13 research outputs found
A Next-Generation Liquid Xenon Observatory for Dark Matter and Neutrino Physics
- Author
- Aalbers J.
- AbdusSalam S. S.
- Abe K.
- Aerne V.
- Agostini F.
- Akerib D. S.
- Akimov D. Y.
- Akshat J.
- Alder F.
- Alsum S. K.
- Althueser L.
- Amarasinghe C. S.
- Amaro F. D.
- Ames A.
- Anderson T. J.
- Andrieu B.
- Angelides N.
- Angelino E.
- Angevaare J.
- Antochi V. C.
- AntunoviÄ Biljana
- Aprile E.
- AraĂșjo H. M.
- Armstrong J. E.
- Arneodo F.
- Arthurs M.
- Asadi P.
- Asamar E. Lopez
- Baek S.
- Bai X.
- Bajpai D.
- Baker A.
- Balajthy J.
- Balashov S.
- Balzer M.
- Bandyopadhyay A.
- Bang J.
- Barberio E.
- Bargemann J. W.
- Baudis L.
- Bauer D.
- Baur D.
- Baxter A.
- Baxter A. L.
- Bazyk M.
- Beattie K.
- Behrens J.
- Bell N. F.
- Bellagamba L.
- Beltrame P.
- Benabderrahmane M.
- Bernard E. P.
- Bertone G. F.
- Bhattacharjee P.
- Bhatti A.
- Biekert A.
- Biesiadzinski T. P.
- Binau A. R.
- Biondi R.
- Biondi Y.
- Birch H. J.
- Bishara F.
- Bismark A.
- Blanco C.
- Blockinger G. M.
- Bodnia E.
- Boehm C.
- Bolozdynya A. I.
- Bolton P. D.
- Bottaro S.
- Bourgeois C.
- Boxer B.
- Breskin A.
- Breur P. A.
- Brew C. A. J.
- Brod J.
- Brookes E.
- Brown A.
- Brown E.
- Bruenner S.
- Bruno G.
- BrĂĄs P.
- Budnik R.
- Bui T. K.
- Burdin S.
- Buse S.
- Busenitz J. K.
- Buttazzo D.
- Buuck M.
- Buzulutskov A.
- Cabrita R.
- Cai C.
- Cai D.
- Capelli C.
- Cardoso J. M. R.
- Carmona-Benitez M. C.
- Cascella M.
- Catena R.
- Chakraborty S.
- Chan C.
- Chang S.
- Chauvin A.
- Chavez A. Cimental
- Chawla A.
- Chen H.
- Chepel V.
- Chott N. I.
- Cichon D.
- Cimmino B.
- Clark M.
- Co R. T.
- Colijn A. P.
- Conrad J.
- Converse M. V.
- Costa M.
- Cottle A.
- Cox G.
- Creaner O.
- Cussonneau J. P.
- Cutter J. E.
- Dahl C. E.
- David A.
- Decowski M. P.
- Dent J. B.
- Deppisch F. F.
- Dierle J.
- Diglio S.
- Dobson J. E. Y.
- Doerenkamp M.
- Douillet D.
- Drexlin G.
- Druszkiewicz E.
- Dunsky D.
- DâAndrea V.
- Eissing H. Schulze
- Eitel K.
- Elykov A.
- Emken T.
- Engel R.
- Eriksen S. R.
- Fairbairn M.
- Fan A.
- Fan J. J.
- Farrell S. J.
- Fayer S.
- Fearon N. M.
- Ferella A.
- Ferrari C.
- Fieguth A.
- Fieguth A.
- Fiorucci S.
- Fischer H.
- Flaecher H.
- Flierman M.
- Florek T.
- Foot R.
- Fox P. J.
- Franceschini R.
- Fraser E. D.
- Frenk C. S.
- Frohlich S.
- Fruth T.
- Fulgione W.
- Fuselli C.
- Gaemers P.
- Gaior R.
- Gaitskell R. J.
- Galloway M.
- Gangi P. Di
- Gao F.
- Garcia I. Garcia
- Garcia J. J. Cuenca
- GarcĂa D. RamĂrez
- Genovesi J.
