David B. Cline
University of California
4 Papers
23 Citations
David B. Cline is an academic researcher from University of California. The author has contributed to research in topics: Neutrino detector & Cherenkov detector. The author has an hindex of 3, co-authored 4 publications.
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Papers
•Posted Content
Report on the Depth Requirements for a Massive Detector at Homestake
Adam Bernstein,M. Bishai,E. Blucher,David B. Cline,M. V. Diwan,B. T. Fleming,Maury Goodman,Zbigniew Hladysz,R. W. Kadel,E. Kearns,Joshua R. Klein,K. Lande,Francesco Lanni,David Lissauer,Steve Marks,R. D. McKeown,William Morse,R.A. Rameika,W. Roggenthen,Kate Scholberg,Michael B. Smy,Henry W. Sobel,James Stewart,G. W. Sullivan,Robert Svoboda,M. Vagins,B. Viren,C. W. Walter,R. Zwaska +28 more
TL;DR: In this article, the technical justification for locating a large detector underground in a US-based Deep Underground Science and Engineering Laboratory is provided, and the authors recommend that the geotechnical studies be commenced at the 4850ft level in a timely manner.
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Report on the Depth Requirements for a Massive Detector at Homestake
R. W. Kadel,Adam Bernstein,E. Blucher,David B. Cline,M. V. Diwan,B. T. Fleming,E. Kearns,Joshua R. Klein,K. Lande,Francesco Lanni,David Lissauer,R. D. McKeown,William Morse,R.A. Rameika,Kate Scholberg,Michael B. Smy,Henry W. Sobel,G. W. Sullivan,Robert Svoboda,M. Vagins,C. W. Walter,R. Zwaska +21 more
TL;DR: In this paper, the authors examined the technical justification for locating a large Cherenkov detector underground in a US-based Deep Underground Science and Engineering Laboratory (DESEL), and suggested the geotechnical studies be commenced at the 4850 ft level, which they find to be the most suitable, in a timely manner.
•Posted Content
The status of the search for low mass WIMPs: 2013
TL;DR: In this article, the authors discuss the most recent evidence and constraints on low mass WIMP signals and background and discuss the new CDMS claims for a signal and question the very low ionization in these events.
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•Journal Article
The Long-Baseline Neutrino Experiment: Exploring Fundamental Symmetries of the Universe
C. Adams,David H. Adams,T. Akiri,T. Alion,K. J. Anderson,C. Andreopoulos,M. P. Andrews,I. Anghel,Jccd Anjos,M. Antonello,E. Arrieta-Diaz,Marina Artuso,J. Asaadi,Xinhua Bai,B. Baibussinov,M. Baird,B. Balantekin,B. Baller,B. Baptista,D. Barker,Gareth J. Barker,William A. Barletta,G.D. Barr,L Bartoszek,A. Bashyal,M. Bass,Bellini,P. Benetti,B. E. Berger,M. Bergevin,E. Berman,H-G Berns,A. Bernstein,Rebecca Bernstein,B. Bhandari,Bhatnagar,B. Bhuyan,Jianming Bian,M. Bishai,Andrew Blake,F. d. M. Blaszczyk,E. Blaufuss,B. Bleakley,E. Blucher,S. Blusk,Bocean,F. Boffelli,J Boissevain,T. A. Bolton,M. Bonesini,S. B. Boyd,A Brandt,R Breedon,C. Bromberg,Robert S. Brown,G. Brunetti,N. Buchanan,B. Bugg,J. Busenitz,E. Calligarich,L. Camilleri,G Carminati,R. Carr,C. M. Castromonte,F. Cavanna,S. Centro,A Chen,H. S. Chen,K. Chen,D. Cherdack,C.