9 research outputs found
Track D Social Science, Human Rights and Political Science
- Author
- Abdelrahman E.
- Abramovitz D.
- Aburto Hernández K.e.
- Acaba J.
- Achan J.
- Adams M.
- Ades V.
- Adjei B.
- Agniel D.
- Aher A.
- Ahmed A.
- Akello M.
- Akinyosoye S.A.
- Akondeng L.
- Akter M.H.
- Alam N.
- Alaoui Hasnouni R.
- Alicea S.
- Amman P.
- Amram O.
- Anabwani G.M.
- Anabwani G.M.
- Anamaria P.
- Anastos K.
- Andrasik M.
- Anema A.
- Angotti N.
- Arumugam V.
- Atun R.
- Auerbach J.
- Aunon F.M.
- Awuoche H.
- Ayala G.
- Ayoola J.K.
- Babu Ndyabahika A.
- Bacic J.
- Bagfegue Ekani B.
- Baggaley R.
- Balakireva O.
- Balasundaram S.
- Banyan A.
- Baral S.
- Barrington C.
- Bautista‐arredondo S.
- Baye M.
- Beck J.
- Begum S.
- Bekalu M.A.
- Belize nasa Teams Guatemalabelize
- Bell M.
- Bell M.
- Belton S.
- Bendezu J.
- Benkirane M.
- Berger P.
- Berger‐greenstein J.
- Bernard D.
- Bernard E.J.
- Berona J.
- Bertil C.
- Betteridge G.
- Bezabih T.
- Bharat S.
- Bhardwaj K.
- Bhatia A.
- Bidordinova A.
- Bissek A.C.
- Biswas K.
- Biswas K.
- Biswas K.
- Blanc L.
- Bloom D.
- Bogart L.
- Bondar T.
- Bongololo‐mbera G.
- Bonnel R.
- Booysen F.
- Boulet P.
- Bourdillon F.
- Bourdillon F.
- Bouris A.
- Boyce P.
- Bracamonte P.
- Brady S.
- Brewster‐lee D.
- Briand Y.
- Bridge J.
- Briggs E.
- Brion J.
- Brion J.
- Brody L.
- Brough G.
- Broxton C.
- Bryant M.
- Buchelnikova L.
- Bulterys M.
- Burke‐miller J.
- Burke‐shyne N.
- Burrone E.
- Burton J.W.
- Buzducea D.
- Bärnighausen T.
- Caceres C.F.
- Cadoré B.
- Caldéron C.
- Campbell C.
- Campbell C.
- Caouette A.‐a.
- Carr M.
- Carrico A.
- Casale M.
- Castro D.
- Caswell G.
- Cataldo F.
- Ceccarelli M.A.
- Celse M.
- Celse M.
- Chacko S.
- Chaiphibalsarisdi P.
- Chaitha I.
- Chaitha W.
- Chakrapani V.
- Chan Carusone S.
- Changalucha J.
- Charlebois E.D.
- Chen W.‐t.
- Chen W.‐t.
- Chenha C.
- Cherutich P.
- Chettiar J.
- Chi P.
- Chirchir B.
- Choo M.
- Chung K.
- Clark S.
- Clark T.D.
- Clay C.
- Cluver L.
- Cobbler M.‐a.
- Cohan D.L.
- Cohen M.
- Cohen M.
- Cohn S.
- Cole S.
- Colfax G.
- Connelly C.
- Coplen L.
- Corless I.B.
- Corless I.B.
- Cornier N.
- Costa Rica costa Rica
- Cruise R.
- Csete J.
- Dale S.
- Das M.
- Date A.
- Davey C.
- Davis W.
- Dawson Rose C.
- Dawson Rose C.
- de Guia B.
- de Prinse K.
- De Walque D.
- de Wet K.
- de Zalduondo B.
- Deering K.
- Demicco E.
- Desai M.A.
- Desmond M.
- Dewo Z.
- Dhanikachalam D.
- Dilley J.
- Dlamini N.
- Dolezal C.
- Donaldson E.
- Donastorg Y.
- Doraiswamy S.
- Dorsey K.
- Doyle K.
- Dozon J.‐p.
- Dunkeyson L.
- Dunkle K.
- Ebogo M.
- Eggermont S.
- Ekstrand M.L.
- El Salvador el Salvador
- Elkington K.S.
- Eller L.S.
- Elliott R.
- El‐bassel N.
- Essalhi M.
- Faustin Z.M.
- Feng C.
- Fergusson P.
- Fielden S.
- Fielding‐miller R.
- Filippovych S.
- Finneran C.
- Fisher K.
- Fleming P.
- Francis J.
- Fujimoto K.
- Fuller S.
- Furaha Kalumire V.
- Garcia Cordova A.
- Gebremariam M.
- Geffroy L.
- Geffroy L.
- Gibbs A.
- Gibbs A.
- Gikuni A.
- Gilbert L.
- Go V.
- Gobet B.
- Godwaldt M.
- Golichenko M.
- Golub E.
- Gomes T.M.
- Gomez G.B.
- Granich R.
- Grant A.
- Grant A.
- Green L.M.
- Greene B.
- Gregson S.
- Gregson S.
- Grigoryan M.
- Grote S.
- Gschwend A.
- Guan J.
- Guilland R.
- Guimarães A.
- Gupta S.S.
- Guta A.
- Gutierrez‐mock L.
- Gómez‐olivé F.x.
- Gómez‐ramírez O.
- Ha D.
- Ha T.V.
- Hahn S.
- Hallal R.
- Halpern C.
- Han L.
- Handa S.
- Hansen I.
- Hanssens C.
- Hardon A.
- Hargreaves J.
- Harmon T.
- Harper G.
- Harrison P.
- Harutyunyan A.
- Haskew C.
- Havlir D.V.
- Hayashi K.
- Hebert P.
- Hechter R.C.
- Herrick A.
- Hesnault‐pruniaux N.
- Himmich H.
