David Rideout

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David A. MeyerUniversity of California, San DiegoVerified email at math.ucsd.edu
Gabrielle AllenUniversity of WyomingVerified email at uwyo.edu
Fay DowkerProfessor of Theoretical Physics, Imperial College LondonVerified email at imperial.ac.uk
Dmitri KrioukovNortheastern University, Network Science Institute, Departments of Physics, Mathematics, andVerified email at northeastern.edu
Petros WalldenThe University of EdinburghVerified email at ed.ac.uk
Erik SchnetterPerimeter Institute for Theoretical PhysicsVerified email at perimeterinstitute.ca
Dongjin SongAssistant Professor, School of Computing (CSE), University of ConnecticutVerified email at uconn.edu
Tom GoodaleLiverpool John Moores UniversityVerified email at ljmu.ac.uk
Eduardo Martín-MartínezUniversity of Waterloo and Perimeter Institute for Theoretical PhysicsVerified email at uwaterloo.ca
Lee SmolinPerimeter InstituteVerified email at perimeterinstitute.ca
Brendon L. HigginsPostdoctoral Fellow, University of WaterlooVerified email at uwaterloo.ca
Christoph SimonInstitute for Quantum Science & Technology and Hotchkiss Brain Institute, University of CalgaryVerified email at ucalgary.ca
T. JenneweinUniversity of WaterlooVerified email at iqc.ca
Giovanni Amelino-CameliaPhysics Department, Federico II University, Naples, ItalyVerified email at unina.it
Adrian KentProfessor of Quantum Physics, Cambridge; Distinguished Visiting Research Chair, PerimeterVerified email at damtp.cam.ac.uk
Nicolas C MenicucciProfessor of Theoretical Physics, RMIT UniversityVerified email at rmit.edu.au
r laflammeInstitute for Quantum Computing and Physics & Astro Dept, U of Waterloo and Perimeter InstituteVerified email at iqc.ca
Robert B. MannProfessor of Physics, Dept. of Physics & Astronomy, University of WaterlooVerified email at uwaterloo.ca
Tommaso Federico DemarieEntropica LabsVerified email at entropicalabs.com
Daniel TernoProfessor of Physics, Macquarie UniversityVerified email at mq.edu.au

David Rideout

University of California, San Diego

Verified email at math.ucsd.edu - Homepage

quantum gravity satellite quantum communication high performance computing complex networks numerical relativity


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Classical sequential growth dynamics for causal sets DP Rideout, RD Sorkin Physical Review D 61 (2), 024002, 1999	415	1999
Fundamental quantum optics experiments conceivable with satellites--reaching relativistic distances and velocities D Rideout, T Jennewein, G Amelino-Camelia, TF Demarie, BL Higgins, ... Classical and Quantum Gravity 29 (22), 224011, 2012	226	2012
Network Cosmology D Krioukov, M Kitsak, RS Sinkovits, D Rideout, D Meyer, M Boguna Scientific Reports 2, 2012	178	2012
High resolution population estimates from telecommunications data RW Douglass, DA Meyer, M Ram, D Rideout, D Song EPJ Data Science 4, 1-13, 2015	140	2015
Towards standard testbeds for numerical relativity M Alcubierre, G Allen, C Bona, D Fiske, T Goodale, FS Guzmán, I Hawke, ... Classical and Quantum Gravity 21 (2), 589, 2003	139	2003
Evidence for a continuum limit in causal set dynamics DP Rideout, RD Sorkin Physical Review D 63 (10), 104011, 2001	77	2001
The Einstein Toolkit SR Brandt, R Haas, P Diener, L Ennoggi, D Ferguson, TP Jacques, L Ji, ... Zenodo, 2020	76*	2020
Properties of the volume operator in loop quantum gravity: I. Results J Brunnemann, D Rideout Classical and Quantum Gravity 25 (6), 065001, 2008	76	2008
On recovering continuum topology from a causal set S Major, D Rideout, S Surya Journal of mathematical physics 48 (3), 2007	70	2007
Spacelike distance from discrete causal order D Rideout, P Wallden Classical and quantum gravity 26 (15), 155013, 2009	58	2009
Properties of the volume operator in loop quantum gravity: II. Detailed presentation J Brunnemann, D Rideout Classical and Quantum Gravity 25 (6), 065002, 2008	56	2008
“Renormalization” transformations induced by cycles of expansion and contraction in causal set cosmology X Martin, D O’Connor, D Rideout, RD Sorkin Physical Review D 63 (8), 084026, 2001	53	2001
Stable homology as an indicator of manifoldlikeness in causal set theory S Major, D Rideout, S Surya Classical and Quantum Gravity 26 (17), 175008, 2009	44	2009
A ground state for the causal diamond in 2 dimensions N Afshordi, M Buck, F Dowker, D Rideout, RD Sorkin, YK Yazdi Journal of High Energy Physics 2012 (10), 1-24, 2012	42	2012
General solution for classical sequential growth dynamics of causal sets M Varadarajan, D Rideout Physical Review D—Particles, Fields, Gravitation, and Cosmology 73 (10), 104021, 2006	40	2006
Evidence for an entropy bound from fundamentally discrete gravity D Rideout, S Zohren Classical and quantum gravity 23 (22), 6195, 2006	39	2006
Spatial hypersurfaces in causal set cosmology SA Major, D Rideout, S Surya Classical and Quantum Gravity 23 (14), 4743, 2006	38	2006
Emergence of spatial structure from causal sets D Rideout, P Wallden Journal of Physics: Conference Series 174 (1), 012017, 2009	37	2009
Indications of de Sitter spacetime from classical sequential growth dynamics of causal sets M Ahmed, D Rideout Physical Review D—Particles, Fields, Gravitation, and Cosmology 81 (8), 083528, 2010	36	2010
A Bell inequality analog in quantum measure theory D Craig, F Dowker, J Henson, S Major, D Rideout, RD Sorkin Journal of Physics A: Mathematical and Theoretical 40 (3), 501, 2006	33	2006

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