57 research outputs found
Dois critérios de seleção na pré-desmama em bovinos da raça Gir. 1. Estimativas de parâmetros genéticos
- Author
- BACALHAU A.
- BOLDMAN K.G.
- CARDOSO F.F.
- Carolina Amália de Souza Dantas Muniz
- DEL VALLE GARNEIRO A.
- ELER J.P.
- FALCONER D.S.
- FRIES L.A.
- FRIES L.A.
- FRIES L.A.
- FRIES L.A.
- FRIES L.A.
- GIANNONI M.A.
- GIANOLA D.
- GIBSON J.P.
- HOOG R.V.
- Luiz Alberto Fries
- MARCONDES C.R.
- MEYER K.
- MEYER K.
- MUNIZ C.A.S.D.
- MUNIZ C.A.S.D.
- ORTIZ PEÑA C.D.
- PAZ C.C.
- PELICIONI L.C.S
- PIMENTA FILHO E.C.
- RIBEIRO M.N.
- Roberto Carvalheiro
- ROBINSON D.
- Sandra Aidar de Queiroz
- SCHAEFFER L.R.
- SILVA L.O.
- WILLHAM R.L.
- Publication venue
- 'FapUNIFESP (SciELO)'
- Publication date
- Field of study
Formation of dense partonic matter in relativistic nucleus-nucleus collisions at RHIC: Experimental evaluation by the PHENIX collaboration
- Author
- A. Al-Jamel
- A. Baldisseri
- A. Bazilevsky
- A. Denisov
- A. Deshpande
- A. Devismes
- A. Drees
- A. Durum
- A. Enokizono
- A. Franz
- A. Glenn
- A. Hadjhenni
- A. Hoover
- A. Isupov
- A. Khanzadeev
- A. Kiss
- A. Kiyomichi
- A. Kozlov
- A. Lebedev
- A. Litvinenko
- A. Malakhov
- A. Masaike
- A. Milov
- A. Oskarsson
- A. Parmar
- A. Pierson
- A. Romana
- A. Sakaguchi
- A. Sickles
- A. Soldatov
- A. Ster
- A. Taketani
- A. Taranenko
- A. Vorobyov
- A. Yanovich
- A.A. Rose
- A.A. Tsvetkov
- A.A. Vinogradov
- A.D. Frawley
- A.G. Hansen
- A.K. Dubey
- A.K. Mohanty
- A.K. Purwar
- A.L. Godoi
- A.N. Petridis
- A.P.T. Palounek
- A.S. Nyanin
- A.V. Kazantsev
- Abreu
- Abreu
- Adamova
- Adams
- Adams
- Adams
- Adams
- Adams
- Adams
- Adcox
- Adcox
- Adcox
- Adcox
- Adcox
- Adcox
- Adcox
- Adcox
- Adcox
- Adcox
- Adcox
- Adcox
- Adler
- Adler
- Adler
- Adler
- Adler
- Adler
- Adler
- Adler
- Adler
- Adler
- Adler
- Adler
- Adler
- Adler
- Adler
- Adler
- Adler
- Adler
- Adler
- Adler
- Adler
- Adler
- Adler
- Adler
- Adler
- Adler
- Adler
- Agakichiev
- Agakishiev
- Agakishiev
- Aggarwal
- Aggarwal
- Ahle
- Ahle
- Ahle
- Airapetian
- Alber
- Albrecht
- Albrecht
- Alner
- Alper
- Alt
- Alt
- Andronic
- Angelis
- Anticic
- Antreasyan
- Antreasyan
- Arnaldi
- Arneodo
- Arsene
- Asakawa
- Asakawa
- Aurenche
- Aurenche
- Aversa
- B. Bassalleck
- B. Espagnon
- B. Forestier
- B. Hong
- B. Khachaturov
- B. Komkov
- B. Norman
- B. Sahlmueller
- B.A. Cole
- B.D. Fox
- B.K. Nandi
- B.M. Johnson
- B.R. Schlei
- B.V. Dinesh
- B.V. Jacak
- Back
- Back
- Back
- Baer
- Baier
- Baier
- Baier
- Baier
- Baier
- Bass
- Baym
- Bearden
- Becattini
- Becattini
- Becattini
- Bertsch
- Bjorken
- Bjorken
- Bloom
- Braaten
- Braun-Munzinger
- Braun-Munzinger
- Braun-Munzinger
- Breidenbach
- Brown
- Bunce
- Busching
- C. Aidala
- C. Finck
- C. Klein-Boesing
- C. Pinkenburg
- C. Suire
- C. Velissaris
- C. Witzig
- C. Zhang
- C.A. Ogilvie
- C.F. Maguire
- C.H. Kuberg
- C.L. Silva
- C.L. Woody
- C.P. Singh
- C.R. Cleven
- C.Y. Chi
- Capella
- Capella
- Carruthers
- Cassing
- Chapline
- Chiu
- Cleymans
- Collins
- Combridge
- Cooper
- Creutz
- Cronin
- Csanad
- Cutler
- Cutler
- d'Enterria
- D. Bucher
- D. d'Enterria
- D. Dutta
- D. Isenhower
- D. Jouan
- D. Koehler
- D. Kotchetkov
- D. Mukhopadhyay
- D. Pal
- D. Sharma
- D. Silvermyr
- D. Winter
- D.E. Fields
- D.H. Kim
- D.J. Kim
- D.J. Lim
- D.M. Lee
- D.P. Morrison
- D.S. Brown
- D.S. Ho
- D.W. Kim
- D.Yu. Peressounko
- Das
- Datta
- Datta
- Dobler
- Dokshitzer
- Dong
- E. Haslum
- E. Kim
- E. Kinney
- E. Kistenev
- E. Melnikov
- E. O'Brien
- E. Stenlund
- E. Taniguchi
- E. Vznuzdaev
- E.J. Desmond
- E.M. Takagui
- E.P. Hartouni
- Ejiri
- Eskola
- Eskola
- Eskola
- F. Bauer
- F. Deák
- F. Fleuret
- F. Gastineau