- Hirnschall G.
- Hodgdon S.
- Holzemer W.L.
- Holzemer W.L.
- Hooks K.
- Hoppe T.
- Hosegood V.
- Hosek S.
- Humair S.
- Hunter B.M.
- Hwahng S.
- Iipinge S.
- Iipinge S.
- Ilic D.
- Irizarry C.
- Isaranun W.
- Islam Z.
- Itaka A.
- Jain A.
- James L.
- Jantz I.
- Jewkes R.
- Jia M.
- Jiraphongsa C.
- Johnson H.
- Johnson M.O.
- Johnson M.O.
- Johnson V.
- Jones C.
- Ka Hon Chu S.
- Kabudula C.
- Kachuchuru J.
- Kaeworasan S.
- Kahega E.
- Kalibala S.
- Kalongola I.
- Kalugampitiya A.
- Kamal W.
- Kamarulzaman A.
- Kamenga C.
- Kameni E.
- Kampango G.
- Kamya M.
- Kandil A.
- Kanon S.
- Kaplan K.
- Karugaba G.
- Karugaba G.
- Kayode O.
- Kazatchkine C.
- Kazatchkine C.
- Keatley J.
- Keesbury J.
- Kelly A.
- Kelly B.
- Kelly B.
- Kelso G.
- Kembou E.
- Kemppainen J.
- Kemppainen J.
- Kennedy C.
- Kerr T.
- Kerrigan D.
- Khachatrian A.
- Khouri D.
- Khumthong S.
- Kiiza C.
- Kinuthia P.
- Kiringa G.
- Kirksey K.
- Kirksey K.
- Kirui M.
- Klein D.
- Klipstein‐grobusch K.
- Knight L.
- Koenig S.P.
- Kumarikunta G.
- Kunaka D.
- Kuo C.
- Kutai V.
- Kuteesa M.
- Kwagalah P.
- Ky‐zerbo O.
- Lambert N.
- Lande R.
- Lane T.
- Langhaug L.
- Larke N.
- Larke N.
- Latypov A.
- Lax‐vanek J.
- Lazar F.
- Lazarus J.V.
- Lebega O.
- Lee C.
- Legrand S.
- Lehman J.S.
- Lemos D.
- Letamo G.
- Letamo G.
- Leu C.‐s.
- Li L.
- Li R.
- Li X.
- Li Z.
- Liang L.‐j.
- Libertine S.
- Lichtenberg M.
- Lili L.
- Lim T.
- Lin C.
- Logie C.
- Lohiniva A.‐l.
- Lonappan S.
- Loutfy M.
- Lowenstein W.
- Lozada R.
- Lule F.
- Lundgren R.
- Luo W.
- Luwedde F.A.
- Mabikwa V.
- Mabikwa V.
- Madanhire C.
- Magis‐rodriguez C.
- Maguet O.
- Mainville C.
- Makhanda J.
- Makhanda J.
- Makokha M.
- Malunga A.
- Man W.Y.N.
- Manikandakumar T.
- Manilal N.R.
- Mann C.
- Manteuffel B.
- Marape M.
- Marape M.
- Maro G.
- Martinez G.
- Marukutira T.
- Marukutira T.
- Maseko S.
- Mashamba M.
- Massawe A.
- Matheson T.
- Matseke G.
- Matungwa D.J.
- Mavhu W.
- Mbatha N.
- Mbi A.
- McCaskell T.
- McClure C.
- McCracken J.
- McLemore M.
- McLemore M.
- Mehta S.
- Mehta S.M.
- Meite N.
- Mellins C.A.
- Melyakh A.
- Mendelsohn J.B.
- Mendelsohn J.B.
- Mendelsohn J.B.
- Menken J.
- Metheny N.
- Michaels S.
- Minh N.L.
- Mitchell E.
- Mnisi Z.
- Mohamed I.M.
- Mokhbat J.
- Montaner J.
- Moon S.
- Morisky D.E.
- Morrell R.
- Moya M.
- Moyo T.
- Mshana G.
- Mugo L.
- Muhindo B.
- Mukhopadhyay S.M.
- Mukui I.N.
- Muldoon K.
- Muldoon K.
- Mulumba M.
- Murdock D.
- Musandu H.
- Mushati P.
- Musisi N.N.
- Musso S.
- Muzaaya G.
- Mwakangalu D.
- Mwesigwa J.
- Mykhalovskiy E.
- Nakamanya S.
- Nalugya R.
- Nardicchia S.
- Natamba B.K.
- Natureeba P.
- Ncitakalo N.
- Ndlovu S.
- Nduba V.
- Ngugi E.
- Nhamo M.
- Nicaragua nicaragua
- Nicholas P.
- Nicholas P.K.
- Nixon Thompson J.A.
- Njie N.
- Njogu P.
- Njogu P.
- Njogu P.M.
- Njom Nlend A.E.
- Njuguna P.
- Nnalusiba B.
- Noba V.
- Nokes K.
- Nokes K.
- Nordlund D.
- Nuankaew R.
- Nyagero J.
- Nyambe M.
- Nyamukapa C.
- Nyamukapa C.
- Nzarubara B.K.
- Obermeyer C.
- Ochieng R.M.
- Okonji J.A.
- Oladapo O.O.
- Olango S.
- Olinyk S.
- Ombam R.
- Omoniyi A.F.
- Oranop na Ayuthaya P.
- Osterbauer B.
- Ostrow D.G.
- Oulare M.
- Oum S.
- Over M.
- O’Laughlin K.N.
- Pal K.
- Panama panama
- Panchanadeswaran S.
- Pape J.W.
- Park C.
- Partridge N.
- Patel P.
- Patterson D.
- Patterson T.
- Peck R.
- Perez M.
- Perez O.L.
- Perumpil S.
- Pettifor A.
- Phillips J.C.
- Phillips J.C.
- Pibulniyom R.
- Plenty A.H.J.
- Popotte F.
