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Los Observatorios de Canarias Situación actual y perspectivas futuras
Álex Oscoz Instituto de Astrofísica de Canarias
RIA-AstroMadrid: Desarrollo de instrumentación astronómica en España. 25-27 sept 2013
Observatorios de Canarias
ø cm INSTRUMENT OWNER &/or OPERATOR YEAR
Camera SuperWASP Queen's University Belfast (UK) 2004
Canary Islands Long-Baseline Observatory ESA 2011
18 Automatic Transit Circle (robotic - optical) IAC (Spain) 1984
20 Automatic Seeing Monitor (DIMMA) IAC (Spain) 2007
30 Automatic Seeing Monitor (DIMMA) Isaac Newton Group 2008
45 Dutch Open Telescope (solar) DOT Foundation (The Netherlands) 1997
60 Optical Telescope The Royal Swedish Academy of Sciences 1982
97 Swedish Solar Telescope The Royal Swedish Academy of Sciences 2002
100 Jacobus Kapteyn Telescope (Optical) Science & Technology Facilities Council (UK), The Netherlands Organisation for Scientific Research
1984
100 Super-WASP Qatar Follow-up Telescope (robotic - optical)
Queen's University Belfast (UK) 2014
120 Mercator Telescope (optical) Katholieke Universiteit Leuven & Institute of Astronomy (Belgium) 2002
200 Liverpool Telescope (optical & robotic) Liverpool John Moores University (UK) 2003
250 Isaac Newton Telescope (optical) Science & Technology Facilities Council (UK), The Netherlands Organisation for Scientific Research & IAC (Spain)
1984
256 Nordic Optical Telescope NOT Scientific Association (Denmark, Finland, Iceland, Norway & Sweden)
1989
350 Telescopio Nazionale Galileo (optical) National Institute for Astrophysics (Italy) 1998
420 William Herschel Telescope (optical) Science & Technology Facilities Council (UK), The Netherlands Organisation for Scientific Research & IAC (Spain)
1987
1,050 Gran Telescopio Canarias (optical - IR) GRANTECAN (Spain), University of Florida (USA) Instituto Nacional de Astrofísica, Óptica y Electrónica. & Universidad Nacional Autonoma de México)
2008
1,700 Cherenkov MAGIC I (High Energy Astrophysics)
MAGIC Consortium** 2005
1,700 Cherenkov MAGIC II (High Energy Astrophysics)
MAGIC Consortium** 2008
2 ICTS: ORM/OT and GTC 40 installations are
operational
Observatorios de Canarias
ø cm INSTRUMENT OWNER &/or OPERATOR Year
DIMM-SHABAR (atmospheric characterisation)
IAC (Spain) 2010
XO Cameras (optical - robotic) Space Telescope Science Institute (USA) 2012
Canary Islands Long-Baseline Observatory (optical - robotic)
ESA 2011
20 Automatic Seeing Monitor (DIMMA) IAC (Spain) 2010
30 EARTHSHINE (optical - robotic) New Jersey Institute of Technology (USA) 2008
35 Bradford Robotic Telescope (optical) University of Bradford (UK) 2005
40 X 2 Optical Telescope Array (robotic) Telescope Society (USA) 2004
50 MONS Telescope (optical) Mons University (Belgium) 1972
70 Vacuum Tower (solar) Kiepenheuer-Institut fuer Sonnenphysik (Germany) 1989
80 IAC-80 (optical) IAC (Spain) 1993
90 THEMIS (solar) Centre National de la Recherche Scientifique (France) 1996
100 SONG (optical - robotic) Universities of Aarhus & Copenhagen (Denmark) 2013
100 Optical Ground Station (OGS) ESA 1996
100 x 2 & 40 x 3
Teide Node (optical - robotic) Las Cumbres Observatory Global Telescope Network (USA) 2014
120 X 2 STELLA (Robotic Telescopes)
Astrophysical Institute Postdam (Germany) 2005 &
Universitäts Sternwarte Göttingen & Astrophysical Institute Postdam (Germany)
2008
150 GREGOR (solar) Kiepenheuer-Institut fuer Sonnenphysik 2012
155 Carlos Sánchez Telescope (optical - infrared) IAC (Spain) 1972
QUIJOTE I (radio telescope) IAC (Spain), Universities of Cambridge & Manchester (UK) 2012
Solar Laboratory Instruments:
Integral Spectrophotometer: MARK-I (solar) University of Birmingham (UK) & IAC (Spain) 1977
GONG Fourier Tachometer (solar) National Solar Observatory (USA) 1996
High Resolution Photometer EAST (solar) National Tsing Hua University (Taiwan) 2006
2 ICTS: ORM/OT and GTC 40 installations are
operational
Observatorios de Canarias
PRESENT SITUATION
Weaknesses • Decreasing funding for maintenance and update. • Limited flexibility in financial management. • Difficulties in multi-year planning and management. • Very complex and dilated-time installation permits procedures. • Loss of human resources (scientists and engineers) as a result of present crisis situation.