- F. Kajihara
- F. Matathias
- F. Messer
- F. Mühlbacher
- F. Plasil
- F. Staley
- F.G. Bellaiche
- F.K. Wohn
- Ferreiro
- Fodor
- Fowler
- Fowler
- Fries
- Fries
- G. Bunce
- G. David
- G. Gogiberidze
- G. Martinez
- G. Roche
- G.-B. Kim
- G.C. Mishra
- G.J. Kunde
- G.R. Young
- G.S. Kyle
- Gallmeister
- Gavin
- Gordon
- Grassi
- Greco
- Greco
- Greiner
- Gross
- Guo
- Gyulassy
- Gyulassy
- Gyulassy
- Gyulassy
- Gyulassy
- Gyulassy
- Gyulassy
- Gyulassy
- Gyulassy
- Gyulassy
- H. Borel
- H. Buesching
- H. Delagrange
- H. En'yo
- H. Hamagaki
- H. Hara
- H. Harada
- H. Hiejima
- H. Kobayashi
- H. Lim
- H. Masui
- H. Ohnishi
- H. Okada
- H. Pei
- H. Pereira
- H. Qu
- H. Sako
- H. Torii
- H. Tsuruoka
- H. Tydesjö
- H. Valle
- H. Wang
- H.-Å. Gustafsson
- H.D. Sato
- H.J. Kim
- H.M. Hur
- H.W. van Hecke
- Heinz
- Heiselberg
- Hirano
- Hirano
- Huovinen
- Hwa
- Hwa
- I. Otterlund
- I. Ravinovich
- I. Shein
- I. Tserruya
- I. Younus
- I.D. Ojha
- I.E. Yushmanov
- I.G. Sibiriak
- I.J. Choi
- I.V. Sourikova
- Itoh
- J. Alexander
- J. Barrette
- J. Chang
- J. Chiba
- J. Choi
- J. Egdemir
- J. Gosset
- J. Jia
- J. Jin
- J. Kikuchi
- J. Lauret
- J. Mahon
- J. Milan
- J. Murata
- J. Newby
- J. Nystrand
- J. Park
- J. Rak
- J. Simon-Gillo
- J. Sziklai
- J. Thomas
- J. Tojo
- J. Velkovska
- J. Wessels
- J. Zimányi
- J.-C. Peng
- J.-S. Chai
- J.C. Hill
- J.D. Tepe
- J.E. Frantz
- J.G. Boissevain
- J.G. Lajoie
- J.H. Kang
- J.H. Thomas
- J.L. Drachenberg
- J.L. Nagle
- J.M. Burward-Hoy
- J.M. Heuser
- J.M. Moss
- J.M. Qualls
- J.P. Cussonneau
- J.P. Sullivan
- J.S. Haggerty
- J.T. Mitchell
- Jager
- Jeon
- K. Adcox
- K. Aoki
- K. Das
- K. Ebisu
- K. El Chenawi
- K. Haruna
- K. Hasuko
- K. Homma
- K. Imai
- K. Katou
- K. Kiyoyama
- K. Kurita
- K. Okada
- K. Oyama
- K. Ozawa
- K. Pope
- K. Reygers
- K. Shigaki
- K. Shoji
- K. Tanida
- K. Yagi
- K.F. Read
- K.H. Tanaka
- K.N. Barish
- K.S. Joo
- K.S. Sim
- Kajantie
- Kaneta
- Kaneta
- Karsch
- Karsch
- Karsch
- Kharzeev
- Kharzeev
- Kharzeev
- Kharzeev
- Klimov
- Kolb
- Kolb
- Kolb
- Korus
- Kostyuk
- Kovner
- Kozlov
- Krasnitz
- Krzywicki
- L. Aphecetche
- L. Ewell
- L. Isenhower
- L. Kochenda
- L. Nikkinen
- L. Paffrath
- L. Sanfratello
- L. Villatte
- L. Zolin
- L. Österman
- L.L. Chavez
- Laermann
- Lee
- Lee
- Lee
- Lev
- Levai
- Levai
- Li
- Li
- Lin
- Linde
- M. Chiu
- M. Csanád
- M. Germain
- M. Gonin
- M. Grosse Perdekamp
- M. Harvey
- M. Heffner
- M. Hibino
- M. Holmes
- M. Inaba
- M. Inuzuka
- M. Ishihara
- M. Issah
- M. Kaneta
- M. Kann
- M. Konno
- M. Kopytine
- M. Merschmeyer
- M. Messer
- M. Muniruzzaman
- M. Naglis
- M. Nara
- M. Nguyen
- M. Ono
- M. Pollack
- M. Reuter
- M. Rosati
- M. Sakai
- M. Shimomura
- M. Sivertz
- M. Stepanov
- M. Sugioka
- M. Suzuki
- M. Tamai
- M. Togawa
- M. Velkovsky
- M. Wagner
- M. Wysocki
- M.A. Volkov
- M.A.L. Leite
- M.C. McCain
- M.D. Malik
- M.D. Marx
- M.E. Sadler
- M.J. Bennett
- M.J. Kweon
- M.J. Leitch
- M.J. Tannenbaum
- M.K. Lee
- M.L. Brooks
- M.L. Purschke
- M.N. Hagiwara
- M.P. Comets
- M.R. Shaw
- M.S. Chung
- M.S. Ippolitov
- M.T. Bjorndal
- M.X. Liu
- Magestro
- Makhlin
- Matsui
- May
- Mitchell
- Molnar
- Mustafa
- Müller
- N. Bruner
- N. Grau
- N. Hayashi
- N. Kamihara
- N. Kurihara
- N. Saito
- N. Starinsky
- N. Tyurin
- N. Willis
- N.N. Ajitanand
- O. Dietzsch
- O. Drapier
- O. Jinnouchi
- O. Zaudkte
- O.O. Omiwade
- Owens
- P. Chand
- P. Chung
- P. Constantin
- P. Hidas
- P. Nilsson
- P. Pitukhin
- P. Rosnet
- P. Rukoyatkin
- P. Steinberg
- P. Tarján
- P.D. Barnes
- P.J. Kroon
- P.L. McGaughey
- P.W. Stankus
- Papp
- Peitzmann
- Plümer
- Pratt
- Pratt
- Pratt
- Qiu
- R. Amirikas
- R. Armendariz
- R. Averbeck
- R. Azmoun
- R. du Rietz
