PI Total time #CoIs, team

PI

Total time

#CoIs, team

M. Mora

4.0n (ELT 42m)Experts in 3D spectroscopy3D spectroscopy, theoretician involved in star cluster disruption and interaction simulations, star cluster experts and PhD students .

Star cluster complexes.

Young star clusters clustered themselves in regions. There interactions, mergers and disruptions may occur.Here we propose to measure the kinematics of these regions.

-Important stage in the star clusters life.

-Stars may be released from their clusters becoming field stars.

-Some star clusters may be interacting and eventually will merge.

We aim to study :

-Kinematic of the clusters, stars and the surrounding media: Chaotic? Small group interactions? How much the media affects to the clusters?

Is the velocity field of the gas coupled/de-coupled with the clusters ?

-Important information about the process of cluster disruptions

-Input for simulations.

Star cluster complexes

Young star cluster region in

NGC 45 0.01” pix scale (simulated from ACS )

Telescope Setup : Extrapolation of VLT VIMOS 0.67” fiber of 54”x54”

IFU FOV with fibre size of 0.37”

30”x30” FOV

Opportunity to observe star and cluster interactions!!!

-23˚

Dec.

S/N ~30V=2440h0hNGC 45A

NotesMagToTR.A.TargetRun

ELT Justification: Only instrument available to reach objects of V=24 with s/n=30 using 3D spectroscopy. (Extrapolating VIMOS efficiency)

Legacy Value: Metallicity estimation of the clusters and the media. Ages and masses in combination with models can be also derived.

Data Reduction: 3D data skills.

510 nm

LTAO

AO

10h x 4 (IFU)1030”40hR=1000IFUA

NotesPixelFOVT.ModeMPRun