- Portillo C.
- Portillo C.J.
- Power L.
- Power L.
- Prada P.
- Purcell D.W.
- Quan V.M.
- Radhakrishnan A.
- Raizes E.
- Rakesh S.
- Rakesh S.
- Ramakrishna J.
- Rana Y.
- Rangel G.
- Rans S.
- Rao D.
- Rasberry T.
- Rasin S.
- Rathner C.
- Rebchook G.
- Reichenbach L.
- Reid K.
- Reid P.
- Reif S.
- Reijer D.
- Richardson M.
- Richter K.
- Riordan M.
- Riplinger A.
- Rivero‐mendez M.
- Rivero‐méndez M.
- Riviere C.
- Robertson J.
- Robertson J.
- Robertson J.
- Robertson L.
- Robine M.
- Rodriguez‐garcia R.
- Roose‐snyder B.
- Rosario S.
- Ross D.A.
- Ross D.A.
- Ross D.A.
- Ross M.
- Rossouw T.
- Rou K.
- Rouhani S.A.
- Rozenbaum W.
- Rozenbaum W.
- Ruel T.D.
- Rusakaniko S.
- Russell A.
- Ruzario S.
- Sakho L.
- Sakovych O.
- Salazar Ramirez D.
- Salazar P.
- Salazar X.
- Santamaria E.K.
- Santos G.‐m.
- Santos G.‐m.
- Sanzero Eller L.
- Schaefer N.
- Schilling R.F.
- Schilperoord M.
- Schilperoord M.
- Schilperoord M.
- Schilperoord M.
- Schlecht H.P.
- Schneider J.A.
- Schoepp A.
- Schuster M.
- Schwartz R.
- Scott K.
- Sculier D.
- Seeley J.
- Sefcik E.
- Sefcik E.
- Seleke R.
- Seleke R.
- Sello L.
- Sevelius J.
- Severe P.
- Seye A.
- Shah S.
- Shaikh S.
- Shannon K.
- Shannon K.
- Shannon K.
- Sharma C.
- Sheehy M.
- Shen J.
- Shen L.
- Sherr L.
- Sherr L.
- Shields A.
- Shorkey A.
- Shterjova Simonovikj H.
- Shutova M.
- Siba P.
- Sidell M.A.
- Sikweyiya Y.
- Simbayi L.
- Simmonds F.N.
- Simms B.
- Simo A.
- Simon S.
- Simoni J.
- Skinner D.
- Skovdal M.
- Skovdal M.
- Smyth C.
- Sopheab H.
- Spiegel P.
- Spiegel P.
- Spiegel P.
- Spiegel P.
- Srinivasan K.
- Staines H.
- Stall R.C.
- Stanton B.
- Stephenson R.
- Strathdee S.
- Strathdee S.
- Strathdee S.A.
- Strike C.
- Stuart A.
- Suba M.
- Sukovatova O.
- Sullivan K.M.
- Sullivan K.M.
- Sunderji N.
- Sung‐jae L.
- Suthar A.B.
- Suvorova S.
- Suwannawong P.
- Swartz J.
- Switzer S.
- Symington A.
- Talaat M.
- Talalayev K.
- Tchendjou P.
- Tchouamo A.
- Teh M.F.
- Teles N.
- Tharao W.
- Thirumurthy H.
- Thomas R.
- Thurston I.
- Ti L.
- Timaeus I.
- Toefy Y.
- Tollera G.
- Tollman S.
- Tosheva M.
- Towner W.J.
- Trivelli M.
- Tun W.
- Tuot S.
- Tyer‐viola L.
- Tyer‐viola L.
- Umar E.
- Urada L.A.
- Uwimpuhwe S.
- Valadéz R.
- Valladares Cardona R.D.
- van der Grinten E.
- van Reeuwijk M.
- Vera A.
- Vernooij E.
- Viegas Neves da Silva F.
- Viet Anh C.
- Villani J.
- Villayzan J.
- Visser T.
- Vittinghoff E.
- Voss J.
- Voss J.
- Wabiri N.
- Wachman M.
- Wagner A.
- Wagner G.J.
- Wang B.
- Wang J.
- Wang J.Q.
- Wangila S.
- Wantland D.
- Wantland D.
- Wanyenze R.
- Ware N.C.
- Warren M.
- Washington L.
- Webel A.
- Webel A.
- Weber K.
- Weber K.
- Weidmann J.
- Wespi K.
- West B.S.
- West C.
- Whetten K.
- White R.
- Williams J.
- Wilson D.
- Wilson E.
- Wilson M.
- Wilson P.
- Wolfe J.
- Wong Y.
- Wood E.
- Worth H.
- Wouters E.
- Wu E.
- Wu Z.
- Wu Z.
- Yager A.
- Yang F.
- Yiweza D.
- Yorick R.
- Young M.
- Young S.L.
- Yuan W.
- Zalwango Kabuye F.
- Zaqaryan N.
- Zhai W.
- ’t Hoen E.
- Publication venue
- 'International AIDS Society'
- Publication date
- 01/10/2012
- Field of study
Peer Reviewedhttps://deepblue.lib.umich.edu/bitstream/2027.42/138414/1/jia218442.pd
“Conjectural” links in complex networks
- Author
- Publication venue
- 'Elsevier BV'
- Publication date
- Field of study
Divergence in replicated phylogenies: the evolution of partial post-mating prezygotic isolation in bean weevils
- Author
- Publication venue
- 'Wiley'
- Publication date
- Field of study
Mating system of Calluna vulgaris (L.) Hull : self-sterility and outcrossing estimations
- Author
- Aide M.
- Anne-Laure Jacquemart
- Antonovics J.
- Baker H.G.
- Beijerinck W.
- Brown A.H.D.
- Charlesworth D.
- Clegg M.T.
- Cruzan M.B.
- Dudash M.R.
- Ennos R.A.
- Fisher R.A.
- Gimingham C.H.
- Godt M.J.W.