- R. Granier de Cassagnac
- R. Hayano
- R. Hobbs
- R. Kohara
- R. Lacey
- R. Santo
- R. Seto
- R. Vertesi
- R.A. Soltz
- R.E. Mischke
- R.K. Choudhury
- R.P. Pisani
- R.S. Towell
- Rai
- Rajagopal
- Rak
- Rapp
- Rapp
- Rapp
- Retiere
- Rischke
- Roberts
- Ruuskanen
- S. Afanasiev
- S. Bathe
- S. Batsouli
- S. Belikov
- S. Bhagavatula
- S. Borenstein
- S. Botelho
- S. Butsyk
- S. Chernichenko
- S. Esumi
- S. Gadrat
- S. Garpman
- S. Kametani
- S. Kelly
- S. Klinksiek
- S. Leckey
- S. Lee
- S. Markacs
- S. Mioduszewski
- S. Nagamiya
- S. Nishimura
- S. Sakai
- S. Sato
- S. Sawada
- S. Skutnik
- S. Takagi
- S. Yokkaichi
- S. Zhou
- S.-Y. Fung
- S.C. Johnson
- S.F. Pate
- S.H. Aronson
- S.J. Zhou
- S.K. Gupta
- S.K. Mark
- S.K. Tuli
- S.L. Fokin
- S.N. White
- S.P. Sorensen
- S.P. Stoll
- S.S. Adler
- S.S. Kapoor
- S.S. Ryu
- S.S.E. Rosendahl
- S.T. Belyaev
- S.V. Greene
- S.Y. Kim
- Schnedermann
- Shuryak
- Shuryak
- Shuryak
- Sinyukov
- Soff
- Soff
- Sorge
- T. Christ
- T. Chujo
- T. Csörgő
- T. Dahms
- T. Ferdousi
- T. Gunji
- T. Hachiya
- T. Horaguchi
- T. Ichihara
- T. Isobe
- T. Kawabata
- T. Kawagishi
- T. Kohama
- T. Matsumoto
- T. Nakamura
- T. Peitzmann
- T. Sakaguchi
- T. Sakuma
- T. Shiina
- T. Shohjoh
- T. Sugitate
- T. Tabaru
- T. Ushiroda
- T.-A. Shibata
- T.A. Carey
- T.C. Awes
- T.C. Sangster
- T.E. Miller
- T.J. Uam
- T.K. Ghosh
- T.K. Hemmick
- T.K. Shea
- T.L. Thomas
- T.V. Moukhanova
- Tannenbaum
- Teaney
- Teaney
- Thews
- Thews
- Topor Pop
- Turbide
- V. Babintsev
- V. Baublis
- V. Bumazhnov
- V. Cianciolo
- V. Dzhordzhadze
- V. Kochetkov
- V. Ladygin
- V. Onuchin
- V. Pantuev
- V. Papavassiliou
- V. Penev
- V. Peresedov
- V. Riabov
- V. Samsonov
- V. Semenov
- V. Singh
- V. Veszprémi
- V.-N. Tram
- V.I. Manko
- V.L. Rykov
- V.V. Ikonnikov
- Van Hove
- Vitev
- Vitev
- Vitev
- Vitev
- Voloshin
- W. Guryn
- W. Holzmann
- W. Tian
- W. Xie
- W.A. Zajc
- W.C. Chang
- W.C. Smith
- W.E. Sondheim
- W.J. Park
- W.W. Kinnison
- W.Y. Jang
- Wang
- Wang
- Wang
- Wang
- Wang
- Wang
- Wang
- Wang
- Wang
- Wang
- Webber
- Weldon
- Wilson
- X. Camard
- X. He
- X. Liu
- X. Zong
- X.H. Li
- X.R. Wang
- Y. Akiba
- Y. Arai
- Y. Berdnikov
- Y. Cobigo
- Y. Fukao
- Y. Goto
- Y. Jeong
- Y. Kuroki
- Y. Kwon
- Y. Le Bornec
- Y. Liu
- Y. Mao
- Y. Miake
- Y. Nagasaka
- Y. Nagata
- Y. Nakada
- Y. Riabov
- Y. Schutz
- Y. Sumi
- Y. Tanaka
- Y. Tsuchimoto
- Y. Watanabe
- Y. Yang
- Y.-S. Kim
- Y.G. Kim
- Y.H. Shin
- Y.I. Makdisi
- Y.V. Efremenko
- Z. Fraenkel
- Z. Li
- Z. Liu
- Z. Sun
- Z. Zhang
- Zakharov
- Zschiesche
- Publication venue
- 'Elsevier BV'
- Publication date
- 01/01/2005
- Field of study
Extensive experimental data from high-energy nucleus-nucleus collisions were
recorded using the PHENIX detector at the Relativistic Heavy Ion Collider
(RHIC). The comprehensive set of measurements from the first three years of
RHIC operation includes charged particle multiplicities, transverse energy,
yield ratios and spectra of identified hadrons in a wide range of transverse
momenta (p_T), elliptic flow, two-particle correlations, non-statistical
fluctuations, and suppression of particle production at high p_T. The results
are examined with an emphasis on implications for the formation of a new state
of dense matter. We find that the state of matter created at RHIC cannot be
described in terms of ordinary color neutral hadrons.Comment: 510 authors, 127 pages text, 56 figures, 1 tables, LaTeX. Submitted
to Nuclear Physics A as a regular article; v3 has minor changes in response
to referee comments. Plain text data tables for the points plotted in figures
for this and previous PHENIX publications are (or will be) publicly available
