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Rent a magnificent remote robotic eye in the dark night sky: citizen-science-friendly pay-per-view astronomical research at the Great Basin Observatory--imaging, speckle, and spectroscopy Dr. John W. Kenney, III Professor of Chemistry and Chemical Physics Chair, GBO Operations Committee Concordia University Irvine, California, USA
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Great Basin National Park
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GBO visionaries A great idea for a great park
Kelly Carroll Paul Gardner Park Ranger Observatory Builder
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Great Basin Observatory Cooperative
University Partners University of Nevada, Reno, NV Western Nevada College, Carson City, NV Southern Utah University, Cedar City, UT Concordia University, Irvine, CA National Park Partners Great Basin National Park Great Basin National Park Foundation
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University Partners GBO Cooperative
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Key contractors and vendors Great Basin Observatory
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GBO University Cooperative 2016-present
UNR WNC SUU CUI
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GBO dream to GBO reality Telescope is lifted into place
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Great Basin Observatory (GBO) Great Basin National Park
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Remote robotic operation test GBO telescope/clamshell dome
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Great Basin Observatory on-site “local control” room
Actually remote, robotically controlled online!
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PlaneWave CDK 700 telescope Labeled schematics
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GBO telescope details PlaneWave CDK 700
The primary mirror diameter of the CDK 700 telescope is 700 mm (28 in.) While there are many variations of the Cassegrain telescope the CDK is perhaps the best suited to large format CCD imaging
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More GBO telescope details PlaneWave CDK 700
The GBO CDK 700 telescope a Cassegrain two-mirror telescope that employs lenses near the focus to produce sharp images across a large detector. This telescope type is known as a "Corrected Dall-Kirkham” or "CDK" variant of the basic Cassegrain form.
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GBO and the Milky Way CDK 700 telescope
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Light in GBNP—nighttime Milky Way galaxy
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GBO image Spiral galaxy
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GBO image “Hamburger” galaxy
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GBO image Nebula
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GBO image Double star system
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GBO image: triple star system WDS 20023+6438
C
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Optical spectrum of Saturn Spectrum measured using GBO
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Optical spectrum of Jupiter Spectrum measured using GBO
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Shelyak eShel Spectrograph
Camera Thorium/argon power supply Fiber from telescope Echelle spectrograph R = 10,000
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Solar spectrum-Fraunhofer lines Stellar spectral “classification”
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Atomic/molecular spectra “Fingerprints” determine identity
Sodium D Doublet Hydrogen Balmer
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UNR undergrad exoplanet team GBO-based senior thesis projects
Tyson Lewis, Hannah Mason, Kelly Lane
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Exoplanet transit in front of star Experimental data
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Southern Utah University GBO light curve-exoplanet transit
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GBO study of triple star system SUU undergrad research team
CDC Measurements of AB and AC Components of WDS William Zerkle, Dallas Anselmo, Taylor Hammack, Gideon Johnson, Morgan Taylor, Sterling Young, and Rhett Zollinger Southern Utah University
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Classic “pay-per-view” telescope!
Photons out $ in
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Slooh pay-per-view
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Slooh AstroLab Slooh AstroLab offers college astronomy students the opportunity to robotically control a global network of telescopes to image over 500 celestial objects. Each student will be able to make reservations to view 500 objects in the night sky, everything you need to explore outer space and complete your coursework. $29.95 per semester per student
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itelescope “pay-per-view”
Various pay-per-view plans Each telescope in network is assigned a certain # of points per imaging hour
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GBO “pay-per-view” vision
Imaging Speckle Spectroscopy GBO: first class, remote, robotic, pay-per-view, citizen-science-friendly astrophysics
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Special thanks GBO design and development
Paul Gardner, Observatory Systems Cole Niebuhr, Global Science Directive
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GBO “stars” at Concordia
Mackenzie Graham Chemistry major Ruth Larson Physics major
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