Chris Carilli NRAO - PowerPoint PPT Presentation

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Chris Carilli NRAO

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CMB/WMAP geometry of universe seeds of cosmic structure from BB. Relies on NRAO/CDL HEMT Amplifiers. Realm of the Galaxies. T_univ = 13.6 Gyr. HST/CO Wilson et al ... – PowerPoint PPT presentation

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Title: Chris Carilli NRAO


1
Chris Carilli (NRAO) AAS06 NRAO 50th
2
Chris Carilli (NRAO) Berlin June 29, 2005
CMB/WMAP geometry of universe seeds of cosmic
structure from BB Relies on NRAO/CDL HEMT
Amplifiers
3
5.9 Gyr
T_univ 13.6 Gyr
HST/VLAMERLIN Chapman
Realm of the Galaxies
HST/CO Wilson et al
4
SDSS J11485251 870 Myr (1/16 T_univ)
Dark Ages
First Light Reionization
Fan
VLA CO 3-2
Walter
Sloan Quasar 870 Myr
5kpc
5
SDSS J11485251 Dust and molecular gas into
cosmic reionization
870Myr
VLA CO 3-2
2.5kpc
  • 1e10 M_sun molecular gas fuel for galaxy
    formation.
  • Explosive galaxy and SMBH formation in merging
    system at 1/16 T_univ?
  • Very early formation of heavy elements
  • (within 0.5Gyr of BB)

C II
CO 6-5
1
IRAM
6
ALMA Deep field probing earliest normal
galaxies
HST
  • Detect J1148 dust galaxies in seconds!
  • ALMA weighted to distant, dusty galaxies
  • Image at kpc-resolution dust, cold gas, star
    formation in first galaxies

T_univ gt 4.5 Gyr
lt 4.5 Gyr
ALMA
7
Required Panchromatic view of First Light
VLA CO 3-2
ALMA cold gas and dust
CO 3-2 z6.4
EVLA star formation/AGN
JWST stars, ionized gas
8
END
9
Panchromatic view of galaxy formation
ALMA cold gas and dust
EVLA star formation/AGN
JWST stars, ionized gas
10
NRAO Unveiling galaxy formation AAS 2006, C.
Carilli (NRAO)
IC342
T_univ 13.6 Gyr
5.9 Gyr
HST/CO Wilson et al
HST/VLAMERLIN
11
The CMB From NRAO HEMTs
OVRO/BIMA
12
Millimeter VLBI Imaging the Galactic center
black hole (Falcke 2000)
Kerr
Schwarzschild
Model opt. thin synch
0.6 mm VLBI 16uas res
1.3 mm VLBI 33 uas res
13
The details of early galaxy formation
GBT/VLA dense molecular gas fuel for galaxy
formation
z4.2 VLA CO 2-1
0.2
z4.8
VLBA sub-kpc imaging distribution of star
formation
14
Panchromatic view of galaxy formation
Arp 220 vs z
cm Star formation, AGN
(sub)mm Dust, molecular gas
Near-IR Stars, ionized gas, AGN
15
(No Transcript)
16
Epoch of galaxy formation (z1.5 3)
  • Submm/radio surveys reveal massive, dusty
    starburst galaxies at high redshift, often unseen
    in deepest optical surveys (eg. HDF)
  • Comparable SFR at zgt2 in these submm galaxies
    as optically selected galaxies formation of
    large elliptical galaxies?
  • Combined radio/mm/(near)IR allows for accurate
    positions, and coarse redshifts
  • currently limited to extreme starbusts (1000
    M_sun/yr)
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