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Observational astronomy / Scientific method / Spectrograph / Spectral resolution / Thirty Meter Telescope / Integral field spectrograph / Ultraviolet–visible spectroscopy / OSIRIS / High reliability organization / Telescopes / Science / Spectroscopy


Conceptual design for the High Resolution Optical Spectrograph on the Thirty-Meter Telescope: a new concept for a ground-based high-resolution optical spectrograph Cynthia Froninga, Steven Ostermana, Matthew Beasleya,
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Document Date: 2010-02-05 18:30:53


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City

Echelle / /

Country

Canada / /

Facility

California Institute of Technology / National Optical Astronomy Observatory / University of California / University of Colorado / /

IndustryTerm

metal production / conventional technology / control hardware / planetary systems / on-chip / intergalactic and interstellar media / transit systems / /

Organization

University of Colorado / Betty Moore Foundation / California Institute of Technology / University of California / Association of Universities for Research / National Research Council of Canada / National Science Foundation / National Optical Astronomy Observatory / Ontario Ministry of Research and Innovation / Canada Foundation for Innovation / US Federal Reserve / Association of Canadian Universities for Research / /

Person

Cynthia Froninga / Pixel / Steven Ostermana / Matthew Beasleya / James Greena / Stephane Belanda / /

Position

Major / /

Product

AURA / /

ProvinceOrState

California / /

Technology

spectroscopy / laser / adopting on-chip / broadband / S/N / Simulation / fiber optic / /

URL

www.tmt.org / /

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