capabilities = 0.8-2.5 m, cross-dispersed, R=300, f/9– Previous telescopes = Palomar 60”, VATT, APO 3.5 m– On Magellan = 0.4x3” slit, SN=10 for K=18 in 1 hour– Ideal for followup of candidate brown dwarfs

• Observing run on Magellan– ~8 nights in February or March 2005– Queue observing for IRAC targets and other CfA proposed

work– Harvard-only run now, but will advertise to partners up

approval

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