- Ghag C.
- Ghosh S.
- Gibson E.
- Gil W.
- Giovagnoli D.
- Giovanni A. Di
- Girard F.
- Glade-Beucke R.
- GlĂŒck F.
- Gokhale S.
- GouvĂȘa A. de
- Grandi L.
- Grigat J.
- Grinstein B.
- Grinten M. G. D. van der
- GrĂĄf L.
- Grössle R.
- Guan H.
- Guida M.
- Gumbsheimer R.
- Gwilliam C. B.
- Hall C. R.
- Hall L. J.
- Hammann R.
- Han K.
- Hannen V.
- Hansmann-Menzemer S.
- Harata R.
- Hardin S. P.
- Hardy C. A.
- Hardy E.
- Harigaya K.
- Harnik R.
- Haselschwardt S. J.
- Hernandez M.
- Hertel S. A.
- Higuera A.
- Hils C.
- Hochrein S.
- Hoetzsch L.
- Hoferichter M.
- Hood N.
- Hooper D.
- Horn M.
- Howlett J.
- Huang D. Q.
- Huang Y.
- Hunt D.
- Iacovacci M.
- Iaquaniello G.
- Ide R.
- Ignarra C. M.
- Iloglu G.
- Itow Y.
- Jacquet E.
- Jahangir O.
- Jakob J.
- James R. S.
- Jansen A.
- Ji W.
- Ji X.
- Joerg F.
- Johnson J.
- Joy A.
- Kaboth A. C.
- Kalhor L.
- Kamaha A. C.
- Kanezaki K.
- Kar K.
- Kara M.
- Kato N.
- Kavrigin P.
- Kazama S.
- Keaveney A. W.
- Kellerer J.
- Khaitan D.
- Khazov A.
- Khundzakishvili G.
- Khurana I.
- Kilminster B.
- Kleifges M.
- Ko P.
- Kobayashi M.
- Kodroff D.
- Koltmann G.
- Kopec A.
- Kopmann A.
- Kopp J.
- Korley L.
- Kornoukhov V. N.
- Korolkova E. V.
- Kraus H.
- Krauss L. M.
- Kravitz S.
- Kreczko L.
- Krosigk B. von
- Kudryavtsev V. A.
- Kuger F.
- Kumar J.
- LaCascio L.
- Laha R.
- Laine Q.
- Landsman H.
- Lang R. F.
- Lavina L. Scotto
- Leason E. A.
- Lee J.
- Leonard D. S.
- Lesko K. T.
- Levinson L.
- Levy C.
- Li I.
- Li S. C.
- Li T.
- Liang S.
- Liebenthal C. S.
- Lin J.
- Lin Q.
- Lindemann S.
- Lindner M.
- Lindote A.
- Linehan R.
- Lippincott W. H.
- Liu J.
- Liu K.
- Liu X.
- Loizeau J.
- Lombardi F.
- Long J.
- Lopes M. I.
- Lorenzon W.
- Lu C.
- Luitz S.
- Ma Y.
- Machado P. A. N.
- Macolino C.
- Maeda T.
- Mahlstedt J.
- Majewski P. A.
- Manalaysay A.
- Mancuso A.
- Manenti L.
- Manfredini A.
- Mannino R. L.
- Maouloud S. Ahmed
- Marangou N.
- March-Russell J.
- Marignetti F.
- Martens K.
- Martin D. AntĂłn
- Martin R.
- Martinez-Soler I.
- Masbou J.
- Masson D.
- Masson E.
- Mastroianni S.
- Mastronardi M.
- Matias-Lopes J. A.
- McCarthy M. E.
- McFadden N.
- McGinness E.
- McKinsey D. N.
- McLaughlin J.
- McMichael K.
- Meinhardt P.
- Mendoza J. D. Morales
- Meng Y.
- Menéndez J.
- Messina M.
- Midha R.
- MilisavljeviÄ D.
- Miller E. H.
- MiloĆĄeviÄ B.
- MilutinoviÄ Slobodan M.
- Mitra S. A.
- Miuchi K.
- Mizrachi E.
- Mizukoshi K.