at http://www.phenix.bnl.gov/papers.htm
Correlated Production of p and p^bar in Au+Au Collisions at sqrt(s_NN) = 200 GeV
- Author
- A. Adare
- A. Al-Jamel
- A. Baldisseri
- A. Bazilevsky
- A. Churyn
- A. Denisov
- A. Deshpande
- A. Dion
- A. Drees
- A. Durum
- A. Enokizono
- A. Franz
- A. Glenn
- A. Hadj Henni
- A. Isupov
- A. Khanzadeev
- A. Kiss
- A. Kiyomichi
- A. Kozlov
- A. Kravitz
- A. Král
- A. Lebedev
- A. Litvinenko
- A. Malakhov
- A. Milov
- A. Morreale
- A. Oskarsson
- A. Rakotozafindrabe
- A. Romana
- A. Shevel
- A. Sickles
- A. Soldatov
- A. Ster
- A. Taketani
- A. Taranenko
- A. Toia
- A. Yanovich
- A.A. Bickley
- A.A. Vinogradov
- A.D. Frawley
- A.K. Dubey
- A.K. Purwar
- A.P.T. Palounek
- A.S. Nyanin
- A.V. Kazantsev
- Abreu
- Adams
- Adams
- Adcox
- Adler
- Adler
- Adler
- Adler
- Adler
- Adler
- Adler
- Adler
- Adler
- Adler
- Adler
- Adler
- Adler
- B. Azmoun
- B. Bassalleck
- B. Espagnon
- B. Forestier
- B. Hong
- B. Komkov
- B. Lenzi
- B. Love
- B. Sahlmueller
- B.A. Cole
- B.E. Norman
- B.M. Johnson
- B.S. Chang
- B.V. Jacak
- Berman
- Blankenbecler
- Brodsky
- C. Aidala
- C. Haegemann
- C. Klein-Boesing
- C. Pinkenburg
- C. Silvestre
- C. Suire
- C. Vale
- C. Zhang
- C.A. Ogilvie
- C.F. Maguire
- C.L. Silva
- C.L. Woody
- C.P. Singh
- C.R. Cleven
- C.Y. Chi
- D. Bucher
- D. d'Enterria
- D. Hornback
- D. Isenhower
- D. Jouan
- D. Kawall
- D. Kotchetkov
- D. Lynch
- D. Mukhopadhyay
- D. Pal
- D. Sharma
- D. Silvermyr
- D. Walker
- D. Winter
- D.E. Fields
- D.H. Kim
- D.J. Kim
- D.M. Lee
- D.P. Morrison
- D.S. Brown
- D.Yu. Peressounko
- E. Haslum
- E. Kim
- E. Kinney
- E. Kistenev
- E. O'Brien
- E. Stenlund
- E. Vznuzdaev
- E.J. Desmond
- E.M. Takagui
- E.P. Hartouni
- E.T. Atomssa
- Eskola
- F. Bauer
- F. Ellinghaus
- F. Fleuret
- F. Gastineau
- F. Kajihara
- F. Matathias
- F. Staley
- Fries
- Fries
- Fries
- G. Baksay
- G. Bunce
- G. David
- G. Roche
- G.C. Mishra
- G.J. Kunde
- G.R. Young
- G.S. Kyle
- Greco
- H. Al-Bataineh
- H. Borel
- H. Buesching
- H. Delagrange
- H. En'yo
- H. Gong
- H. Hamagaki
- H. Harada
- H. Hiejima
- H. Kanou
- H. Lim
- H. Masui
- H. Ohnishi
- H. Okada
- H. Pei
- H. Pereira
- H. Qu
- H. Sakata
- H. Torii
- H. Tydesjö
- H. Valle
- H.D. Sato
- H.W. van Hecke
- H.Å. Gustafsson
- Hirano
- Hwa
- I. Garishvili
- I. Nakagawa
- I. Otterlund
- I. Ravinovich
- I. Shein
- I. Tserruya
- I. Younus
- I.D. Ojha
- I.E. Yushmanov
- I.J. Choi
- I.V. Sourikova
- J. Alexander
- J. Asai
- J. Chiba
- J. Egdemir
- J. Gosset
- J. Jia
- J. Jin
- J. Kamin
- J. Kikuchi
- J. Klay
- J. Kubart
- J. Murata
- J. Newby
- J. Nystrand
- J. Park
- J. Rak
- J. Seele
- J. Sziklai
- J. Tojo
- J. Velkovska
- J. Wessels
- J. Ying
- J. Zimányi
- J.-C. Peng
- J.-L. Charvet
- J.-S. Chai
- J.C. Hill
- J.E. Frantz
- J.G. Boissevain
- J.G. Lajoie
- J.H. Kang
- J.L. Drachenberg
- J.L. Nagle
- J.M. Burward-Hoy
- J.M. Heuser
- J.M. Moss
- J.P. Sullivan
- J.S. Haggerty
- J.T. Mitchell
- K. Aoki
- K. Boyle
- K. Das
- K. Dehmelt
- K. Fujiwara
- K. Haruna
- K. Hasuko
- K. Homma
- K. Imai
- K. Kurita
- K. Miki
- K. Nakano
- K. Okada
- K. Ozawa
- K. Reygers
- K. Shigaki
- K. Shoji
- K. Tanida
- K.F. Read
- K.H. Tanaka
- K.N. Barish
- K.O. Eyser
- K.S. Joo
- K.S. Sim
- L. Aphecetche
- L. Baksay
- L. Isenhower
- L. Kochenda
- L. Mašek
- L. Tomášek
- L. Zolin
- M. Chiu
- M. Csanád
- M. Donadelli
- M. Finger
- M. Germain
- M. Gonin
- M. Grosse Perdekamp
- M. Harvey
- M. Heffner
- M. Hohlmann
- M. Holmes
- M. Inaba
- M. Ishihara
- M. Issah
- M. Kaneta
- M. Konno
- M. McCumber
- M. Mishra
- M. Mitrovski
- M. Naglis
- M. Nguyen
- M. Oka
- M. Ouchida
- M. Reuter
- M. Rosati
- M. Shimomura
- M. Slunečka
- M. Stepanov
- M. Togawa
- M. Virius
