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Kinemetry of High-Redshift Galaxies

Kinemetry of High-Redshift Galaxies. Distinguishing Rotating Disks from Major Mergers. Kristen Shapiro and the SINS team:. R. Genzel, N.M. F örster Schreiber, L.J. Tacconi, F. Eisenhauer, N. Bouché, D. Lutz, R. Davies, G. Cresci, S. Genel, E. Hicks, R. Bender, S. Seitz, A. Verma,

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Kinemetry of High-Redshift Galaxies

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  1. Kinemetry of High-Redshift Galaxies Distinguishing Rotating Disks from Major Mergers Kristen Shapiro and the SINS team: R. Genzel, N.M. Förster Schreiber, L.J. Tacconi, F. Eisenhauer, N. Bouché, D. Lutz, R. Davies, G. Cresci, S. Genel, E. Hicks, R. Bender, S. Seitz, A. Verma, M. Lehnert, N. Nesvadba, A. Sternberg, R. Ivison, F. Bertoldi, A. Blain, S. Chapman, P. Cox, T. Greve, R. Neri, A. Omont, I. Smail, D. Erb, A. Shapley, C. Steidel, A. Cimatti, E. Daddi, A. Renzini, V. Mignoli, N. Arimoto, X. Kong

  2. BX 610 (2.2) MD 41 (2.2) rotation dominated K20-8 (2.2) SA12 6192 (1.51) dispersion dominated BX 599 (2.33) 200 -170 100 150 80 -100 -70 D3a 6004 (2.4) -80 - 90 K20-5 (2.2) -170 170 SA12 6339 (2.3) -170 BX 502 (2.16) 170 -50 35 ZC1101592 (1.41) D3a 6397 (1.51) D3a 7144 (1.7) 240 -20 120 + 130 30 140 D3a 15504 (2.4) GK2471 (2.43) BM 1163 (1.41) -200 GK 167 (2.58) -120 30 170 -140 30 -240 BX 405 (2.03) K20-9 (2.0) 40 -60 -160 -170 200 BX482 (2.2) -30 -200 BX389 (2.2) BX 404 (2.03) K20-6 (2.2) -35 SA12 8768 (2.2) 240 280 -45 +200 GK2252 (2.41) 30 70 -5 -60 80 D3a 4751 (2.27) 70 BX663 (2.4) -280 70 -70 ZC782941 (2.2) -120 1 (8 kpc) 160 -70 -160 +160 The SINS Survey K20-7 (2.2) -80 BX528 (2.3) 120 160 merger GK 2113 (1.61) +380 -70 0 -30 50 110 Förster Schreiber et al. (2008)

  3. Qualitative Comparison to z~0 Spiral Galaxies Local rotation curves from Sofue & Rubin 2001

  4. Qualitative Comparison to z~0 Template Galaxies Local ULIRG Local Spiral Galaxy Daigle et al. 2006 Colina et al. 2005 Shapiro et al. 2008

  5. Qualitative Comparison to z~0 Template Galaxies Local ULIRG Local Spiral Galaxy Daigle et al. 2006 Colina et al. 2005 Total: ~30 template galaxies, from local observations and simulations of high-z systems (Simulations from Naab et al. 2007) Shapiro et al. 2008

  6. … Quantifying Velocity Fields with Kinemetry Kinemetry analysis of first and second velocity moment for highest quality SINS data Krajnović et al. 2006

  7. … Quantifying Velocity Fields with Kinemetry Kinemetry analysis of first and second velocity moment for highest quality SINS data B1 B3 Krajnović et al. 2006

  8. … Quantifying Velocity Fields with Kinemetry Kinemetry analysis of first and second velocity moment for highest quality SINS data Krajnović et al. 2006

  9. Classifying z~0 Template Galaxies Shapiro et al. 2008

  10. … Classifying z~0 Template Galaxies Kinemetry analysis of first and second velocity moment for highest quality SINS data mergers disk galaxies Krajnović et al. 2006 Shapiro et al. 2008

  11. Classifying z~2 UV/optical-Bright Systems Kinemetry analysis of first and second velocity moment for highest quality SINS data mergers disk galaxies 2 / 3 are disk-like Shapiro et al. 2008

  12. Classifying z~2 UV/optical-Bright Systems Shapiro et al. 2008

  13. Formation of Disks at z~2 BzK-15504 BzK-6004 BzK-ZC782941 Hα Integrated flux FWHM 50 70  (km/s) 500 160 170 60 MSF Region ~ 108 M SFR ~ 100-200 M/yr Genzel et al. 2006

  14. Formation of Disks at z~2 M* ~ 8 x 1010 M SFR ~ 100-200 M/yr Age ~ 500 Myr Genzel et al. 2006

  15. Formation of Disks at z~2 tstars ~ 500 Myr SED Modeling taccretion ~ tgas exhaustion ~ 200-800 Myr v / 2-4 (rapid) inflow scenario: Dekel & Birnboim 2003, Immeli et al. 2004, D’Onghia et al. 2006 Genzel et al. 2006

  16. Future Evolution of z~2 Disks Immeli et al. 2004 Genzel et al. 2008

  17. The Evolution of z~2 UV/optical-bright Systems Population consists mainly of large, rotating disks Likely formed via smooth accretion, not major mergers Evolve into z~0 bulge-dominated systems Secular evolution may play an important role

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