Turning ageing inside-out Javier Casado Gmez Currently homeless - PowerPoint PPT Presentation

Turning ageing inside-out Javier Casado Gómez Currently homeless but... Universidad Autónoma de Madrid (UAM) Leibniz institute for Astrophysics Potsdam (AIP) Yago Ascasibar Rubén García Benito 2nd SELGIFS Advanced School on Integral-Field Spectroscopy Data Analysis

What is ageing?

What is ageing? LONG STORY SHORT... RED SEQUENCE your favourite color BLUE CLOUD your favourite mass/luminosity indicator

What is ageing? LONG STORY SHORT... RED SEQUENCE your favourite color green valley BLUE CLOUD your favourite mass/luminosity indicator

What is ageing? LONG STORY SHORT... RED SEQUENCE your favourite color green valley BLUE CLOUD your favourite mass/luminosity indicator

What is ageing? LONG STORY SHORT... RED SEQUENCE your favourite color green valley BLUE CLOUD your favourite mass/luminosity indicator

Our own version of the story

Our own version of the story S L O W E R F A S T E R The colour-EW (AGEING) diagram SSFR vs. SSFR Different proxies tracing different timescales

Ageing

Ageing 10 7 yr Ha(EW) (u-r) color 10 8.5 yr TWO PROXIES FOR THE SSFR OTHER PROXIES: BUT WITH DIFFERENT TIME SCALES Mass → Mr Morphology → Galaxy Zoo Environment → R 5 / ȓ

Why do we believe in ageing? Ha(EW) (u-r) color

SLOWER F A All together now! S T E R Ha(EW) (u-r) color

SLOWER F A All together now! S T E R Ha(EW) (u-r) color

What is this guy doing talking about SDSS? This is an IFS school!

What is this guy doing talking about SDSS? This is an IFS school! ◦ Aperture effects → Central and/or brightest parts

What is this guy doing talking about SDSS? This is an IFS school! ◦ Aperture effects → Central and/or brightest parts ◦ IFS data → from 1 to ~2000 points in the color-EW diagram Sb - R 5 / ȓ =2.13 Sab - R 5 / ȓ =1.86 E6 - R 5 / ȓ =1.50 Integrated CALIFA “Nucleus” CALIFA SDSS with SHIFU SDSS MPA-JHU

ONGOING WORK ENVIRONMENT MORPHOLOGY GALAXIES AGE ON RESOLVED SCALES (~1kpc) AND ACROSS THE ENTIRE SYSTEM

WHAT DO I WANT TO DO?

WHAT DO I WANT TO DO? ENVIRONMENT MORE OBJECTS MORPHOLOGY

WHAT DO I WANT TO DO? 24/40 ENVIRONMENT MORE OBJECTS 40 → 82500 galaxies MORPHOLOGY However, 40 X ~2000 ≃ 80000 spectra

WHAT DO I WANT TO DO? 24/40 ENVIRONMENT MORE OBJECTS 40 → 82500 galaxies MORPHOLOGY However, 40 X ~2000 ≃ 80000 spectra COMPLETENESS

WHAT DO I WANT TO DO? DIFFERENT SURVEYS NGC2906

WHAT DO I WANT TO DO? DIFFERENT SURVEYS NGC2906

WHAT DO I WANT TO DO? DIFFERENT SURVEYS NGC2906

WHAT DO I WANT TO DO? DIFFERENT SURVEYS NGC2906

WHAT DO I WANT TO DO? DIFFERENT SURVEYS NGC2906 ? ? Ha(EW) color

WHAT DO I WANT TO DO? ? Ha(EW) OTHER ? ? SSFR D4000 PROXIES H ฀ +/or H ɣ color

WHAT DO I WANT TO DO? BINNED DATA

WHAT DO I WANT TO DO? PREVIOUS PLOTS BINNED DATA

WHAT DO I WANT TO DO? Tools that provide SFR! - Starlight - PIPE3D - PyParadise - STECKMAP And metallicities, SFH... MODELS AND ANCILLARY DATA

WHAT DO I WANT TO DO? Tools that provide Collaborations that SFR! have measured: - Starlight - Masses - PIPE3D - Morphologies - PyParadise - Interaction stage - STECKMAP - Environment And metallicities, AND SFH... COMPLETENESS CRITERIA MODELS AND ANCILLARY DATA

WHAT DO I WANT TO DO? Tools that provide Collaborations that THE SELGIFS DATA CHALLENGE SFR! have measured: - Starlight - Masses - PIPE3D - Morphologies - PyParadise - Interaction stage - STECKMAP - Environment And metallicities, AND SFH... COMPLETENESS CRITERIA MODELS AND ANCILLARY DATA

WHAT DO I WANT TO DO? DIFFERENT MORE SURVEYS OBJECTS BINNED OTHER DATA SSFR PROXIES MODELS AND ANCILLARY DATA

WHY SO PICKY?

WHY SO PICKY?

WHY SO PICKY?

WHY SO PICKY? USE THIS “AGEING” DIAGRAM (OR ANY OTHER VERSION OF IT) AS A DIAGNOSTIC DIAGRAM OF THE EVOLUTIONARY STATE OF THE SYSTEM

WHAT DO I WANT TO KNOW ? UNRAVELING THE MYSTERY OF AGEING

WHAT DO I WANT TO KNOW ? UNRAVELING THE MYSTERY OF AGEING LOCAL vs. GLOBAL

WHAT DO I WANT TO KNOW ? UNRAVELING THE MYSTERY OF AGEING LOCAL vs. GLOBAL AGEING vs. QUENCHING THE TIMESCALES

WHAT DO I WANT TO KNOW ? UNRAVELING THE MYSTERY OF AGEING LOCAL vs. GLOBAL AGEING vs. QUENCHING THE TIMESCALES THE ROLE OF SPATIAL (AND SPECTRAL) RESOLUTION

WHAT DO I WANT TO KNOW ? UNRAVELING THE MYSTERY OF AGEING LOCAL vs. GLOBAL AGEING vs. QUENCHING THE TIMESCALES THE ROLE OF SPATIAL (AND SPECTRAL) RESOLUTION + THE LOW SIGNAL-TO-NOISE DATA (BaTMAn)

WHAT DO I WANT TO KNOW ? UNRAVELING THE MYSTERY OF AGEING LOCAL vs. GLOBAL AGEING vs. QUENCHING THE TIMESCALES THE ROLE OF SPATIAL (AND SPECTRAL) RESOLUTION + THE LOW SIGNAL-TO-NOISE DATA (BaTMAn) THEORY!

WHAT DO I WANT TO KNOW ? UNRAVELING THE MYSTERY OF AGEING LOCAL vs. GLOBAL AGEING vs. QUENCHING THE TIMESCALES THE ROLE OF SPATIAL (AND SPECTRAL) RESOLUTION + THE LOW SIGNAL-TO-NOISE DATA (BaTMAn) THEORY!

thank you!