- Molinario A.
- Monte A.
- Monteiro C. M. B.
- Monzani M. E.
- Moore J. S.
- Mora K.
- Morad J. A.
- Moriyama S.
- Morrison E.
- Morteau E.
- Mosbacher Y.
- Mount B. J.
- Mueller J.
- Murphy A. St J.
- Murra M.
- Musalhi A. K. Al
- Naim D.
- Nakamura S.
- Nash E.
- Navaieelavasani N.
- Naylor A.
- Nedlik C.
- Nelson H. N.
- Neves F.
- Newstead J. L.
- Ni K.
- Nikoleyczik J. A.
- Niro V.
- Oberlack U. G.
- ObradoviÄ M.
- Odgers K.
- Oikonomou P.
- Olcina I.
- Oliver-Mallory K.
- Oranday A.
- Orpwood J.
- Ostrovskiy I.
- Ozaki K.
- OâHare C. A. J.
- Paetsch B.
- Pal S.
- Palacio J.
- Palladino K. J.
- Palmer J.
- Panci P.
- PanduroviÄ Mila
- Paredes B. LĂłpez
- Parlati A.
- Parveen N.
- Patton S. J.
- Pede S. Di
- Pellegrini Q.
- Penning B.
- Pereira G.
- Peres R.
- Perez-Gonzalez Y.
- Perry E.
- Pershing T.
- Petrossian-Byrne R.
- PeÄ V.
- Piechowski M. von
- Pienaar J.
- Piepke A.
- Pieramico G.
- Pierre M.
- Piotter M.
- Pizzella V.
- Plante G.
- Pollmann T.
- Porzio D.
- Qi J.
- Qie Y.
- Qin J.
- Quevedo F.
- Raj N.
- Ramanathan K.
- Ravanis J.
- Redard-Jacot L.
- Redigolo D.
- Reichard S.
- Reichenbacher J.
- Rhyne C. A.
- Richards A.
- Riffard Q.
- Rischbieter G. R. C.
- Rocchetti A.
- Rosenfeld S. L.
- Rosero R.
- Rupp N.
- Rushton T.
- Saha S.
- Salucci P.
- Sanchez L.
- Sanchez-Lucas P.
- Santone D.
- Santos J. M. F. dos
- Sarnoff I.
- Sartorelli G.
- Sazzad A. B. M. R.
- Scheibelhut M.
- Schnee R. W.
- Schrank M.
- Schreiner J.
- Schulte D.
- Schulte P.
- Schumann M.
- Schwemberger T.
- Schwenk A.
- Schwetz T.
- Scovell P. R.
- Sekiya H.
- Selvi M.
- Semenov E.
- Semeria F.
- Shagin P.
- Shaw S.
- Shi S.
- Shockley E.
- Shutt T. A.
- Si-Ahmed R.
- Silk J. J.
- Silva C.
- Silva M. C.
- Silva M. Rajado
- Simgen H.
- Sinev G.
- Singh R.
- Skulski W.
- Smirnov J.
- Smith R.
- Solmaz M.
- Solovov V. N.
- Sorensen P.
- Soria J.
- Sparmann T. J.
- Stancu I.
- Steidl M.
- Stevens A.
- Stifter K.
- Strigari L. E.
- SubotiÄ D.
- Suerfu B.
- Suliga A. M.
- Sumner T. J.
- Szabo P.
- Szydagis M.
- Takeda A.
- Takeuchi Y.
- Tan P.-L.
- Taricco C.
- Taylor W. C.
- Temples D. J.
- Terliuk A.
- Terman P. A.
- Thers D.
- Thieme K.
- ThĂŒmmler T.
- Tiedt D. R.
- Timalsina M.
- To W. H.
- Toennies F.
- Tong Z.
- Toschi F.
- Tovey D. R.
- Tranter J.
- Trask M.
- Trinchero G. C.
- Tripathi M.
- Tronstad D. R.
- Trotta R.
- Tsai Y. D.
- Tunnell C. D.
- Turner W. G.
- Ueno R.
- Undagoitia T. MarrodĂĄn
- Urquijo P.