- Gray A.J.
- Grégory Mahy
- Hagerup O.
- Harrison R.E.
- Herrera J.
- Husband B.C.
- Jacquemart A.-L.
- Jacquemart A.-L.
- Jacquemart A.-L.
- Jarne P.
- Krebs S.L.
- Lande R.
- Lande R.
- Lloyd D.G.
- Mahy G.
- Mahy G.
- Nagylaki T.
- Ritland K.
- Schemske D.W.
- Schoen D.J.
- Seavey S.R.
- Seavey S.R.
- Shaw D.V.
- Soltis D.E.
- Thomson J.D.
- Watkins L.
- Williams E.G.
- Publication venue
- 'Canadian Science Publishing'
- Publication date
- 01/01/1998
- Field of study
The evolutionary significance of a mixed mating system is currently under debate. Calluna vulgaris (L). Hull, a widespread European shrub, is likely to undergo mixed mating because of geitonogamy. Mating system was investigated in three populations of C. vulgaris is by means of greenhouse controlled crosses, pollen tube observations, and outcrossing rate estimations from allozyme markers. The species is highly self-sterile, most probably as a result of early inbreeding depression. Mean fruit set and mean seed number per fruit following hand self-pollination were 48 and 13%, respectively, of those following cross-pollination, Pollen tubes produced by self pollen penetrated the ovary with the same success as those from cross-pollination. Multilocus estimates of the outcrossing rates ranged from 0.71 to 0.90, and two estimates were significantly different from 1.00. Calluna vulgaris could thus be classified as being mixed mating with predominant allogamy. Single-locus estimates did not differ significantly from multilocus estimates suggesting that biparental inbreeding did not contribute to the apparent selfing rate. The maintenance of high early inbreeding depression despite an intermediate level of selfing is discussed with respect to recent theories on mating system evolution
Knowledge spaces in the Internet and Semantic Web (Part 2)
- Author
- A. Gulin
- A.E. Ermakov
- A.N. Baranov
- A.N. Baranov
- A.S. Narin’yani
- A.S. Starostin
- A.V. Antonov
- B.V. Dobrov
- D.A. Kormalev
- D.I. Ignatov
- D.I. Muromtsev
- D.V. Kudryavtsev
- D.V. Lande
- E.G. Sokolova
- E.I. Bol’shakova
- E.I. Bol’shakova
- E.M. Veniaminov
- G.S. Osipov
- I.A. Tikhomirov
- I.A. Tikhomirov
- I.P. Kuznetsov
- I.V. Azarova
- I.V. Efimenko
- K. Strandson
- M. Kostin
- M.E. Epifanov
- M.S. Ageev
- N.V. Lukashevich
- O. Uryupina
- O.A. Nevzorova
- O.A. Nevzorova
- P. Braslavskii
- P.G. Kananykina
- S. Nirenburg
- T. Joachims
- T.R. Gruber
- V. F. Khoroshevsky
- V.F. Khoroshevsky
- V.Sh. Rubashkin
- V.Sh. Rubashkin
- V.Sh. Rubashkin
- V.V. Murav’ev
- V.V. Pleshko
- Y. Wilks
- Yu.D. Apresyan
- Publication venue
- 'Allerton Press'
- Publication date
- Field of study
Sibling competition, size variation and frequency-dependent outcrossing advantage in Plantago coronopus
- Author
- A.A. Snow
- A.J. Underwood
- A.Z. Argyres
- B. Husband
- B.E. Giles
- C.C. McCall
- C.G. Eckert
- C.T. De Wit
- D. Houle
- D.A. Levin
- D.G. Lloyd
- D.L. Byers
- D.M. Waller
- D.M. Waller
- D.V. Shaw
- D.W. Schemske
- G.C. Williams
- G.P. Cheplick
- G.P. Cheplick
- G.P. Cheplick
- H. Van Dijk
- H. Van Dijk
- H.P. Koelewijn
- H.P. Koelewijn
- H.P. Koelewijn
- J. Antonovics
- J. Antonovics
- J. Neter
- J. Schmitt
- J. Weiner
- J. Weiner
- J.B. Wilson
- J.K. Kelly
- J.K. Kelly
- J.M. Maynard-Smith
- J.M.M. Van Damme
- J.R. Peck
- J.S. Heywood
- J.S. Heywood
- J.W. Silvertown
- J.W.P. Young
- K. Wolfe
- K. Wolfe
- K.E. Holsinger
- K.E. Holsinger
- L.M. Wolfe
- M. Begon
- M. Begon
- M. Begon
- M. Hutchings
- M.A. Geber
- M.D. Loveless
- M.J. Lawrence
- M.L. Ronsheim
- M.L. Uyenoyama
- N.C. Ellstrand
- P.A. Keddy
- P.O. Cheptou
- R. Lande
- R. Mead
- R. Wall
- R.G. Shaw
- R.J. Baker
- S. Siegel
- S. Wright
- S.C. Thomas
- S.C.H. Barrett
- S.E. Kelley
- S.J. Tonsor
- SAS Institute
- T. Crawford
- T. Crawford
- T.E. Miller
- W.D. Hamilton
- Y.B. Linhart
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- Field of study
Long-baseline neutrino oscillation physics potential of the DUNE experiment: DUNE Collaboration
- Publication venue
- Publication date
- 01/01/2020
- Field of study