- M. Wagner
- M. Wysocki
- M.A.L. Leite
- M.B. Deaton
- M.C. McCain
- M.D. Malik
- M.G. Hur
- M.J. Kweon
- M.J. Leitch
- M.J. Tannenbaum
- M.K. Lee
- M.L. Brooks
- M.L. Purschke
- M.N. Hagiwara
- M.P. Comets
- M.T. Bjorndal
- M.X. Liu
- N. Grau
- N. Kamihara
- N. Kurihara
- N. Saito
- N. Tyurin
- N. Willis
- N.N. Ajitanand
- O. Dietzsch
- O. Drapier
- O. Jinnouchi
- O. Zaudtke
- O.O. Omiwade
- P. Chung
- P. Constantin
- P. Mikeš
- P. Rosnet
- P. Rukoyatkin
- P. Tarján
- P.D. Barnes
- P.J. Kroon
- P.L. McGaughey
- P.W. Stankus
- Poskanzer
- R. Armendariz
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- R. Bennett
- R. Granier de Cassagnac
- R. Han
- R. Hayano
- R. Hobbs
- R. Lacey
- R. Pak
- R. Seidl
- R. Seto
- R. Vertesi
- R.A. Soltz
- R.P. Pisani
- R.S. Towell
- S. Afanasiev
- S. Bathe
- S. Batsouli
- S. Belikov
- S. Butsyk
- S. Campbell
- S. Chernichenko
- S. Esumi
- S. Gadrat
- S. Kametani
- S. Kelly
- S. Leckey
- S. Mioduszewski
- S. Nagamiya
- S. Rembeczki
- S. Sakai
- S. Sato
- S. Sawada
- S. Skutnik
- S. Takagi
- S. Yokkaichi
- S. Zhou
- S.-Y. Fung
- S.F. Pate
- S.H. Aronson
- S.K. Tuli
- S.L. Fokin
- S.N. White
- S.P. Sorensen
- S.P. Stoll
- S.S. Ryu
- S.S.E. Rosendahl
- S.V. Greene
- S.X. Oda
- T. Chujo
- T. Csörgő
- T. Dahms
- T. Fusayasu
- T. Gunji
- T. Hachiya
- T. Hester
- T. Horaguchi
- T. Ichihara
- T. Isobe
- T. Kawagishi
- T. Lee
- T. Liška
- T. Nakamura
- T. Sakaguchi
- T. Shohjoh
- T. Sugitate
- T. Tabaru
- T.-A. Shibata
- T.C. Awes
- T.E. Miller
- T.K. Hemmick
- T.K. Shea
- T.L. Thomas
- T.V. Moukhanova
- Teaney
- Topor Pop
- V. Babintsev
- V. Baublis
- V. Bumazhnov
- V. Cianciolo
- V. Dzhordzhadze
- V. Kochetkov
- V. Pantuev
- V. Papavassiliou
- V. Peresedov
- V. Riabov
- V. Samsonov
- V. Semenov
- V. Singh
- V. Vrba
- V.-N. Tram
- V.I. Manko
- V.L. Rykov
- Vitev
- W. Holzmann
- W. Xie
- W.A. Zajc
- W.C. Smith
- W.E. Sondheim
- W.J. Park
- W.S. Emam
- Wang
- X. He
- X. Li
- X.H. Li
- X.R. Wang
- Y. Akiba
- Y. Berdnikov
- Y. Cobigo
- Y. Fukao
- Y. Goto
- Y. Inoue
- Y. Kwon
- Y. Le Bornec
- Y. Mao
- Y. Miake
- Y. Nagata
- Y. Nakamiya
- Y. Riabov
- Y. Tanaka
- Y. Tsuchimoto
- Y. Watanabe
- Y. Yamaguchi
- Y.-S. Kim
- Y.-S. Lai
- Y.I. Makdisi
- Y.V. Efremenko
- Z. Fraenkel
- Z. Yasin
- Publication venue
- 'Elsevier BV'
- Publication date
- 13/11/2006
- Field of study
Correlations between p and pbar's at transverse momenta typical of enhanced
baryon production in Au+Au collisions are reported. The PHENIX experiment
measures same and opposite sign baryon pairs in Au+Au collisions at sqrt(s_NN)
= 200 GeV. Correlated production of p and p^bar with the trigger particle from
the range 2.5 < p_T < 4.0 GeV/c and the associated particle with 1.8 < p_T <
2.5 GeV/c is observed to be nearly independent of the centrality of the
collisions. Same sign pairs show no correlation at any centrality. The
conditional yield of mesons triggered by baryons (and anti-baryons) and mesons
in the same pT range rises with increasing centrality, except for the most
central collisions, where baryons show a significantly smaller number of
associated mesons. These data are consistent with a picture in which hard
scattered partons produce correlated p and p^bar in the p_T region of the
baryon excess.Comment: 420 authors from 58 institutions, 21 pages,5 figures. Submitted to
Physics Letters B. Plain text data tables for the points plotted in figures
for this and previous PHENIX publications are (or will be) publicly available
at http://www.phenix.bnl.gov/papers.htm
Estimativas de parâmetros genéticos e de ganhos direto e indireto à seleção para características de crescimento de machos e fêmeas da raça Canchim
- Author
- ALENCAR M.M.
