The J-PAS Survey. Silvia Bonoli

Similar documents
Quasar identification with narrow-band cosmological surveys

The J-PAS survey: pushing the limits of spectro-photometry

The Baryon Acoustic Peak (BAP) in the correlation function clustering of the SDSS LRG 47k galaxy sample, and is sensitive to the matter density

Introduction to SDSS -instruments, survey strategy, etc

O Brasil verá quase todas as galáxias observáveis!

IAG. Laerte Sodré Jr. Departamento de Astronomia Instituto de Astronomia, Geofísica e Ciências Atmosféricas Universidade de São Paulo

The Observatorio Astrofísico de Javalambre. A planned facility for large scale surveys

The Large Synoptic Survey Telescope

The Observatorio Astrofísico de Javalambre: telescopes and instrumentation

Commissioning and Science Verification of JAST/T80

Large Synoptic Survey Telescope

Mass Astronomical Data at Dome A and VO

Astronomical image reduction using the Tractor

ROSAT Roentgen Satellite. Chandra X-ray Observatory

LSST + BigBOSS. 3.5 deg. 3 deg

Data Release 5. Sky coverage of imaging data in the DR5

T80Cam: The wide field camera for the OAJ 83-cm telescope

JINA Observations, Now and in the Near Future

Dark Energy. Cluster counts, weak lensing & Supernovae Ia all in one survey. Survey (DES)

AS750 Observational Astronomy

Astronomy of the Next Decade: From Photons to Petabytes. R. Chris Smith AURA Observatory in Chile CTIO/Gemini/SOAR/LSST

LAMOST Sky Survey --Site limitations and survey planning

Introduction to the Sloan Survey

Real Astronomy from Virtual Observatories

Examining Dark Energy With Dark Matter Lenses: The Large Synoptic Survey Telescope. Andrew R. Zentner University of Pittsburgh

Challenges of low and intermediate redshift supernova surveys

SDSS-IV and eboss Science. Hyunmi Song (KIAS)

2-D Images in Astronomy

Searching for Needles in the Sloan Digital Haystack

The Sloan Digital Sky Survey

BAO errors from past / future surveys. Reid et al. 2015, arxiv:

TMT and Space-Based Survey Missions

JPCam: A 1.2Gpixel camera for the J-PAS survey

CENTRO DE ESTUDIOS DE FÍSICA DEL COSMOS DE ARAGÓN THE PROJECT

The Evolution of Massive Galaxies at 3 < z < 7 (The Hawaii 20 deg 2 Survey H2O)

Constraints on the Inflation Model

Galactic OB stars spectroscopic optical surveys

Doing astronomy with SDSS from your armchair

High Redshift Universe

From the Big Bang to Big Data. Ofer Lahav (UCL)

Auto-guiding System for CQUEAN

LSST. Pierre Antilogus LPNHE-IN2P3, Paris. ESO in the 2020s January 19-22, LSST ESO in the 2020 s 1

Supernovae with Euclid

Microlensing towards the Galactic Centre with OGLE

The Dark Energy Survey Public Data Release 1

A Look Back: Galaxies at Cosmic Dawn Revealed in the First Year of the Hubble Frontier Fields Initiative

Local Group cosmology with ngcfht

An end-to-end simulation framework for the Large Synoptic Survey Telescope Andrew Connolly University of Washington

An optimal search strategy for Trojan asteroids and science follow-up of GAIA alerts with the Zadko Telescope, Western Australia

Énergie noire Formation des structures. N. Regnault C. Yèche

BAO and Lyman-α with BOSS

EUCLID Spectroscopy. Andrea Cimatti. & the EUCLID-NIS Team. University of Bologna Department of Astronomy

(Present and) Future Surveys for Metal-Poor Stars

Microlensing Studies in Crowded Fields. Craig Mackay, Institute of Astronomy, University of Cambridge.