The sensitivity of the Deep Underground Neutrino Experiment (DUNE) to neutrino oscillation is determined, based on a full simulation, reconstruction, and event selection of the far detector and a full simulation and parameterized analysis of the near detector. Detailed uncertainties due to the flux prediction, neutrino interaction model, and detector effects are included. DUNE will resolve the neutrino mass ordering to a precision of 5σ, for all δCP values, after 2 years of running with the nominal detector design and beam configuration. It has the potential to observe charge-parity violation in the neutrino sector to a precision of 3σ (5σ) after an exposure of 5 (10) years, for 50% of all δCP values. It will also make precise measurements of other parameters governing long-baseline neutrino oscillation, and after an exposure of 15 years will achieve a similar sensitivity to sin 22 θ13 to current reactor experiments. © 2020, The Author(s)
Deep Underground Neutrino Experiment (DUNE), far detector technical design report, volume IV: far detector single-phase technology
- Author
- A. Ankowski
- A. Aranda-Fernandez
- A. Ariga
- A. Aurisano
- A. Bashyal
- A. Bitadze
- A. Blake
- A. Booth
- A. Borkum
- A. Brandt
- A. Bross
- A. Caminata
- A. Castillo
- A. Cervelli
- A. Chatterjee
- A. Chiriacescu
- A. Christensen
- A. Deisting
- A. Delbart
- A. Dell&apos
- A. Dyshkant
- A. Ereditato
- A. Falcone
- A. Filkins
- A. Friedland
- A. Gago
- A. Gallego-Ros
- A. Gendotti
- A. Giri
- A. Grant
- A. Guglielmi
- A. Habig
- A. Hackenburg
- A. Hahn
- A. Heavey
- A. Himmel
- A. Holin
- A. Hourlier
- A. Ioannisian
- A. Izmaylov
- A. Jipa
- A. Joglekar
- A. Kaboth
- A. Karcher
- A. Khotjantsev
- A. Khvedelidze
- A. Lambert
- A. Laundrie
- A. Lawrence
- A. Lister
- A. Machado
- A. Maddalena
- A. Maio
- A. Mann
- A. Marchionni
- A. Mastbaum
- A. Mazzacane
- A. McNab
- A. Mefodiev
- A. Menegolli
- A. Mislivec
- A. Montanari
- A. Moor
- A. Muir
- A. Norman
- A. Olivier
- A. Papanestis
- A. Paudel
- A. Penzo
- A. Rafique
- A. Rappoldi
- A. Renshaw
- A. Reynolds
- A. Roeth
- A. Rubbia
- A. Scaramelli
- A. Scarff
- A. Scarpelli
- A. Schukraft
- A. Sergi
- A. Sitraka
- A. Smith
- A. Smith
- A. Sousa
- A. Stuart
- A. Surdo
- A. Szelc
- A. Tapper
- A. Teklu
- A. Thea
- A. Tonazzo
- A. Verdugo
- A. Watson
- A. Weber
- A. Weinstein
- A. White
- A. Zani
- A.C. Ezeribe
- A.C. Villanueva
- A.D. Gouvea
- A.D. Marino
- A.D. Roeck
- A.G. Cocco
- A.H. Pichardo
- A.M. Iliescu
- A.O.D. Campo
- A.P. Furmanski
- A.S. Hesam
- A.V. Waldron
- B. Abi
- B. Bambah
- B. Behera
- B. Bhuyan
- B. Bilki
- B. Carlus
- B. Fleming
- B. Gelli
- B. Guo
- B. Howard
- B. Jargowsky
- B. Jones
- B. King
- B. Kirby
- B. Morgan
- B. Paulos
- B. Radics
- B. Ramson
- B. Rebel
- B. Russell
- B. Stillwell
- B. Szczerbinska
- B. Viren
- B. Yu
- B. Zamorano
- B.B. Siffert
- B.R. Littlejohn
- B.T. Oregui
- B.V. Potukuchi
- C. Alt
- C. Andreopoulos
- C. Backhouse
- C. Barnes
- C. Booth
- C. Brew
- C. Brizzolari
- C. Bromberg
- C. Castromonte
- C. Cattadori
- C. Chang
- C. Chi
- C. Cuesta
- C. Densham
- C. Distefano
- C. Escobar
- C. Farnese
- C. Girerd
- C. Gotti
- C. Grace
- C. Grant
- C. Griffith
- C. Hohl
- C. Jesú
- C. Johnson
- C. Jung
- C. Kuruppu
- C. Lastoria
- C. Lin
- C. Macias
- C. Mariani
- C. Marshall
- C. Mauger
- C. McGrew
- C. Milne
- C. Mishra
- C. Montanari
- C. Morris
- C. Mossey
- C. Palomares
- C. Patrick
- C. Petta
- C. Rubbia
- C. Sarasty
- C. Shepherd-Themistocleous
- C. Sutera
- C. Thorn
- C. Touramanis
- C. Tull
- C. Vignoli
- C. Vilela
- C. Wilkinson
- C. Wret
- C. Zhang
- C.A. Moura
- C.A. Ternes
- C.E. Lane
- C.J.S. Salinas
- D. Adams
- D. Autiero
- D. Belver
- D. Boyden
- D. Braga
- D. Brailsford
- D. Caiulo
- D. Caratelli
- D. Cherdack
- D. Christian
- D. Cussans
- D. Delepine
- D. Douglas
- D. Duchesneau
- D. Dwyer
- D. Edmunds
- D. Franco
- D. Garcia-Gamez
- D. Gastler
- D. Gibin
- D. Gnani
- D. Gratieri
- D. Kim
- D. Last
- D. Lorca
- D. MacFarland
- D. Marfatia
- D. Mladenov
- D. Montanari
- D. Moreno
- D. Naples
- D. Navas-Nicolá
- D. Newbold
- D. Newhart
- D. Payne
- D. Pershey
- D. Pugnere
- D. Redondo
- D. Rivera
- D. Ruterbories
- D. Sankey
- D. Schmitz
- D. Sgalaberna
- D. Shooltz
- D. Smargianaki
- D. Summers
- D. Totani
- D. Vargas
- D. Warner
- D. Waters
- D. Wenman
- D. Whittington
- D.A. Harris
- D.A. Sanders