- Utku U.
- Vaitkus A.
- Valerius K.
- Vassilev E.
- Vecchi S.
- Velan V.
- Vetter S.
- Vincent A. C.
- Vittorio L.
- Viveiros L. de
- Volta G.
- VorkapiÄ Draen
- Wagner C. E. M.
- Wang A. M.
- Wang B.
- Wang J. J.
- Wang L.-T.
- Wang M.
- Wang W.
- Wang Y.
- Wang Y.
- Watson J. R.
- Wei Y.
- Weinheimer C.
- Weisman E.
- Weiss M.
- Wenz D.
- West S. M.
- Whitis T. J.
- Williams M.
- Wilson M. J.
- Winkler D.
- Wittweg C.
- Wolf J.
- Wolf T.
- Wolfs F. L. H.
- Woodford S.
- Woodward D.
- Wright C. J.
- Wu P.
- Wu V. H. S.
- Wurm M.
- WĂŒstling S.
- Xia Q.
- Xiang X.
- Xing Y.
- Xu D.
- Xu J.
- Xu Z.
- Yamashita M.
- Yamazaki R.
- Yan H.
- Yang L.
- Yang Y.
- Ye J.
- Yeh M.
- Young I.
- Yu H. B.
- Yu T. T.
- Yuan L.
- Zavattini G.
- Zerbo S.
- Zhang Y.
- Zhong M.
- Zhou N.
- Zhou X.
- Zhu T.
- Zhu Y.
- Zhuang Y.
- Zopounidis J. P.
- Zuber K.
- Zupan J.
- Ć imkovic F.
- Publication venue
- 'IOP Publishing'
- Publication date
- 01/01/2022
- Field of study
Get PDFThe nature of dark matter and properties of neutrinos are among the mostpressing issues in contemporary particle physics. The dual-phase xenontime-projection chamber is the leading technology to cover the availableparameter space for Weakly Interacting Massive Particles (WIMPs), whilefeaturing extensive sensitivity to many alternative dark matter candidates.These detectors can also study neutrinos through neutrinoless double-beta decayand through a variety of astrophysical sources. A next-generation xenon-baseddetector will therefore be a true multi-purpose observatory to significantlyadvance particle physics, nuclear physics, astrophysics, solar physics, andcosmology. This review article presents the science cases for such a detector.<br
Homogeneous catalysis by gold
- Author
- A. Arcadi
- A. Arcadi
- A. Arcadi
- A. Arcadi
- A. Baeyer von
- A. FĂŒrstner
- A. Hoffmann-Röder
- A. Meijere de
- A. Simmer
- A.L. Casado
- A.S.K. Hashmi
- A.S.K. Hashmi
- A.S.K. Hashmi
- A.S.K. Hashmi
- A.S.K. Hashmi
- A.S.K. Hashmi
- A.S.K. Hashmi
- A.S.K. Hashmi
- C. Wei
- D.P. Riley
- D.P. Riley
- E. Boring
- E. Mizushima
- E. Mizushima
- F. Gasparrini
- F. Gasparrini
- F. Gasparrini
- F. Gasparrini
- F. Herrmann
- G. Abbiati
- G. Dyker
- G. Dyker
- G. Dyker
- G. Kaup
- G. Schmid
- G. Wagner
- G.B. Shul'pin
- H. Baggesgaard-Rasmussen
- H. Ito
- H. Koch
- H. Meerwein
- H. Schmidbaur
- J. Sundermeyer
- J.A. Marshall
- J.H. Teles
- J.J. Pesek
- J.T. Gupton
- J.T. Gupton
- J.W. Dankwardt
- K. Tanaka
- L.A. Levchenko
- L.W. Francisco
- M. Detlefs
- M. MĂ©ndez
- M. Sawamura
- N. Asao
- N. Asao
- P.G. Gassman
- Q. Xu
- R. Casado
- R. Lok
- R.T. Baker
- R.T. Baker
- R.V. Parish
- R.V. Parish
- R.V. Parish
- S. Kamijo
- S. Kobayashi
- S. Komiya
- S.D. Pastor
- S.K. Schneider
- T.E. MĂŒller
- T.E. MĂŒller
- T.N. Mitchell
- W. Schwemberger
- X. Wang