Threats • The current economic situation affecting the maintenance of RTD activities worldwide in the very
near future. • Closure or diminished performance of facilities currently in operation. • Use of telescope time for research of low interest and poor quality. • Loss of prominence as a first-class centre attracting advanced instrumentation for astrophysical
research. • Inability to manage the funding obtained in relation to corresponding commitments. • Not being able to attract and retain the best international facilities. • Application of generic procedures of the AGE unsuitable for management in an international
context.
Observatorios de Canarias
Optical Near IR Med IR Special
Img MRS HRS Img MRS Img MRS AO Opt WFI
IR WFI
WF Spec
Polar Img
Polar Spec
Fast Phot
Coro
GTC X X X X X X X X X X X
WHT X X X X X X X X X
TNG X X X X X X X
NOT X X X X X X X X
INT X X X
LT X X X X X
Mercator X X
TCS X X X
Stella X X X SONG X X OGS X X IAC80 X X X
Img: imaging MRS: medium-res. spec. HRS: high-res. spec. AO: adaptive optics WFI: wide field imaging Polar: polarimetry Phot: photometry Coro: coronography.
GREGOR HRS, optical and IR; IR spect-pol; narrow-band optical filters with tunable etalons; speckle reconstruction, WFI.
SST HRS, optical and IR; spect-pol; narrow-band optical filters with tunable etalons; speckle reconstruction, WFI.
THEMIS Multiline optical spectrograph; 2-D spectro-imager.
VTT HRS, optical and NIR; IR and optical spect-pol; HRS from an optical filter of tunable etalons; full disk telescope.
(See SA’s talk)
Observatorios de Canarias
Telescope % Open time for Spain Guaranteed time DDT Key projects
GTC 82%, ITP 5% 5% 10 ESO-GTC
WHT, INT 34,1%, ITP 5% 6
TNG, NOT, LT, Mercator, Stella, SONG 20%, ITP 5% 80 n/yr (HARPS-N) 3
TCS, IAC80 100% 10
OGS 25% 3
GREGOR, SST, THEMIS, VTT 20%, ITP 5% 3
> 2000 observing nights/days per year to the Spanish community in open competition.
> 1000 hours/year devoted for 100 Spanish
service or ToO programmes.
7 3 3 1
159
98
32
34
33
17 9
33 19
Nr proposals received / year / telescope VTT
SST
THEMIS
DOT
GTC
WHT
INT
NOT
TNG
Liverpool
Mercator
IAC80
TCS
Over-subscription factor
Observatorios de Canarias
Observatorios de Canarias
(**) Only data from ING group
0
50
100
150
200
250
300
350
400
ESA Obs. Can. ESO IRAM CAHA
(*) Nature, Science, AJ, ApJ, A&S, PASP, MNRAS, AN, Icarus
38,4%
27,0%
18,9%
7,8% 8,0% ESA
Obs. Can.
ESO
IRAM
CAHA
Data taken from the official webpages of each institution and from RIA reports.