- D.A.M. Caicedo
- D.M. DeMuth
- D.V. Forero
- E. Bechetoille
- E. Blucher
- E. Brianne
- E. Calvo
- E. Chardonnet
- E. Church
- E. Conley
- E. Cristaldo
- E. Ewart
- E. Fernandez-Martinez
- E. Gamberini
- E. Goudzovski
- E. Gramellini
- E. Granados
- E. Hazen
- E. Hoppe
- E. James
- E. Kearns
- E. Kemp
- E. Mazzucato
- E. McCluskey
- E. Motuk
- E. Niner
- E. Pantic
- E. Pennacchio
- E. Raguzin
- E. Segreto
- E. Smith
- E. Tatar
- E. Tyley
- E. Valencia
- E. Worcester
- E. Zhivun
- E.D. Zimmerman
- F. Andrianala
- F. Azfar
- F. Barao
- F. Bay
- F. Blaszczyk
- F. Bonini
- F. Cavalier
- F. Cavanna
- F. Diaz
- F. Drielsma
- F. Ferraro
- F. Filthaut
- F. Gonnella
- F. Jediny
- F. Kamiya
- F. Krennrich
- F. Marinho
- F. Muheim
- F. Piastra
- F. Pietropaolo
- F. Resnati
- F. Sergiampietri
- F. Sippach
- F. Spagliardi
- F. Stocker
- F. Terranova
- F. Tortorici
- F. Varanini
- F. Wilson
- F.B. Neves
- G. Adamov
- G. Barenboim
- G. Barker
- G. Barr
- G. Bellettini
- G. Blazey
- G. Brooijmans
- G. Brunetti
- G. Carini
- G. Cerati
- G. Christodoulou
- G. Deptuch
- G. Ge
- G. Iles
- G. Karagiorgi
- G. Mandrioli
- G. Meng
- G. Michna
- G. Pawloski
- G. Pessina
- G. Petrillo
- G. Prior
- G. Raselli
- G. Riccobene
- G. Savage
- G. Sinev
- G. Sirri
- G. Testera
- G. Valdiviesso
- G. Varner
- G. Vasseur
- G. Yang
- G. Zeller
- G. Zhu
- G.A. Horton-Smith
- G.L. Miotto
- G.S. Davies
- H. Back
- H. Berns
- H. Budd
- H. Carranza
- H. Chen
- H. Duyang
- H. Gallagher
- H. Hadavand
- H. Liao
- H. Mendez
- H. Meyer
- H. Muramatsu
- H. Rakotondramanana
- H. Razafinime
- H. Rogers
- H. Schellman
- H. Sobel
- H. Steiner
- H. Tanaka
- H. Wang
- H. Wei
- H.D. Motta
- H.R. Sharma
- H.V. de Souza
- I. Furic
- I. Gil-Botella
- I. Kadenko
- I. Kreslo
- I. Lazanu
- I. Lomidze
- I. Mocioiu
- I. Rakhno
- I. Sarcevic
- I. Seong
- I.C. Terrazas
- I.D. Bonis
- I.L.D.I. Astiz
- J. Ahmed
- J. Anderson
- J. Asaadi
- J. Berger
- J. Bian
- J. Boissevain
- J. Bracinik
- J. Bremer
- J. Brooke
- J. Calcutt
- J. Chaves
- J. Coelho
- J. Conrad
- J. Dawson
- J. Diaz
- J. Eisch
- J. Felix
- J. Fowler
- J. Franc
- J. Freeman
- J. Freestone
- J. Fried
- J. Gonzalez-Cuevas
- J. Greer
- J. Grudzinski
- J. Haigh
- J. Haiston
- J. Han
- J. Hartnell
- J. Hewes
- J. Hoff
- J. Huang
- J. Huang
- J. Hugon
- J. Klein
- J. Kumar
- J. Learned
- J. Liu
- J. LoSecco
- J. Macier
- J. Maricic
- J. Marshall
- J. Marteau
- J. Martin-Albo
- J. Matthews
- J. Migenda
- J. Mills
- J. Moon
- J. Mousseau
- J. Mueller
- J. Musser
- J. Nachtman
- J. Nesbit
- J. Ott
- J. Pasternak
- J. Pater
- J. Perry
- J. Pillow
- J. Pozimski
- J. Raaf
- J. Rademacker
- J. Real
- J. Reichenbacher
- J. Rout
- J. Russell
- J. Sensenig
- J. Sinclair
- J. Singh
- J. Singh
- J. Smolik
- J. Soto-Oton
- J. Spitz
- J. Stewart
- J. Stock
- J. Trevor
- J. Urheim
- J. Vasel
- J. Wang
- J. Wolcott
- J. Yu
- J. Zalesak
- J. Zennamo
- J. Zuklin
- J.A. Maloney
- J.A. Molina
- J.A. Nowak
- J.B. Alba
- J.B. Monarca
- J.C. Maneira
- J.D. Vries
- J.F. Beacom
- J.I. Crespo-Anadó
- J.J. Back
- J.J. Evans
- J.K. Nelson
- J.L. Barrow
- J.L. Thompson
- J.M. Paley
- J.R. Rondon
- J.R.D.M. Neto
- J.W. Valle
- K. Biery
- K. Cho
- K. De
- K. Duffy
- K. Fahey
- K. Francis
- K. Gollwitzer
- K. Grzelak
- K. Guthikonda
- K. Harder
- K. Hennessy
- K. Herner
- K. Koehler
- K. Kothekar
- K. Lande
- K. Lang
- K. Long
- K. Loo
- K. Luk
- K. Mahn
- K. Manolopoulos
- K. Mason
- K. Mavrokoridis
- K. Moffat
- K. Negishi
- K. Nishimura
- K. Qi
- K. Rielage
- K. Scholberg
- K. Siyeon
- K. Soustruznik
- K. Spurgeon
- K. Terao
- K. Tsang
- K. Vaziri
- K. Warburton
- K. Wood
- K. Yonehara
- K. Zeug
- K.J. Kelly
- K.M. Heeger
- K.S. McFarland
- L. Bagby
- L. Bellantoni
- L. Camilleri
- L. Corwin
- L. Cremaldi
- L. Cremonesi
- L. Domine
- L. Fields
- L. Greenler
- L. Hertel
- L. Jiang
- L. Kashur
- L. Li
- L. Manenti
- L. Mualem
- L. Necib
- L. Pagani
- L. Pasqualini
- L. Patrizii
- L. Paulucci
- L. Pickering
- L. Rakotondravohitra
- L. Rochester
- L. Simard
- L. Stanco
- L. Suter
- L. Wood
- L. Zambelli
- L. Zazueta
- L.C. Rice
- L.D. Giulio
- L.D. Noto
- L.D.S. Peres
- L.E. Sanchez
- L.G. Bermeo
- L.H. Whitehead
- L.M. Bueno
- L.M.M. Zetina
- L.O. Arnold
- L.S.G. Fajardo
- L.W. Koerner