Cosmology with the ESA Euclid Mission

Samuel Boissier, Laboratoire d'astrophysique de Marseille

SkyMapper and the Southern Sky Survey

Francisco Prada Campus de Excelencia Internacional UAM+CSIC Instituto de Física Teórica (UAM/CSIC) Instituto de Astrofísica de Andalucía (CSIC)

arxiv:astro-ph/ v1 30 Aug 2001

Background Picture: Millennium Simulation (MPA); Spectrum-Roentgen-Gamma satellite (P. Predehl 2011)

Cosmology on the Beach: Experiment to Cosmology

MESSIER Unveiling galaxy formation

Introductory Review on BAO

Cosmology of Photometrically- Classified Type Ia Supernovae

The Sloan Digital Sky Survey. Sebastian Jester Experimental Astrophysics Group Fermilab

The'Javalambre)PAU'Astrophysical' Survey'(J.PAS)'as'of'June'2014'

Large Imaging Surveys for Cosmology:

OPTICAL PHOTOMETRY. Observational Astronomy (2011) 1

ExtraGalactic Science 2

HETDEX Overview. Hobby Eberly Telescope Dark Energy Experiment. HETDEX is: HETDEX enables a lot of ancillary science. HETDEX Science Workshop Feb 09

The Era of Synoptic Surveys. Peter Nugent (LBNL)

S. G. KLEINMANN, M. G. LYSAGHT, W. L. PUGIIE, S. E. SCHNEIDER, M. F. SKRUTSKIE and M. D. WEINBERG S. D. PRICE. K. MATTIIEWS and B. T.

From quasars to dark energy Adventures with the clustering of luminous red galaxies

Morphology of QSOs the gridpoints of the Gaia Celestial Reference Frame

First ultracool results from the VISTA Hemisphere Survey

LSST, Euclid, and WFIRST

Keck/Subaru Exchange Program Subaru Users Meeting January 20, 2011

Review. PHYS 162 Lecture 5a 1

SkyMapper and the Southern Sky Survey

LSST Science. Željko Ivezić, LSST Project Scientist University of Washington

SDSS Data Management and Photometric Quality Assessment

Large Area Imaging Survey of Near-Infrared Sky with Korean Compact Space Telescopes

Subaru and CFHT, now and in the future

YETI Search for young transiting planets

Cosmic acceleration. Questions: What is causing cosmic acceleration? Vacuum energy (Λ) or something else? Dark Energy (DE) or Modification of GR (MG)?

The Yale/ODI Survey(s)

Collecting Light. In a dark-adapted eye, the iris is fully open and the pupil has a diameter of about 7 mm. pupil

Weak Lensing (and other) Measurements from Ground and Space Observatories

Synergies between and E-ELT

The Dark Energy Spectroscopic Instrument

New Directions in Observational Cosmology: A New View of our Universe Tony Tyson UC Davis

The Science Cases for CSTAR, AST3, and KDUST

SDSS-II Supernova Survey (continued) David Cinabro Wayne State University AIPW, Dubrovnik, Croatia 4-9 September 2006

Basic BAO methodology Pressure waves that propagate in the pre-recombination universe imprint a characteristic scale on

Surveys at z 1. Petchara Pattarakijwanich 20 February 2013

arxiv:astro-ph/ v1 3 Aug 2004

Target Selection for future spectroscopic surveys (DESpec) Stephanie Jouvel, Filipe Abdalla, With DESpec target selection team.

Recent BAO observations and plans for the future. David Parkinson University of Sussex, UK

Ground-Based Astronomical Centers in Russia, It s Facilities. V.V.Vlasyuk, SAO RAS

A Search for High Redshift Galaxies behind Gravitationally Lensing Clusters

Transcription:

The J-PAS Survey

The Javalambre-PAU Astrophysical Survey A Spanish-Brazilian collaboration, the J-PAS survey will scan ~8500 deg2 of the northern sky with 54 narrow-band filters covering the whole optical range from the dedicated 2.5m telescope in the sierra of Javalambre

The Javalambre-PAU Astrophysical Survey A Spanish-Brazilian collaboration, the J-PAS survey will scan ~8500 deg2 of the northern sky with 54 narrow-band filters covering the whole optical range from the dedicated 2.5m telescope in the sierra of Javalambre

The Javalambre-PAU Astrophysical Survey A Spanish-Brazilian collaboration, the J-PAS survey will scan ~8500 deg2 of the northern sky with 54 narrow-band filters covering the whole optical range from the dedicated 2.5m telescope in the sierra of Javalambre