- ALENCAR M.M.
- ALENCAR M.M.
- BOLDMAN K.
- CRUZ G.M.
- ELER J.P.
- FREITAS A.R.
- FRIES L.A.
- GARNERO A.V.
- GIANLORENÇO V.K.
- MARCONDES C.R.
- MASCIOLI A.S.
- MASCIOLI A.S.
- MASCIOLI A.S.
- Maurício Mello de Alencar
- MELLO S.P.
- MUNIZ C.A.S.D.
- OLIVEIRA J.A.
- OLIVEIRA J.A.
- OLIVEIRA J.A.
- ORTIZ PEÑA C.D.
- ORTIZ PEÑA C.D.
- Pedro Franklin Barbosa
- RIBEIRO M.N.
- ROSA A.N.
- ROSA A.N.
- SILVA A.M.
- SIMONELLI S.M.
- TALHARI F.M.
- Viviane Martha de Castro-Pereira
- WILLHAM R.L.
- Publication venue
- 'FapUNIFESP (SciELO)'
- Publication date
- Field of study
Efeito de raça e heterose para características de carcaça de novilhos da primeira geração de cruzamento entre Charolês e Nelore
- Author
- ALENCAR M.M.
- ARNOLD J.W.
- ARTHUR P.F.
- BAKER J.F.
- BARBER K.A.
- DeROUEN S.M.
- DeROUEN S.M.
- Fabiano Nunes Vaz
- FEIJÓ G.L.D.
- FLORES J.L.C.
- FRIES L.A.
- GALVÃO J.G.C.
- GONÇALVES L.C.
- HANKINS O.G.
- JOHNSTON D.J.
- João Restle
- KOGER M.
- LONG C.R.
- MARSHALL D.M.
- MARSHALL T.T.
- MOLETTA J.L.
- MULLER L.
- NEVILLE JR. W.E.
- OLSON L.W.
- PEROBELLI Z.V.
- PEROBELLI Z.V.
- PEROTTO D.
- PRESTON T.R.
- RESTLE J.
- RESTLE J.
- RESTLE J.
- RESTLE J.
- RESTLE J.
- RESTLE J.
- RESTLE J.
- SLANGER W.D.
- URICK J.J.
- WHEELER T.L.
- Publication venue
- 'FapUNIFESP (SciELO)'
- Publication date
- Field of study
Search for Tensor, Vector, and Scalar Polarizations in the Stochastic Gravitational-Wave Background
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- Abbott R.
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- Zhang Y-H.
- Zhao C.
- Zhou M.
- Zhou Z.
- Zhu S.J.
- Zhu X.J.
- Zucker M.E.
- Zweizig J.
- Publication venue
- College Park, MD : American Physical Society
- Publication date
- 01/01/2018
- Field of study
The detection of gravitational waves with Advanced LIGO and Advanced Virgo has enabled novel tests of general relativity, including direct study of the polarization of gravitational waves. While general relativity allows for only two tensor gravitational-wave polarizations, general metric theories can additionally predict two vector and two scalar polarizations. The polarization of gravitational waves is encoded in the spectral shape of the stochastic gravitational-wave background, formed by the superposition of cosmological and individually unresolved astrophysical sources. Using data recorded by Advanced LIGO during its first observing run, we search for a stochastic background of generically polarized gravitational waves. We find no evidence for a background of any polarization, and place the first direct bounds on the contributions of vector and scalar polarizations to the stochastic background. Under log-uniform priors for the energy in each polarization, we limit the energy densities of tensor, vector, and scalar modes at 95% credibility to Ω0T<5.58×10-8, Ω0V<6.35×10-8, and Ω0S<1.08×10-7 at a reference frequency f0=25 Hz. © 2018 American Physical Society
Viabilidade de embriões vitrificados oriundos da fertilização in vitro de oócitos de vacas suplementadas com canola
- Author
- ABE H.
- ALBUQUERQUE K.P.
- AMBROSE D.J.
- ARAV A.
- ARMSTRONG D.T.
- C.G. Zancheta
- CAPOVILLA L.C.T.
- CAVALIERI F.L.B.
- DE FRIES C.A.
- F.L.B. Cavalieri
- GARCIA-BAJALIL C.M.
- HAWKINS D.E.
- HOLM P.
- IMAI K.
- K. Albuquerque
- L.P. Rigolon
- LAMMOGLIA M.A.
- LAOWTAMMATHRON C.
- M.B. Seko
- M.C.N. Domingues
- MATTOS R.
- MULLER M.
- NELDER J.A.
- NOLAN R.
- PEREIRA R.M.
- PETIT H.V.
- PRESTES N.C.