- M. Adinolfi
- M. Andrews
- M. Antonova
- M. Betancourt
- M. Bhattacharjee
- M. Biassoni
- M. Bishai
- M. Bonesini
- M. Bongrand
- M. Calin
- M. Campanelli
- M. Chalifour
- M. Chen
- M. Convery
- M. Dabrowski
- M. Decowski
- M. Delgado
- M. Dias
- M. Diwan
- M. Dolinski
- M. Eads
- M. Gold
- M. Graham
- M. Greenwood
- M. Groh
- M. Hostert
- M. Kabirnezhad
- M. Karolak
- M. Khabibullin
- M. Kirby
- M. Kordosky
- M. Leitner
- M. Leyton
- M. Lokajicek
- M. Marshak
- M. Masud
- M. Mellinato
- M. Messier
- M. Mewes
- M. Mooney
- M. Muether
- M. Mulhearn
- M. Nalbandyan
- M. Nebot-Guinot
- M. Nessi
- M. Newcomer
- M. Oberling
- M. Pallavicini
- M. Parvu
- M. Potekhin
- M. Pozzato
- M. Rai
- M. Rajaoalisoa
- M. Reggiani-Guzzo
- M. Roda
- M. Rossella
- M. Sanchez
- M. Santos-Maldonado
- M. Shaevitz
- M. Shamma
- M. Smy
- M. Soderberg
- M. Sorel
- M. Spanu
- M. Stancari
- M. Strait
- M. Tenti
- M. Torti
- M. Tortola
- M. Toups
- M. Tzanov
- M. Vagins
- M. Verzocchi
- M. Wallbank
- M. Wascko
- M. Weber
- M. Wetstein
- M. Worcester
- M. Zhao
- M. Zito
- M.Á
- M.A. Acero
- M.A. Arroyave
- M.A. Uchida
- M.A. Vermeulen
- M.C. Goodman
- M.H. Morquecho
- M.J. Wilking
- M.L. de Oliveira
- M.M. Guzzo
- M.M. Plata
- M.R. Alonso
- M.R. Delgado
- M.R. While
- M.S. Nunes
- N. Barros
- N. Benekos
- N. Bostan
- N. Buchanan
- N. Dokania
- N. Gallice
- N. Kazaryan
- N. Lurkin
- N. Martinez
- N. Mauri
- N. McConkey
- N. Moggi
- N. Mokhov
- N. Nayak
- N. Poonthottathil
- N. Sahu
- N. Samios
- N. Saoulidou
- N. Simos
- N. Solomey
- N. Tsverava
- N. Yershov
- N.J. Spooner
- O. Beltramello
- O. Dvornikov
- O. Gogota
- O. Goodwin
- O. Mena
- O. Mineev
- O. Palamara
- O.G. Miranda
- O.L. Peres
- P. Baesso
- P. Baldi
- P. Bernardini
- P. Bour
- P. Calafiura
- P. Carniti
- P. Clarke
- P. Cotte
- P. Debbins
- P. Ding
- P. Dunne
- P. Green
- P. Guzowski
- P. Hamilton
- P. Keener
- P. Lasorak
- P. LeBrun
- P. Machado
- P. Madigan
- P. Mehta
- P. Melas
- P. Novella
- P. Ratoff
- P. Rodrigues
- P. Sala
- P. Sapienza
- P. Schlabach
- P. Smith
- P. Snopok
- P. Vahle
- P. Weatherly
- P.C.D. Holanda
- P.D. Jong
- P.D. Lurgio
- P.F. Menendez
- P.P. Koller
- Q. David
- R. Acciarri
- R. Bajou
- R. Cross
- R. Dharmapalan
- R. Diurba
- R. Flight
- R. Gandhi
- R. Gandrajula
- R. Gran
- R. Guenette
- R. Gutierrez
- R. Haenni
- R. Hatcher
- R. Howell
- R. Illingworth
- R. Itay
- R. Johnson
- R. Kumar
- R. LaZur
- R. Lehnert
- R. Mazza
- R. Milincic
- R. Mohanta
- R. Nandakumar
- R. Nichol
- R. Northrop
- R. Papaleo
- R. Petti
- R. Plunkett
- R. Poling
- R. Potenza
- R. Raboanary
- R. Rameika
- R. Saakyan
- R. Sharma
- R. Shrock
- R. Sipos
- R. Staley
- R. Svoboda
- R. Talaga
- R. Tayloe
- R. Zwaska
- R.A. Gomes
- R.B. Patterson
- R.G.V. de Water
- R.J. Wilson
- R.M. Berner
- R.M.D. Almeida
- R.S. Fitzpatrick
- R.V. Berg
- S. Andringa
- S. Antusch
- S. Balasubramanian
- S. Berkman
- S. Bertolucci
- S. Biagi
- S. Bolognesi
- S. Bordoni
- S. Boyd
- S. Calvez
- S. Centro
- S. Chattopadhyay
- S. Childress
- S. Choubey
- S. Davini
- S. Dennis
- S. Emery
- S. Fuess
- S. Gao
- S. Gardiner
- S. Gent
- S. Gollapinni
- S. Goswami
- S. Green
- S. Gwon
- S. Henry
- S. Jimé
- S. Jones
- S. Kasai
- S. Kettell
- S. Kohn
- S. Kulagin
- S. Li
- S. Li
- S. Lin
- S. Lockwitz
- S. Magill
- S. Manly
- S. Martynenko
- S. Matsuno
- S. Menary
- S. Miryala
- S. Mishra
- S. Mufson
- S. Murphy
- S. Nagu
- S. Narita
- S. Pakvasa
- S. Palestini
- S. Paramesvaran
- S. Parke
- S. Pascoli
- S. Patton
- S. Pordes
- S. Prakash
- S. Prince
- S. Ravat
- S. Rescia
- S. Rosauro-Alcaraz
- S. Roy
- S. Sö
- S. Sacerdoti
- S. Santana
- S. Shafaq
- S. Shin
- S. Striganov
- S. Tariq
- S. Timm
- S. Tufanli
- S. Vallecorsa
- S. Ventura
- S. Vergani
- S. Zucchelli
- S.A. Monsalve
- S.D. Domizio
- S.D. Reitzner
- S.J. Brice
- S.J. Hillier
- S.J. Peeters
- S.P. Kasetti
- T. Alion
- T. Bolton
- T. Boschi
- T. Durkin
- T. Gamble
- T. Hamernik
- T. Hasegawa
- T. Hill
- T. Junk
- T. Kosc
- T. Kutter
- T. Langford
- T. Le
- T. Li
- T. Loew
- T. Lord
- T. Lux
- T. Miao
- T. Miedema
- T. Patzak
- T. Prakash
- T. Rehak
- T. Safford
- T. Schaffer
- T. Shaw
- T. Stokes
- T. Strauss
- T. Usher
- T. Vrba
- T. Wachala
- T. Wongjirad