-Y. Chi,S. Childress,Brajesh C Choudhary,G. Christodoulou,C-A Christofferson,E. Church,David B. Cline,T. E. Coan,A. G. Cocco,Joao A B Coelho,S. J. Coleman,Janet Conrad,M. E. Convery,R. Corey,L. Corwin,J. Cranshaw,D. Cronin-Hennessy,A. Curioni,HD Motta,T. Davenne,GS Davies,Steven Dazeley,Kaushik De,André de Gouvêa,Jkd Jong,D. M. DeMuth,C. Densham,M. V. Diwan,Z. Djurcic,R. Dolfini,J. Dolph,Gary Drake,Stephen T. Dye,H Dyuang,D. Edmunds,S. R. Elliott,M. Elnimr,Sarah Catherine Eno,Sanshiro Enomoto,Carlos Escobar,J. J. Evans,A. Falcone,L. Falk,A Farbin,Christian Farnese,Angela Fava,J. Felde,S. M. Fernandes,F Ferroni,F Feyzi,L. Fields,A. J. Finch,M. Fitton,B. T. Fleming,J. Fowler,W. Fox,Alexander Friedland,S. Fuess,B. K. Fujikawa,H. R. Gallagher,Raj Gandhi,G. T. Garvey,V. M. Gehman,G. d. Geronimo,D. Gibin,R. L. Gill,R. A. Gomes,Maury Goodman,J. Goon,N. Graf,M. T. Graham,R. Gran,C. Grant,N. Grant,H. Greenlee,L. Greenler,S. Grullon,E Guardincerri,Guarino,E. Guarnaccia,Germano Guedes,R. Guenette,A. Guglielmi,Marcelo M. Guzzo,Alec Habig,R. W. Hackenburg,H Hadavand,A. Hahn,M. D. Haigh,Todd Haines,T. Handler,S. Hans,J. Hartnell,J. L. Harton,R. Hatcher,A. Hatzikoutelis,S. Hays,E. Hazen,M. Headley,A. Heavey,K. M. Heeger,J. Heise,R. Hellauer,J. Hewes,A. Himmel,M. Hogan,Pedro Cunha de Holanda,A. Holin,G. A. Horton-Smith,J. Howell,P. Hurh,J. Huston,J. Hylen,R. Imlay,J. Insler,Gianluca Introzzi,Z. Isvan,C. B. Jackson,J Jacobsen,D. E. Jaffe,C. W. James,C-M Jen,Marvin Johnson,Randall P. Johnson,S. R. Johnson,William A. Johnston,J. Johnstone,B. J. P. Jones,H. Jostlein,T. R. Junk,R. W. Kadel,K. Kaess,G. Karagiorgi,J. Kaspar,Teppei Katori,B. Kayser,E. Kearns,Paul Keener,Ernesto Kemp,S. H. Kettell,M. H. Kirby,J. R. Klein,G. Koizumi,Sacha E Kopp,L. L. Kormos,W Kropp,V. A. Kudryavtsev,Ashok Kumar,Jason Kumar,T. Kutter,FL Zia,K. Lande,C. E. Lane,Karol Lang,Francesco Lanni,Richard C. Lanza,T. Latorre,J. G. Learned,D. M. Lee,K Lee,Q. Z. Li,S Li,Yang Li,Z. Li,J. Libo,S Linden,J. M. Link,L. S. Littenberg,H Liu,Q. Liu,T. Liu,J. M. LoSecco,W. C. Louis,B. Lundberg,T. Lundin,J Lundy,A. A. Machado,C Maesano,S. Magill,G. Mahler,David Malon,S Malys,F. Mammoliti,S.K. Mandal,A Mann,P. Mantsch,A. Marchionni,W. Marciano,C. Mariani,J. Maricic,A. D. Marino,Marvin L Marshak,John Marshall,S. Matsuno,C. Mauger,K. Mavrokoridis,N. Mayer,N. McCauley,E. McCluskey,Kirk T. McDonald,Kevin Scott