Kate Jackson
California Institute of Technology
22 Papers
36 Citations
Kate Jackson is an academic researcher from California Institute of Technology. The author has contributed to research in topics: Adaptive optics & Computer science. The author has an hindex of 7, co-authored 14 publications. Previous affiliations of Kate Jackson include Texas Christian University & University of British Columbia.
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Papers
Target selection for the apache point observatory galactic evolution experiment (apogee)
Gail Zasowski,Gail Zasowski,Jennifer A. Johnson,Peter M. Frinchaboy,Steven R. Majewski,David L. Nidever,H. J. Rocha Pinto,Léo Girardi,Brett H. Andrews,S. D. Chojnowski,Kyle M. Cudworth,Kate Jackson,Jeffrey A. Munn,Mike Skrutskie,Rachael L. Beaton,Cullen H. Blake,Kevin R. Covey,Rohit Deshpande,Courtney R. Epstein,Damian Fabbian,Damian Fabbian,Scott W. Fleming,D. A. Garcia Hernandez,D. A. Garcia Hernandez,A. Herrero,A. Herrero,Suvrath Mahadevan,Sz. Meszaros,Sz. Meszaros,Mathias Schultheis,Kris Sellgren,Ryan Terrien,J. van Saders,C. Allende Prieto,C. Allende Prieto,D. Bizyaev,Andrew J. Burton,Katia Cunha,L. N. da Costa,Sten Hasselquist,Frederick R. Hearty,Jon A. Holtzman,A. E. Garcia Perez,M. A. G. Maia,Robert W. O'Connell,Christine O'Donnell,Marc H. Pinsonneault,Basilio X. Santiago,Ricardo P. Schiavon,Matthew Shetrone,Verne V. Smith,John C. Wilson +51 more
TL;DR: The Apache Point Observatory Galactic Evolution Experiment (APOGEE) is a high-resolution infrared spectroscopic survey spanning all Galactic environments (i.e., bulge, disk, and halo), with the principal goal of constraining dynamical and chemical evolution models of the Milky Way as discussed by the authors.
NFIRAOS adaptive optics for the Thirty Meter Telescope
Jeffrey D. Crane,Glen Herriot,David R. Andersen,Jenny Atwood,Peter Byrnes,Adam Densmore,Jennifer Dunn,Joeleff Fitzsimmons,Tim Hardy,Brian Hoff,Kate Jackson,Dan Kerley,Olivier Lardière,Malcolm G. Smith,Jonathan Stocks,Jean-Pierre Veran,Corinne Boyer,Lianqi Wang,Gelys Trancho,Melissa Trubey +19 more
- 17 Jul 2018
TL;DR: NFIRAOS (Narrow-Field InfraRed Adaptive Optics System) will be the first-light multi-conjugate adaptive optics system for the Thirty Meter Telescope (TMT).
Performance Modeling for the RAVEN Multi-Object Adaptive Optics Demonstrator
David R. Andersen,Kate Jackson,Celia Blain,Colin Bradley,Carlos Correia,Meguru Ito,Olivier Lardière,Jean-Pierre Véran +7 more
TL;DR: RAVEN as discussed by the authors is a multi-object adaptive optics (MOAO) technology and science demonstrator on the Subaru telescope, and the baseline design calls for three natural guide star (NGS) wavefront sensors (WFS) and two science pickoff arms that will patrol a ∼2' diameter field of regard (FOR).
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Statistics of turbulence parameters at Maunakea using the multiple wavefront sensor data of RAVEN
Yoshito Ono,Yoshito Ono,Carlos Correia,Dave Andersen,Olivier Lardière,Shin Oya,Masayuki Akiyama,Kate Jackson,Colin Bradley +8 more
TL;DR: In this paper, the vertical profiles of C^2_N and the outer scale at Maunakea were estimated using a SLOpe Detection And Ranging (SLODAR) method from on-sky telemetry taken by a multi-object adaptive optics (MOAO) demonstrator, called RAVEN, on the Subaru telescope.
Using the multi-object adaptive optics demonstrator RAVEN to observe metal-poor stars in and towards the Galactic Centre
Masen Lamb,Masen Lamb,K. A. Venn,D. Andersen,Shin Oya,Matthew Shetrone,Azadeh Fattahi,L. M. Howes,L. M. Howes,Martin Asplund,Olivier Lardière,Masayuki Akiyama,Yoshito Ono,Hiroshi Terada,Yutaka Hayano,G. Suzuki,Celia Blain,Kate Jackson,Carlos Correia,K. Youakim,Colin Bradley +20 more
TL;DR: The chemical abundances for five metal-poor stars in and towards the Galactic bulge have been determined from the H-band infrared spectroscopy taken with the RAVEN multi-object adaptive optics science demonstrator and the Infrared Camera and Spectrograph at the Subaru 8.2m telescope.