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Raymond Newell
Researcher at Los Alamos National Laboratory
Publications - 55
Citations - 1045
Raymond Newell is an academic researcher from Los Alamos National Laboratory. The author has contributed to research in topics: Mars Exploration Program & Medicine. The author has an hindex of 16, co-authored 42 publications receiving 698 citations. Previous affiliations of Raymond Newell include University of Wisconsin-Madison.
Papers
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Journal ArticleDOI
The SuperCam Instrument Suite on the Mars 2020 Rover: Science Objectives and Mast-Unit Description
Sylvestre Maurice,Roger C. Wiens,P. Bernardi,P. Cais,S. Robinson,T. Nelson,Olivier Gasnault,Jean-Michel Reess,M. Deleuze,Fernando Rull,Jose Antonio Manrique,Sadok Abbaki,Ruth A. Anderson,Y. André,Stanley M. Angel,Gorka Arana,T. Battault,Pierre Beck,Karim Benzerara,Sylvain Bernard,J. P. Berthias,Olivier Beyssac,Marion Bonafous,Bruno Bousquet,M. Boutillier,Alexandre Cadu,Kepa Castro,Frédéric Chapron,B. Chide,K. Clark,E. Clave,Samuel M. Clegg,Edward A. Cloutis,Claude Collin,E. Cordoba,Agnès Cousin,J.-C. Dameury,W. D’anna,Y. Daydou,A. Debus,Lauren DeFlores,Erwin Dehouck,D. M. Delapp,G. de los Santos,C. Donny,A. Doressoundiram,Gilles Dromart,Bruno Dubois,A. Dufour,M. Dupieux,M. Egan,Joan Ervin,Cécile Fabre,Amaury Fau,Woodward W. Fischer,Olivier Forni,T. Fouchet,Jens Frydenvang,S. Gauffre,Michel Gauthier,V. Gharakanian,Olivier Gilard,I. Gontijo,R. Gonzalez,D. Granena,John P. Grotzinger,Rafik Hassen-Khodja,M. Heim,Y. Hello,G. Hervet,Olivier Humeau,Xavier Jacob,Sophie Jacquinod,Jeffrey R. Johnson,Driss Kouach,Gaetan Lacombe,Nina Lanza,Laurent Lapauw,J. Javier Laserna,Jérémie Lasue,L. Le Deit,S. Le Mouélic,E. Le Comte,Q.-M. Lee,C. Legett,Richard Leveille,Eric Lewin,C. Leyrat,Guillermo Lopez-Reyes,Ralph D. Lorenz,Briana Lucero,Juan Manuel Madariaga,Soren N. Madsen,Morten Madsen,N. Mangold,F. Manni,Jean-François Mariscal,Jesús Martínez-Frías,K. Mathieu,R. Mathon,K. McCabe,Timothy H. McConnochie,Scott M. McLennan,Julien Mekki,Noureddine Melikechi,P. Y. Meslin,Y. Micheau,Y. Michel,John Michel,David Mimoun,Anupam K. Misra,Gilles Montagnac,Christophe Montaron,Franck Montmessin,J. Moros,V. Mousset,Y. Morizet,Naomi Murdoch,Raymond Newell,Horton E. Newsom,N. Nguyen Tuong,Ann Ollila,G. Orttner,L. Oudda,L. Parès,Jérôme Parisot,Yann Parot,R. Perez,D. Pheav,L. Picot,P. Pilleri,Cedric Pilorget,Patrick Pinet,Gabriel Pont,Francois Poulet,C. Quantin-Nataf,B. Quertier,D. Rambaud,W. Rapin,P. Romano,L. Roucayrol,Clément Royer,M. Ruellan,Benigno Sandoval,Violaine Sautter,M. J. Schoppers,Susanne Schröder,H. Seran,Shiv K. Sharma,Pablo Sobron,M. Sodki,A. Sournac,V. Sridhar,D. Standarovsky,S. A. Storms,N. Striebig,M. Tatat,M. Toplis,I. Torre-Fdez,N. Toulemont,C. Velasco,Marco Veneranda,D. Venhaus,Cedric Virmontois,M. Viso,Peter Willis,K. W. Wong +166 more
TL;DR: The goal of this work is to provide an understanding of the technical choices made, the constraints that were imposed, and ultimately the validated performance of the flight model as it leaves Earth, and it will serve as the foundation for Mars operations and future processing of the data.