- X.-T. Zhou
- Y. Fukuda
- Y. Fukuda
- Y. Fukuda
- Y. Ito
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- Field of study
Full text linkA next-generation liquid xenon observatory for dark matter and neutrino physics
- Author
- Aalbers J
- AbdusSalam SS
- Abe K
- Aerne V
- Agostini F
- Ahmed Maouloud S
- Akerib DS
- Akimov DY
- Akshat J
- Al Musalhi AK
- Alder F
- Alsum SK
- Althueser L
- Amarasinghe CS
- Amaro FD
- Ames A
- Anderson TJ
- Andrieu B
- Angelides N
- Angelino E
- Angevaare J
- Antochi VC
- Antunovic B
- AntĂłn Martin D
- Aprile E
- AraĂșjo HM
- Armstrong JE
- Arneodo F
- Arthurs M
- Asadi P
- Baek S
- Bai X
- Bajpai D
- Baker A
- Balajthy J
- Balashov S
- Balzer M
- Bandyopadhyay A
- Bang J
- Barberio E
- Bargemann JW
- Baudis L
- Bauer D
- Baur D
- Baxter A
- Baxter AL
- Bazyk M
- Beattie K
- Behrens J
- Bell NF
- Bellagamba L
- Beltrame P
- Benabderrahmane M
- Bernard EP
- Bertone GF
- Bhattacharjee P
- Bhatti A
- Biekert A
- Biesiadzinski TP
- Binau AR
- Biondi R
- Biondi Y
- Birch HJ
- Bishara F
- Bismark A
- Blanco C
- Blockinger GM
- Bodnia E
- Boehm C
- Bolozdynya AI
- Bolton PD
- Bottaro S
- Bourgeois C
- Boxer B
- Breskin A
- Breur PA
- Brew CAJ
- Brod J
- Brookes E
- Brown A
- Brown E
- Bruenner S
- Bruno G
- BrĂĄs P
- Budnik R
- Bui TK
- Burdin S
- Buse S
- Busenitz JK
- Buttazzo D
- Buuck M
- Buzulutskov A
- Cabrita R
- Cai C
- Cai D
- Capelli C
- Cardoso JMR
- Carmona-Benitez MC
- Cascella M
- Catena R
- Chakraborty S
- Chan C
- Chang S
- Chauvin A
- Chawla A
- Chen H
- Chepel V
- Chott NI
- Cichon D
- Cimental Chavez A
- Cimmino B
- Clark M
- Co RT
- Colijn AP
- Conrad J
- Converse MV
- Costa M
- Cottle A
- Cox G
- Creaner O
- Cuenca Garcia JJ
- Cussonneau JP
- Cutter JE
- Dahl CE
- David A
- de GouvĂȘa A
- de Viveiros L
- Decowski MP
- Dent JB
- Deppisch FF
- Di Gangi P
- Di Giovanni A
- Di Pede S
- Dierle J
- Diglio S
- Dobson JEY
- Doerenkamp M
- dos Santos JMF
- Douillet D
- Drexlin G
- Druszkiewicz E
- Dunsky D
- DâAndrea V
- Eitel K
- Elykov A
- Emken T
- Engel R
- Eriksen SR
- Fairbairn M
- Fan A
- Fan JJ
- Farrell SJ
- Fayer S
- Fearon NM
- Ferella A
- Ferrari C
- Fieguth A
- Fieguth A
- Fiorucci S
- Fischer H
- Flaecher H
- Flierman M
- Florek T
- Foot R
- Fox PJ
- Franceschini R
- Fraser ED
- Frenk CS
- Frohlich S
- Fruth T
- Fulgione W
- Fuselli C
- Gaemers P
- Gaior R
- Gaitskell RJ
- Galloway M
- Gao F
- Garcia Garcia I
- Genovesi J
- Ghag C
- Ghosh S
- Gibson E
- Gil W
- Giovagnoli D
- Girard F
- Glade-Beucke R
- GlĂŒck F
- Gokhale S
- Grandi L
- Grigat J
- Grinstein B
- GrĂĄf L
- Grössle R
- Guan H
- Guida M
- Gumbsheimer R
- Gwilliam CB
- Hall CR
- Hall LJ
- Hammann R
- Han K
- Hannen V
- Hansmann-Menzemer S
- Harata R
- Hardin SP
- Hardy CA
- Hardy E
- Harigaya K
- Harnik R
- Haselschwardt SJ
- Hernandez M
- Hertel SA
