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E. Wisnioski , E. Wuyts, S. Wuyts, R. Genzel, L.J. Tacconi, P. Lang, D. Lutz, M. Fossati, D. Wilman, A. Renzini, S. Tacchella, M. Carollo
K. Bandara, A. Beifiori, R. Bender, N. Bouché, G. Brammer, A. Burkert, J. Chan, A. Cimatti, G. Cresci, E. Daddi, R. Davies, D. Erb,
A. Galametz, S. Kulkarni, S. Lilly, C. Mancini, J.T. Mendel, I. Momcheva, T. Naab, E.J. Nelson, S. Newman, Y. Peng, D. Rosario,
R. Saglia, S. Seitz, A. Shapley, C. Steidel, A. Sternberg, E. Strobl-Hicks, K. Tadaki, H. Übler, P. van Dokkum, D. Vergani, G. Zamorani
N.M. Förster Schreiber and the KMOS3D, SINS/zC-SINF, 3D-HST, PHIBSS/2 Teams
Galaxy Evolution
Insights from Spatially & Spectrally Resolved Studies
E.g., NMFS+06,09,16; Mancini+11; Wisnioski+15,16; Genzel+06,08,11,14; E.Wuyts+14,16; S. Wuyts+16
KMOS 24 IFUs
SINFONI & AO
Physics of Galaxy Evolution from In Situ IFU Studies
KMOS3D
600+ M
-selected z~0.7-2.7 SFGs Deep+wide coverage in M
-SFR-UVJ
SINS/zC-SINF
110 SFGs at z ~ 1–3 35 w/ deep AO follow-up
Mass assembly Star formation Structural buildup Chemical enrichment Feedback Quenching
IJH HST/CANDELS
KMOS3D – Wisnioski+15
E.g., Labbé+03;Lotz+06,08,10; Elmegreen+07-09;Kriek+09;NMFS+11a,b;Guo+12,15;Szomoru+13;Nelson+13;Tacchella+15a,b;Tadaki+14a;Cibinel+15
Rich Morphologies of z~1–3 SFGs
M
HST/CANDELS
And e.g. Kauffmann+03,06;Schiminovich+07;Bell+08,12;Cheung+12;Bruce+12,14;Fang+13;Bluck+14 ; Hunter+98;Martig+09,13;Saintonge+12;Crocker+12
(M*)
Smoother Stellar Structure of z~1–3 SFGs
Wuyts+12; Lang+14 Wuyts+13; Nelson+13,15; Genzel+14a; Tacchella+15a.b
H VFs VLT/KMOS3D
Also, e.g., Law+09,12;Epinat+09-12;Jones+10;Green+10; Wisnioski+11,12; Yuan+11,12;Kassin+12; Sobral+13;Stott+14; Livermore+15; Leethochawalit+15
Wisnioski+15; Genzel+06,08,11; NMFS+06,09,15; Shapiro+08; Cresci+09; Tacconi+13; Newman+13
Majority of Disk Kinematics of z~1–3 SFGs
Wisnioski+15
Burkert+15; Lang+16 in prep. / Also S.Wuyts+16 in prep.
Also, e.g., NFW+97; Mo+98; Bullock+01; Sofue&Rubin01; Hetznecker+06; Courteau+07; Burkert+10; van der Kruit&Freeman11; Barnabè+12; Bovy&Rix13; Moster+13; Dutton+13; Cappellari+13; Dekel&Burkert14; Übler+14; Genel+14; Courteau&Dutton15; and many more
Outer Rotation Curves & Angular Momenta
(baryons) ~ (DM)
NMFS/Genzel+06–11; Wisnioski+15. Also, e.g., Kassin+07,12; Epinat+09,12; Law+09,12; Wright+09; Swinbank+12a,b; Jones+10; Sobral+13; Stott+14
2 2 2
02 rot circ
d
Rv v
R
Stack of ~100 log(M
) > 9.7, 0.8 z 2.6 SFGs
baryons ~ 0.037 ~ DM
360 log(M
) > 9.3, 0.8 z 2.6 SFGs
Specific angular momentum of disks reflects that of their DM halos
Falling outer rotation curves – pressure-driven disk truncation?