Journal ArticleDOI
The SuperCam Instrument Suite on the NASA Mars 2020 Rover: Body Unit and Combined System Tests
Roger C. Wiens,Sylvestre Maurice,S. Robinson,Anthony Nelson,P. Cais,P. Bernardi,Raymond Newell,Samuel M. Clegg,Shiv K. Sharma,S. A. Storms,Jonathan Deming,D. T. Beckman,Ann Ollila,Olivier Gasnault,Ryan B. Anderson,Y. André,S. Michael Angel,Gorka Arana,Elizabeth C. Auden,Pierre Beck,Joseph Becker,Karim Benzerara,Sylvain Bernard,Olivier Beyssac,Louis Borges,Bruno Bousquet,Kerry Boyd,M. Caffrey,Jeffrey Carlson,Kepa Castro,Jorden Celis,B. Chide,Kevin Clark,Edward A. Cloutis,Elizabeth C. Cordoba,Agnes Cousin,Magdalena Dale,Lauren DeFlores,Dorothea Delapp,M. Deleuze,Matthew R. Dirmyer,C. Donny,Gilles Dromart,M. George Duran,Miles Egan,Joan Ervin,Cécile Fabre,Amaury Fau,Woodward W. Fischer,Olivier Forni,Thierry Fouchet,Reuben Fresquez,Jens Frydenvang,Denine Gasway,Ivair Gontijo,John P. Grotzinger,Xavier Jacob,Sophie Jacquinod,Jeffrey R. Johnson,Roberta A. Klisiewicz,James Lake,Nina Lanza,J. Javier Laserna,Jérémie Lasue,Stéphane Le Mouélic,C. Legett,Richard Leveille,Eric Lewin,Guillermo Lopez-Reyes,Ralph D. Lorenz,Eric Lorigny,Steven P. Love,Briana Lucero,Juan Manuel Madariaga,Morten Madsen,Soren N. Madsen,Nicolas Mangold,Jose Antonio Manrique,J. P. Martinez,Jesús Martínez-Frías,K. McCabe,Timothy H. McConnochie,Justin McGlown,Scott M. McLennan,Noureddine Melikechi,Pierre-Yves Meslin,John Michel,David Mimoun,Anupam K. Misra,Gilles Montagnac,Franck Montmessin,Valerie Mousset,Naomi Murdoch,Horton E. Newsom,Logan Ott,Zachary R. Ousnamer,L. Parès,Yann Parot,Rafal Pawluczyk,C. Glen Peterson,Paolo Pilleri,Patrick Pinet,Gabriel Pont,Francois Poulet,Cheryl Provost,Benjamin Quertier,Heather Quinn,William Rapin,Jean-Michel Reess,A. Regan,A. Reyes-Newell,Philip J. Romano,Clement Royer,Fernando Rull,Benigno Sandoval,Joseph H. Sarrao,Violaine Sautter,Marcel J. Schoppers,Susanne Schröder,Daniel Seitz,Terra Shepherd,Pablo Sobron,Bruno Dubois,Vishnu Sridhar,M. Toplis,I. Torre-Fdez,Ian A. Trettel,M. L. Underwood,Andres Valdez,Jacob Valdez,D. Venhaus,Peter Willis +131 more
TL;DR: The SuperCam body unit (BU) of the Mars 2020 rover as mentioned in this paper was designed to receive light from the mast unit via a 5.8 m opti-cal fiber and the light is split into three wavelength bands by a demultiplexer, and routed via fiber bundles to three optical spectrometers, two of which (UV and violet; 245-340 and 385-465 nm) are crossed Czerny-Turner reflection spectrometer, nearly identical to their counterparts on ChemCam.