- RIZOS D.
- RYAN D.P.
- SHAW D.W.
- SHU Y.
- SON J.
- STAPLES C.R.
- STUBBS C.D.
- SÁ W.F.
- THOMAS M.G.
- TOMINAGA K.
- TWAGIRAUMNGU H.
- VAN SOOM
- WILLIAMS G.L.
- ZERON Y.
- Publication venue
- 'FapUNIFESP (SciELO)'
- Publication date
- Field of study
The present and future of QCD
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- Adhikari D.
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- Afzal F.
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- Averett T.
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- Boer M.
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- Brandenburg J.D.
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- Burkert V.D.
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- Cali I.A.
- Camsonne A.
- Carman D.S.
- Caylor J.
- Cerci D.S.
- Cerci S.
- Chamizo Llatas M.
- Chatterjee S.
- Chen J.P.
- Chen Y.
- Chen Y.-C.
- Chien Y.-T.
- Chou P.-C.
- Chu X.
- Chudakov E.
- Cline E.
- Cloët I.C.
- Cole P.L.
- Connors M.E.
- Constantinou M.
- Cosyn W.
- Covrig Dusa S.
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- Deur A.
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- Downie E.J.
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- Dumitru A.
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- Döring M.
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- Ehlers R.J.
- El Fassi L.
- Elaasar M.
- Elouadrhiri L.
- Engelhardt M.
- Ent R.
- Esumi S.
- Evdokimov O.
- Eyser O.
- Fanelli C.
- Fatemi R.
- Fernando I.P.
- Flor F.A.
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- Frawley A.D.
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- Gamage B.R.
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- Hattawy M.
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- Hen O.
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- Higinbotham D.W.
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- Holmstrom T.
- Hong B.
- Horn T.
- Howell C.R.
- Huang H.Z.
- Huang M.
- Huang S.
- Huber G.M.
- Hyde C.E.
- Isupov E.L.
- Jacobs P.M.
- Jalilian-Marian J.
- Jentsch A.
- Jheng H.
- Ji C.-R.
- Ji X.
- Jia J.
- Jones D.C.
- Jones M.K.
- Joosten S.
- Kalantarians N.
- Kalicy G.
- Kang Z.B.
- Karthein J.M.
- Keller D.
- Keppel C.
- Khachatryan V.
- Kharzeev D.E.
- Kim H.
- Kim M.
- Kim Y.
- King P.M.
- Kinney E.
- Klein S.R.
- Ko H.S.
- Koch V.
- Kohl M.
- Kovchegov Y.V.
- Krintiras G.K.
- Kubarovsky V.
- Kuhn S.E.
- Kumar K.S.
- Kutz T.
- Lajoie J.G.
- Lauret J.
- Lavrukhin I.
- Lawrence D.
- Lee J.H.
- Lee K.
- Lee S.
- Lee Y.-J.
- Li S.
- Li W.
- Li Xiaqing
- Li Xuan
- Liao J.
- Lin H.-W.
- Lisa M.A.
- Liu K.-F.
- Liu M.X.
- Liu T.
- Liuti S.
- Liyanage N.
- Llope W.J.
- Loizides C.
- Longo R.
- Lorenzon W.
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- Luo X.
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- Metz A.
- Meyer C.A.
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- Mohanmurthy P.
- Mohanty B.
- Mokeev V.I.
- Moon D.H.
- Mooney I.A.
- Morningstar C.
- Morrison D.P.
- Mukherjee S.
- Mulligan J.
- Munoz Camacho C.
- Murillo Quijada J.A.
- Murray M.J.
- Müller B.
- Nadeeshani S.A.
- Nadel-Turonski P.
- Nam J.D.
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- Noronha J.
- Noronha-Hostler J.
- Novitzky N.
- Nycz M.
- Olness F.I.
- Osborn J.D.
- Pak R.
- Pandey B.
- Paolone M.
- Papandreou Z.
- Paquet J.-F.
- Park S.
- Paschke K.D.
- Pasquini B.
- Pasyuk E.
- Patel T.
- Patton A.
- Paudel C.
- Peng C.
- Peng J.C.
- Pereira Da Costa H.
- Perepelitsa D.V.
- Peters M.J.
- Petreczky P.
- Pisarski R.D.
- Pitonyak D.
- Ploskon M.A.
- Posik M.
- Poudel J.
- Pradhan R.
- Prokudin A.
- Pruneau C.A.
- Puckett A.J.R.
- Pujahari P.
- Putschke J.
- Pybus J.R.
- Qiu J.-W.
- Rajagopal K.
- Ratti C.
- Read K.F.
- Reed R.
- Richards D.G.
- Riedl C.
- Ringer F.
- Rinn T.
- Rittenhouse West J.
- Roche J.
- Rodas A.
- Roland G.
- Romero-López F.
- Rossi P.
- Rostomyan T.
- Ruan L.
- Ruimi O.M.
- Saha N.R.
- Sahoo N.R.
- Sakaguchi T.
- Salazar F.
- Salgado C.W.
- Salmè G.
- Salur S.
- Santiesteban S.N.
- Sargsian M.M.
- Sarsour M.
- Sato N.
- Satogata T.
- Sawada S.
- Scheihing-Hitschfeld B.
- Schenke B.
- Schindler S.T.
- Schmidt A.
- Schäfer T.
- Seidl R.
- Shabestari M.H.
- Shanahan P.E.
- Shen C.
- Sheng T.-A.
- Shepherd M.R.
- Sickles A.M.
- Sievert M.D.
- Smith K.L.
- Song Y.
- Sorensen A.
- Souder P.A.
- Sparveris N.
- Srednyak S.
- Stahl Leiton A.G.
- Stasto A.M.