Also, Pettini+00; Heckman+03,15; Shapley+03;Weiner+09; Steidel+10; Coil+11; Kulas+11; Law+12b; Kornei+12; Chen+12; Martin+05;
Rupke+02–13; Sharp,Bland-Hawthorn10; Sturm+11; Westmoquette+12,13; Bouché+12,14; RodríguezZaurín+13; Cicone+14; and many others
Genzel+11; Newman+12a,b; Shapiro+09
FWHM ~ 450 km/s, across disks, at/near SF clumps
Hα broad – Outflow
1” (8kpc)
Hα narrow – Star formation
B
Vigorous Outflows Driven by Star Formation
SINFONI+AO
ZC406690 clump B
velocity offset (km/s)
-2000 -1000 0 1000 2000
0.0
0.5
1.0
Outflow
Star
formation
Stacked pixels
dMout/dt (ionized gas) ~ 1 – 5 SFRs
Breakout at (SFR) ≳ 1 M
/yr/kpc2
D3a-6004 (z=2.38)
Hα broad (outflow) Hα narrow (star formation) Rest-V continuum (stars,HST)
SINFONI+AO
NMFS+14;
Genzel+14b;
+ in prep.
Ubiquitous Nuclear Outflows Driven by AGN
.Also, e.g., Rupke+02-13; Sturm+11; Nesvadba+11; Westmoquette+12,13; Harrison+12,14; Maiolino+12; Cano Diaz+12; Fabian12; Diamond-Stanic+12; Mullaney+13; Rodriguez-Zaurin+13; Cicone+12,14,15; Juneau+12,14; Brusa+15; Cresci+15; Perna+15
Centers of log(M*) ≳ 10.9 galaxies, FWHM ~ 500–2000 km/s, in H+[NII]+[SII], 2 – 3 kpc extent
High duty cycle among typical massive galaxies, dMout/dt (ionized gas) ~ SFR, vout > vesc
320 M
-selected 0.8 z 2.6 galaxies; 80 at log(M
) > 10.8
(KMOS3D, SINS/zC-SINF, LUCI, GNIRS)
D3a-6004 (z=2.38)
Hα broad (outflow) Hα narrow (star formation) Rest-V continuum (stars,HST)
SINFONI+AO
NMFS+14;
Genzel+14b;
+ in prep.
Ubiquitous Nuclear Outflows Driven by AGN
.Also, e.g., Rupke+02-13; Sturm+11; Nesvadba+11; Westmoquette+12,13; Harrison+12,14; Maiolino+12; Cano Diaz+12; Fabian12; Diamond-Stanic+12; Mullaney+13; Rodriguez-Zaurin+13; Cicone+12,14,15; Juneau+12,14; Brusa+15; Cresci+15; Perna+15
Centers of log(M*) ≳ 10.9 galaxies, FWHM ~ 500–2000 km/s, in H+[NII]+[SII], 2 – 3 kpc extent
High duty cycle among typical massive galaxies, dMout/dt (ionized gas) ~ SFR, vout > vesc
320 M
-selected 0.8 z 2.6 galaxies; 80 at log(M
) > 10.8
(KMOS3D, SINS/zC-SINF, LUCI, GNIRS)
7 h 1 h IJH HST
The Need for Sensitive Spatially-Resolved Data
K20-ID7 z = 2.2
NMFS+09,15; Tacchella+15a; Lang+14
F(Ha) = 2 10–16 cgs
Re (H, M) 8 kpc M = 4.0 1010 M
SFR = 210 M
/ yr n (H, M) 0.2
SINFONI+AO
2 h 3 h 4 h 5 h 6 h 7 h
KMOS (noAO)
H
SINFONI+AO
V (H)
SINFONI+AO
M
HST/WFC3
The Need for Sensitive Spatially-Resolved Data
D3a15504 z = 2.4
Genzel+06,14; NMFS+14
Not corrected for VF Corrected for VF
F(Ha) = 2 10–16 cgs
FWFMbroad (nucl.) = 1000 km/s
M = 1.1 1011 M
SFR = 150 M
/ yr
Fbroad/Ftotal (nucl.) = 0.7
Mass Accretion
Star
formation
Outflows
Structural buildup
Quenching
Physics of lifecycle of massive galaxies
from resolved in-situ studies
NOEMA ALMA
Outlook
Cold molecular gas
PHIBSS/2 @ PdBI/NOEMA Tacconi+10,13
Cold gas/dust on par with Opt/NIR
D = 4.5 Mpc
Larsen+99 1.5 ~ 35 pc resolution HST/WFC3 – VLT+AO 1.5 kpc resolution JWST/NIRCAM 700 pc resolution E-ELT/MICADO 100 pc resolution
5 kpc
z = 2.0
(20 L)
Deep near-IR
imaging
M83 log(M*) ~ 10.6
SFR ~ 4 M
/yr
fgas ~ 10-15%
Towards Resolving Distant Galaxies on 100pc Scales
Mock z=2.3 galaxy, EELT resolution ~100 pc
Compact clusters detected to KAB ~ 28.5
(MR,AB ~ –16) Sims details:
Trippe et al. (2010)