- Higuera A
- Hils C
- Hochrein S
- Hoetzsch L
- Hoferichter M
- Hood N
- Hooper D
- Horn M
- Howlett J
- Huang DQ
- Huang Y
- Hunt D
- Iacovacci M
- Iaquaniello G
- Ide R
- Ignarra CM
- Iloglu G
- Itow Y
- Jacquet E
- Jahangir O
- Jakob J
- James RS
- Jansen A
- Ji W
- Ji X
- Joerg F
- Johnson J
- Joy A
- Kaboth AC
- Kalhor L
- Kamaha AC
- Kanezaki K
- Kar K
- Kara M
- Kato N
- Kavrigin P
- Kazama S
- Keaveney AW
- Kellerer J
- Khaitan D
- Khazov A
- Khundzakishvili G
- Khurana I
- Kilminster B
- Kleifges M
- Ko P
- Kobayashi M
- Kodroff D
- Koltmann G
- Kopec A
- Kopmann A
- Kopp J
- Korley L
- Kornoukhov VN
- Korolkova EV
- Kraus H
- Krauss LM
- Kravitz S
- Kreczko L
- Kudryavtsev VA
- Kuger F
- Kumar J
- LaCascio L
- Laha R
- Laine Q
- Landsman H
- Lang RF
- Leason EA
- Lee J
- Leonard DS
- Lesko KT
- Levinson L
- Levy C
- Li I
- Li SC
- Li T
- Liang S
- Liebenthal CS
- Lin J
- Lin Q
- Lindemann S
- Lindner M
- Lindote A
- Linehan R
- Lippincott WH
- Liu J
- Liu K
- Liu X
- Loizeau J
- Lombardi F
- Long J
- Lopes MI
- Lopez Asamar E
- Lorenzon W
- Lu C
- Luitz S
- LĂłpez Paredes B
- Ma Y
- Machado PAN
- Macolino C
- Maeda T
- Mahlstedt J
- Majewski PA
- Manalaysay A
- Mancuso A
- Manenti L
- Manfredini A
- Mannino RL
- Marangou N
- March-Russell J
- Marignetti F
- MarrodĂĄn Undagoitia T
- Martens K
- Martin R
- Martinez-Soler I
- Masbou J
- Masson D
- Masson E
- Mastroianni S
- Mastronardi M
- Matias-Lopes JA
- McCarthy ME
- McFadden N
- McGinness E
- McKinsey DN
- McLaughlin J
- McMichael K
- Meinhardt P
- Meng Y
- Menéndez J
- Messina M
- Midha R
- Milisavljevic D
- Miller EH
- Milosevic B
- Milutinovic S
- Mitra SA
- Miuchi K
- Mizrachi E
- Mizukoshi K
- Molinario A
- Monte A
- Monteiro CMB
- Monzani ME
- Moore JS
- Morad JA
- Morales Mendoza JD
- Moriyama S
- Morrison E
- Morteau E
- MorÄ K
- Mosbacher Y
- Mount BJ
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- Redigolo D
- Reichard S
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- Rhyne CA
- Richards A
- Riffard Q
- Rischbieter GRC
- Rocchetti A
- Rosenfeld SL
- Rosero R
- Rupp N
- Rushton T
- Saha S
- Salucci P
- Sanchez L
- Sanchez-Lucas P
- Santone D
- Sarnoff I
- Sartorelli G
- Sazzad ABMR
- Scheibelhut M
- Schnee RW
- Schrank M
- Schreiner J
- Schulte D
- Schulte P
- Schulze Eissing H
- Schumann M
- Schwemberger T
- Schwenk A
- Schwetz T
- Scotto Lavina L
- Scovell PR
- Sekiya H
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- Semeria F
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- Shaw S
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- Shockley E
- Shutt TA
- Si-Ahmed R
- Silk JJ
- Silva C
- Silva MC
- Simgen H
- Sinev G
- Singh R
- Skulski W
- Smirnov J
- Smith R
- Solmaz M
- Solovov VN
- Sorensen P
- Soria J
- Sparmann TJ
- Stancu I
- Steidl M
- Stevens A
- Stifter K
- Strigari LE