- Steinberg P.
- Stepanyan S.
- Stephanov M.
- Stevens J.R.
- Stewart D.J.
- Stewart I.W.
- Stojanovic M.
- Strakovsky I.
- Strauch S.
- Strickland M.
- Sunar Cerci D.
- Suresh M.
- Surrow B.
- Syritsyn S.
- Szczepaniak A.P.
- Tadepalli A.S.
- Tang A.H.
- Tapia Takaki J.D.
- Tarnowsky T.J.
- Tawfik A.N.
- Taylor M.I.
- Tennant C.
- Thiel A.
- Thomas D.
- Tian Y.
- Timmins A.R.
- Tribedy P.
- Tu Z.
- Tuo S.
- Ullrich T.
- Umaka E.
- Upton D.W.
- Vary J.P.
- Velkovska J.
- Venugopalan R.
- Vijayakumar A.
- Vitev I.
- Vogelsang W.
- Vogt R.
- Vossen A.
- Voutier E.
- Vovchenko V.
- Walker-Loud A.
- Wang F.
- Wang J.
- Wang X.
- Wang X.-N.
- Weinstein L.B.
- Wenaus T.J.
- Weyhmiller S.
- Wissink S.W.
- Wojtsekhowski B.
- Wong C.P.
- Wood M.H.
- Wunderlich Y.
- Wyslouch B.
- Xiao B.W.
- Xie W.
- Xiong W.
- Xu N.
- Xu Q.H.
- Xu Z.
- Yaari D.
- Yao X.
- Ye Z.
- Ye Z.H.
- Yero C.
- Yuan F.
- Zajc W.A.
- Zhang C.
- Zhang J.
- Zhao F.
- Zhao Y.
- Zhao Z.W.
- Zheng X.
- Zhou J.
- Zurek M.
- Publication venue
- Elsevier
- Publication date
- 22/04/2024
- Field of study
This White Paper presents an overview of the current status and future perspective of QCD research, based on the community inputs and scientific conclusions from the 2022 Hot and Cold QCD Town Meeting. We present the progress made in the last decade toward a deep understanding of both the fundamental structure of the sub-atomic matter of nucleon and nucleus in cold QCD, and the hot QCD matter in heavy ion collisions. We identify key questions of QCD research and plausible paths to obtaining answers to those questions in the near future, hence defining priorities of our research over the coming decades
On the progenitor of binary neutron star merger GW170817
- Author
- Abbott B.P.
- Abbott R.
- Abbott T.D.
- Acernese F.
- Ackley K.
- Adams C.
- Adams T.
- Addesso P.
- Adhikari R.X.
- Adya V.B.
- Affeldt C.
- Afrough M.
- Agarwal B.
- Agathos M.
- Agatsuma K.
- Aggarwal N.
- Aguiar O.D.
- Aiello L.
- Ain A.
- Ajith P.
- Allen B.
- Allen G.
- Allocca A.
- Altin P.A.
- Amato A.
- Ananyeva A.
- Anderson S.B.
- Anderson W.G.
- Angelova S.V.
- Antier S.
- Appert S.
- Arai K.
- Araya M.C.
- Areeda J.S.
- Arnaud N.
- Arun K.G.
- Ascenzi S.
- Ashton G.
- Ast M.
- Aston S.M.
- Astone P.
- Atallah D.V.
- Aufmuth P.
- Aulbert C.
- AultONeal K.
- Austin C.
- Avila-Alvarez A.
- Babak S.
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- Wittel H.
- Woan G.
- Woehler J.
- Wofford J.
- Wong K.W.K.
- Worden J.
- Wright J.L.
- Wu D.S.
- Wysocki D.M.
- Xiao S.
- Yamamoto H.
- Yancey C.C.
- Yang L.
- Yap M.J.
- Yazback M.
- Yu H.
- Yu H.
- Yvert M.
- Zadrożny A.
- Zanolin M.
- Zelenova T.
- Zendri J.-P.
- Zevin M.
- Zhang L.
- Zhang M.
- Zhang T.
- Zhang Y.-H.
- Zhao C.
- Zhou M.
- Zhou Z.
- Zhu S.J.
- Zhu X.J.
- Zucker M.E.
- Zweizig J.
- Álvarez M.D.
- Publication venue
- American Astronomical Society
- Publication date
- 01/12/2017
- Field of study
On 2017 August 17 the merger of two compact objects with masses consistent with two neutron stars was discovered through gravitational-wave (GW170817), gamma-ray (GRB 170817A), and optical (SSS17a/AT 2017gfo) observations. The optical source was associated with the early-type galaxy NGC 4993 at a distance of just ∼40 Mpc, consistent with the gravitational-wave measurement, and the merger was localized to be at a projected distance of ∼2 kpc away from the galaxy's center. We use this minimal set of facts and the mass posteriors of the two neutron stars to derive the first constraints on the progenitor of GW170817 at the time of the second supernova (SN). We generate simulated progenitor populations and follow the three-dimensional kinematic evolution from binary neutron star (BNS) birth to the merger time, accounting for pre-SN galactic motion, for considerably different input distributions of the progenitor mass, pre-SN semimajor axis, and SN-kick velocity. Though not considerably tight, we find these constraints to be comparable to those for Galactic BNS progenitors. The derived constraints are very strongly influenced by the requirement of keeping the binary bound after the second SN and having the merger occur relatively close to the center of the galaxy. These constraints are insensitive to the galaxy's star formation history, provided the stellar populations are older than 1 Gyr
P1.44 Neuromuscular junction abnormalities and myotubular myopathy
- Publication venue
- 'Elsevier BV'
- Publication date
- 01/10/2010
- Field of study
International audienc
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