The Javalambre-PAU Astrophysical Survey A Spanish-Brazilian collaboration, the J-PAS survey will scan ~8500 deg2 of the northern sky with 54 narrow-band filters covering the whole optical range from the dedicated 2.5m telescope in the sierra of Javalambre

The filter system - 54 NB filters (FWHM~145Å; ~10nm) From 3785Å to 9100Å - 1 Blue MB filter (FWHM~260Å; c~3600å) - 1 Red BB filter (FWHM~620Å; c~9500å) - Sloan u, g, r Pseudo-spectrum in every pixel of the sky down to M AB ~ 22.5-24

LRG @ z=1 Photo-z precision as good as 0.003(1+z) Quasar @ z=3 200M galaxies 90M LRG+ELG Ms of quasars

The camera JPCam 1.2 Giga pixels (14 CCD of 9200x9200) 0.22 arcsec/pixel 4.5 deg2

The camera JPCam 1.2 Giga pixels (14 CCD of 9200x9200) 0.22 arcsec/pixel 4.5 deg2

The telescope M1 ( ) = 2.55 m FoV ( ) = 3 deg = 476 mm at FP Effective collecting area = 3.89 m2 Etendue = 27.5 m2deg2 T250 1st light Sept 2014 Current status: final engineering commissioning The 'interim' camera (JPAS-PF) by the end of 2015 for first scientific data

The Javalambre Observatory In the Sierra de Javalambre @1960m now officially a Spanish scientific and technical facility (soon available for 20% open-time) Discuss characteristics of the site

The Javalambre Observatory In the Sierra de Javalambre @1960m now officially a Spanish scientific and technical facility (soon available for 20% open-time) Comparable (at similar altitudes) to Mauna Kea or La Silla Discuss characteristics of the site Seeing (median) = 0.71 0.5 1

Location Teruel Javalambre

Footprint and Survey strategy Compromise visibility from the OAJ and galactic extinction 6500 deg2 2250 deg2 T1 14 different filters in each tray at least 4 exposures in each filter T2 T3 T4

Limiting magnitude 5σ 3arcsec aperture

Data processing and storage J-PAS: 1.3Tb of data per observing night Data reduction, catalogs and storage managed @ CEFCA

Type Ia Supernovae BAO ~4000 SNIa 700k clusters Clusters 90M galaxies (LRG, ELG, QSO) With photo-z precision of 0.003 Sub arcesc seeing Weak Lensing

Type Ia Supernovae BAO ~4000 SNIa And... 90M galaxies With photo-z precision of 0.003 Galaxy evolution AGN and quasars IFU -type science for extended objects Milky-Way Sub arcesc 700K clusters Transient objects seeing... Clusters Weak Lensing

Discuss characteristics of the site

The J-PLUS survey Javalambre Photometric Local Universe Survey T80 [OII] ujava gsdss rsdss Hα isdss Mgb Triplet zsdss CaTriplet 12 filters 1 CCD of 9200x9200 pixels 0.55 arcsec/pixel 1.4x1.4 deg2 ~ 1 mag deeper then SDSS

T80 + T80Cam M16 HST Hα filter @ T80

T80 + T80Cam M16 HST Hα filter @ T80

T80 + T80Cam Mosaic of Virgo

T80 + T80Cam

JPCam T80Cam

8500 deg2 observed from Spain with 2 telescopes 54 NB + 5 MB/BB filters 4.5 deg2 FoV Up to mag ~24 90M ELG and LRG Reaching 0.3% photo-z precision Millions of quasars 200M of galaxies 4000 SNIa 700k of groups and clusters Starts in 2016 12 NB/MB/BB filters 2 deg2 FoV Up to mag ~23 ~ 1 mag deeper than SDSS SEDs of 5M stars Starts in the fall of 2015 Already replica in the South @Cerro Tololo S-PLUS start in 2016 Possible replica in the South http://www.j-pas.org/ http://www.j-plus.es/

Collaboration arxiv:1403.5237 Spain Brazil collaboration (~150 members) - Telescopes and Observatory: CEFCA - Camera: Brazil + CEFCA - Data processing: OAJ/CEFCA data center Plan to replicate J-PAS in the South (Cerro Tololo) (JAST) +N. Greisel