McFarland,D. McKee,R. D. McKeown,Robert McTaggart,R. Mehdiyev,Dongming Mei,Alessandro Menegolli,G. Meng,Y. Meng,D. Mertins,M. D. Messier,W. Metcalf,R. Milincic,W. H. Miller,G. B. Mills,Mishra,N.V. Mokhov,C. Montanari,D. Montanari,C. D. Moore,Jorge G. Morfin,B. Morgan,William Morse,Z. Moss,C. A. Moura,S. L. Mufson,D. R. Muller,J. A. Musser,D. Naples,J. Napolitano,M. Newcomer,R. J. Nichol,T. Nicholls,E. Niner,B. Norris,J. A. Nowak,H. M. O'Keeffe,Roberto L. N. Oliveira,T. Olson,B. Page,Sandip Pakvasa,O. Palamara,J. M. Paley,Paolone,Papadimitriou,S. Park,Z Parsa,K. Partyka,B. Paulos,Z. Pavlovic,S. J. M. Peeters,A. Perch,J. D. Perkin,R. Petti,Andre Petukhov,F. Pietropaolo,R. K. Plunkett,C. C. Polly,S. Pordes,M. Potekhin,R. Potenza,A. Prakash,O. Prokofiev,Xin Qian,J. L. Raaf,Radeka,I. Rakhno,Y. A. Ramachers,R.A. Rameika,J Ramsey,A. Rappoldi,G.L. Raselli,P. N. Ratoff,S Ravindra,B. Rebel,J. Reichenbacher,D. Reitzner,S. Rescia,M Richardson,Keith Rielage,K. Riesselmann,Max Robinson,L.S. Rochester,M Ronquest,M. Rosen,Massimo Rossella,C. Rubbia,R. Rucinski,S. Sahijpal,H. Sahoo,Paola Sala,D Salmiera,N Samios,M. C. Sanchez,A. Scaramelli,H. Schellman,R Schmitt,D. W. Schmitz,J. Schneps,Kate Scholberg,E. Segreto,S. Seibert,L Sexton-Kennedy,M. H. Shaevitz,P. Shanahan,R. Sharma,Timothy M. Shaw,N. Simos,Singh,G. Sinnis,W Sippach,Tomasz Skwarnicki,M Smy,H. Sobel,M. Soderberg,J. Sondericker,W.E. Sondheim,A. Sousa,Njc Spooner,M. Stancari,I. Stancu,D. Stefan,A. Stefanik,James Stewart,Sheldon Stone,James Strait,Matthew L Strait,Sergei Striganov,G. W. Sullivan,Y. Sun,L. Suter,A Svenson,R. Svoboda,B. Szczerbinska,A. M. Szelc,M Szydagis,S. Söldner-Rembold,R. L. Talaga,M. C. Tamsett,S. Tariq,Rex Tayloe,C Taylor,D. J. Taylor,A Teymourian,H. Themann,M Thiesse,Juergen Thomas,L. F. Thompson,M. A. Thomson,C. E. Thorn,M. Thorpe,X. Tian,D. R. Tiedt,W. H. Toki,N. Tolich,M. Torti,M. Toups,C. Touramanis,M. Tripathi,I Tropin,Y-T Tsai,C. E. Tull,M. Tzanov,J. Urheim,S Usman,M. Vagins,G. A. Valdiviesso,Richard Van Berg,Rvd Water,Peter van Gemmeren,F. Varanini,G. Varner,K. Vaziri,G Velev,Sandro Ventura,C. Vignoli,B. Viren,D Wahl,A. V. Waldron,C. W. Walter,H. Wang,Wei Wang,K. Warburton,D. Warner,R. Wasserman,B Watson,A. C. Weber,Wenzhao Wei,D. Wells,Matthew Wetstein,A White,Hillary D. White,L. H. Whitehead,D. Whittington,J. Willhite,Robert Wilson,Lindley Winslow,K Wood,E. T. Worcester,M. Worcester,T. Xin,K. Yarritu,Jingbo Ye,Minfang Yeh,Bo Yu,J Yu,T Yuan,Andrea Zani,G. P. Zeller,Chao Zhang,E.D. Zimmerman,R. Zwaska +481 more
TL;DR: The Long-Baseline Neutrino Experiment (LBNE) as mentioned in this paper is an extensively developed plan for a world-class experiment dedicated to addressing the early evolution of our universe, its current state and its eventual fate.