- T. Yang
- T. Young
- T.A. Mohayai
- T.E. Coan
- U. Kose
- V. Aushev
- V. Basque
- V. Bellini
- V. Galymov
- V. Guarino
- V. Kostelecky
- V. Kudryavtsev
- V. Kus
- V. Paolone
- V. Papadimitriou
- V. Pec
- V. Radeka
- V. Savinov
- V. Singh
- V. Solovov
- V. Susic
- V. Zutshi
- V.D. Romeri
- V.P. Luzio
- W. Barkhouse
- W. Flanagan
- W. Fox
- W. Gu
- W. Ketchum
- W. Marciano
- W. Metcalf
- W. Miller
- W. Mu
- W. Wu
- W. Wu
- W.C. Louis
- W.E. Sondheim
- W.H. Trzaska
- X. Ji
- X. Luo
- X. Pons
- X. Qian
- Y. Bezawada
- Y. Chen
- Y. Cui
- Y. Farzan
- Y. Jwa
- Y. Karyotakis
- Y. Kudenko
- Y. Li
- Y. Onel
- Y. Onishchuk
- Y. Penichot
- Y. Ramachers
- Y. Rigaut
- Y. Wang
- Y. Wang
- Y. Xiao
- Y.T. Tsai
- Z. Ahmad
- Z. Djurcic
- Z. Ghorbani-Moghaddam
- Z. Parsa
- Z. Pavlovic
- Z. Tsamalaidze
- Z. Vallari
- Z. Williams
- Publication venue
- 'IOP Publishing'
- Publication date
- 01/01/2020
- Field of study
The preponderance of matter over antimatter in the early universe, the dynamics of the supernovae that produced the heavy elements necessary for life, and whether protons eventually decay—these mysteries at the forefront of particle physics and astrophysics are key to understanding the early evolution of our universe, its current state, and its eventual fate. DUNE is an international world-class experiment dedicated to addressing these questions as it searches for leptonic charge-parity symmetry violation, stands ready to capture supernova neutrino bursts, and seeks to observe nucleon decay as a signature of a grand unified theory underlying the standard model. Central to achieving DUNE's physics program is a far detector that combines the many tens-of-kiloton fiducial mass necessary for rare event searches with sub-centimeter spatial resolution in its ability to image those events, allowing identification of the physics signatures among the numerous backgrounds. In the single-phase liquid argon time-projection chamber (LArTPC) technology, ionization charges drift horizontally in the liquid argon under the influence of an electric field towards a vertical anode, where they are read out with fine granularity. A photon detection system supplements the TPC, directly enhancing physics capabilities for all three DUNE physics drivers and opening up prospects for further physics explorations. The DUNE far detector technical design report (TDR) describes the DUNE physics program and the technical designs of the single- and dual-phase DUNE liquid argon TPC far detector modules. Volume IV presents an overview of the basic operating principles of a single-phase LArTPC, followed by a description of the DUNE implementation. Each of the subsystems is described in detail, connecting the high-level design requirements and decisions to the overriding physics goals of DUNE
Deep underground neutrino experiment (DUNE) near detector conceptual design report
- Publication venue
- Publication date
- 01/01/2021
- Field of study
The Deep Underground Neutrino Experiment (DUNE) is an international, world-class experiment aimed at exploring fundamental questions about the universe that are at the forefront of astrophysics and particle physics research. DUNE will study questions pertaining to the preponderance of matter over antimatter in the early universe, the dynamics of supernovae, the subtleties of neutrino interaction physics, and a number of beyond the Standard Model topics accessible in a powerful neutrino beam. A critical component of the DUNE physics program involves the study of changes in a powerful beam of neutrinos, i.e., neutrino oscillations, as the neutrinos propagate a long distance. The experiment consists of a near detector, sited close to the source of the beam, and a far detector, sited along the beam at a large distance. This document, the DUNE Near Detector Conceptual Design Report (CDR), describes the design of the DUNE near detector and the science program that drives the design and technology choices. The goals and requirements underlying the design, along with projected performance are given. It serves as a starting point for a more detailed design that will be described in future documents. © 2021 by the authors. Licensee MDPI, Basel, Switzerland