Journal ArticleDOI
Perseverance’s Scanning Habitable Environments with Raman and Luminescence for Organics and Chemicals (SHERLOC) Investigation
Rohit Bhartia,Luther W. Beegle,Lauren DeFlores,W. Abbey,Joseph Razzell Hollis,Kyle Uckert,Brian Monacelli,Kenneth S. Edgett,M. R. Kennedy,Margarite Sylvia,David Aldrich,Mark S. Anderson,Sanford A. Asher,Zachary J. Bailey,Kerry Boyd,Aaron S. Burton,M. Caffrey,Michael J. Calaway,Robert J. Calvet,Bruce G. Cameron,Michael Caplinger,Nataly Chen,Amy Chen,Matthew J. Clark,Samuel M. Clegg,Pamela G. Conrad,Moogega Cooper,K. Davis,Bethany L. Ehlmann,Linda Facto,Marc Fries,Dan H. Garrison,Denine Gasway,F. Tony Ghaemi,Trevor G. Graff,Kevin P. Hand,Cathleen M. Harris,Jeffrey D. Hein,Nicholas A. Heinz,Harrison Herzog,Eric B. Hochberg,Andrew Houck,William F. Hug,E. Jensen,Linda C. Kah,John Kennedy,Robert Krylo,Johnathan Lam,Mark Lindeman,Justin McGlown,John Michel,Edward A. Miller,Zachary Mills,Michelle E. Minitti,Fai Mok,James D. Moore,Kenneth H. Nealson,Anthony Nelson,Raymond Newell,Brian E. Nixon,Daniel A. Nordman,Danielle Nuding,Sonny Orellana,Michael Pauken,Glen Peterson,Randy Pollock,Heather Quinn,Claire Quinto,Michael A. Ravine,Ray D. Reid,Joe Riendeau,Amy Ross,Joshua Sackos,J. A. Schaffner,Mark A. Schwochert,Molly O Shelton,Rufus Simon,Caroline Smith,Pablo Sobron,Kimberly Steadman,Andrew Steele,Dave Thiessen,Vinh D. Tran,Tony Tsai,Michael Tuite,Eric Tung,Rami Wehbe,Rachel Weinberg,Ryan H. Weiner,Roger C. Wiens,Kenneth H. Williford,Chris Wollonciej,Yen-Hung Wu,R. Aileen Yingst,Jason Zan +94 more
TL;DR: The Scanning Habitable Environments with Raman and Luminescence for Organics and Chemicals (SHERLOC) is a robotic arm-mounted instrument on NASA's Perseverance rover as mentioned in this paper.
Patent
Multi-factor authentication using quantum communication
Richard J. Hughes,Charles G. Peterson,James T. Thrasher,Jane E. Nordholt,Jon Yard,Raymond Newell,Rolando D. Somma +6 more
TL;DR: In this article, a user enrolls for multi-factor authentication that uses quantum communication with a trusted authority, and the trusted authority transmits device factor information associated with a user device (such as a hash function) and user factor information with the user (such an encrypted version of a user password).
Posted Content
Network-Centric Quantum Communications with Application to Critical Infrastructure Protection
Richard J. Hughes,Jane E. Nordholt,K. McCabe,Raymond Newell,Charles G. Peterson,Rolando D. Somma +5 more
TL;DR: Results from a multi-node experimental test-bed utilizing integrated photonics quantum communications components include: quantum identification; verifiable quantum secret sharing; multi-party authenticated key establishment, including group keying; and single-fiber quantum-secured communications that can be applied as a security retrofit/upgrade to existing optical fiber installations.