Observatorios de Canarias
SKY QUALITY
The following instruments are currently in operation at the Observatories: • DIMMAs (Differential Image Motion Monitors) • AWSs (Automatic Weather Stations) • SCIDAR (SCIntillation Detection And Ranging) • Airborne Particle Counter • SHABAR (SHadow BAnd Ranging) • ASTMON (All Sky Transmission MONitor) • SQM (Sky Quality Meter)/SQM-LE • Precipitable Water Vapour monitor
Clear transparent skies: 80% of the time.
Sky brightness (ORM zenith): B=22.7, V=21.9, R=21.0, U=22.0, I=20.0.
Seeing: median value 0.64“; 7% of the time ≤0.3".
Atmospheric extinction coefficient (<k>) = 0.13 mag/airmass.
Column of precipitable water vapour (median) = 3.8 mm (ORM).
(poster Rodríguez-Ramos or ask the IAC’s Sky Quality Team)
www.iac.es/site-testing/DIMMA_OT www.iac.es/site-testing/DIMMA_ORM
Observatorios de Canarias
Current FP7 projects related to research infrastructures: SOLARNET, OPTICON, GLORIA & SPACEINN
LATEST NEWS
QUIJOTE: commissioning of the MFI and normal observations (talk by Artal and posters Aguiar, Hoyland (2), Sánchez de la Rosa)
HARPS-N at TNG SARG retirement
GREGOR Commissioning, scientific observations in 2014
Observatorios de Canarias
Quantum Teleportation Experiment sets a new record: OGS-JKT = 143km.
IQOQI Vienna, Austrian Academy of Sciences IQOQI Vienna, Austrian Academy of Sciences
WHT: AF2/WYFFOSS/INTEGRAL: new Red+4 detector and more.
NOT&SST – will continue operating under new rules.
MERCATOR – MAIA ugr simultaneously.
LT – new instrument RINGO 3, commissioning of the first IR instrum.
Spectropolarimetry: PAOLO@TNG & NOTCAM@NOT.
STELLA(x2) – routinely observing, 20% offered by the CAT.
SONG – commissioning, AO problems.
XO – observing.
New TCS & IAC80 operating mode.
SONG team
Observatorios de Canarias
IQOQI Vienna, Austrian Academy of Sciences IQOQI Vienna, Austrian Academy of Sciences
Observatorios de Canarias
EST – 2016/22 (talk Collados & poster Sánchez-Capuchino)
3 MAJOR PROJECTS CTA – 2013/18 (talk by Barrio)
LT-2 2020/21
Observatorios de Canarias
SEVERAL INSTRUMENTS (talk by Reyes)
AOLI@WHT – 2014
EDiFiSe@WHT – 2015
ESPRESSO@VLT – 2016 (talk by Amate)
HARMONI@E-ELT (talk by Arribas)
HRUSS-CODEX@E-ELT (talk by Barcons)
JEMEUSO IRCAM@ISS – 2017/18
NISP@EUCLID (talk by Castander)
SOPHI@SOLAR ORBITER (talk by del Toro)
THERMAP@Marco Polo
WEAVE@WHT – 2017 (talk by Aguerri)
(posters: Díaz (2), Fragoso, Hernández, Rasilla, Reyes, Santana)
+
GTC: EMIR – FRIDA – HORUS – MEGARA – MIRADAS (talks: Álvarez, Barreto, Bello, Cepa, Díaz, Gil de Paz
posters: Redondo, Rosich, Tenegi)
AOLI
EDiFiSe
THERMAP
IRCAM
WEAVE
SOPHI
NSAS/ARC
Observatorios de Canarias
OTHER FACILITIES
QUIJOTE 2 – 2014/15 OGS – Lunar Atmosphere and
Dust Environment Explorer
SOLARNET (both before 2017): AO for THEMIS
& Slicer for GREGOR
(talk Calcines)
ING – new agreement
NOT – x-shooter
JKT – SARA
Some new robotic telescopes
LCOGT
Observatorios de Canarias