- Subotic D
- Suerfu B
- Suliga AM
- Sumner TJ
- Szabo P
- Szydagis M
- Takeda A
- Takeuchi Y
- Tan P-L
- Taricco C
- Taylor WC
- Temples DJ
- Terliuk A
- Terman PA
- Thers D
- Thieme K
- ThĂŒmmler T
- Tiedt DR
- Timalsina M
- To WH
- Toennies F
- Tong Z
- Toschi F
- Tovey DR
- Tranter J
- Trask M
- Trinchero GC
- Tripathi M
- Tronstad DR
- Trotta R
- Tsai YD
- Tunnell CD
- Turner WG
- Ueno R
- Urquijo P
- Utku U
- Vaitkus A
- Valerius K
- van der Grinten MGD
- Vassilev E
- Vecchi S
- Velan V
- Vetter S
- Vincent AC
- Vittorio L
- Volta G
- von Krosigk B
- von Piechowski M
- Vorkapic D
- Wagner CEM
- Wang AM
- Wang B
- Wang JJ
- Wang L-T
- Wang M
- Wang W
- Wang Y
- Wang Y
- Watson JR
- Wei Y
- Weinheimer C
- Weisman E
- Weiss M
- Wenz D
- West SM
- Whitis TJ
- Williams M
- Wilson MJ
- Winkler D
- Wittweg C
- Wolf J
- Wolf T
- Wolfs FLH
- Woodford S
- Woodward D
- Wright CJ
- Wu P
- Wu VHS
- Wurm M
- WĂŒstling S
- Xia Q
- Xiang X
- Xing Y
- Xu D
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- Xu Z
- Yamashita M
- Yamazaki R
- Yan H
- Yang L
- Yang Y
- Ye J
- Yeh M
- Young I
- Yu HB
- Yu TT
- Yuan L
- Zavattini G
- Zerbo S
- Zhang Y
- Zhong M
- Zhou N
- Zhou X
- Zhu T
- Zhu Y
- Zhuang Y
- Zopounidis JP
- Zuber K
- Zupan J
- Ć imkovic F
- Publication venue
- 'IOP Publishing'
- Publication date
- 01/01/2023
- Field of study
Get PDFThe nature of dark matter and properties of neutrinos are among the most pressing issues in contemporary particle physics. The dual-phase xenon time-projection chamber is the leading technology to cover the available parameter space for weakly interacting massive particles, while featuring extensive sensitivity to many alternative dark matter candidates. These detectors can also study neutrinos through neutrinoless double-beta decay and through a variety of astrophysical sources. A next-generation xenon-based detector will therefore be a true multi-purpose observatory to significantly advance particle physics, nuclear physics, astrophysics, solar physics, and cosmology. This review article presents the science cases for such a detector
Knöcherne Regeneration kritischer Knochendefekte im Rattenfemur mittels Implantation von gerichteten Seidenscaffolds (SC) in Kombination mit BMP-2 und Hydroxylapatit (HA)
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- German Medical Science GMS Publishing House; DĂŒsseldorf
- Publication date
- 26/10/2021
- Field of study
No full textLoss of the retinoblastoma tumor suppressor: differential action on transcriptional programs related to cell cycle control and immune function
- Author
- A Blais
- A Brehm
- A G Jegga
- A Iavarone
- A Osborne
- AG Jegga
- AG Jegga
- AR Osborne
- B J Aronow
- B Ren
- C N Mayhew
- CJ Sherr
- CN Mayhew
- D Cobrinik
- D Trouche
- DD Eason
- DK Dimova
- DM Thomas
- DM Thomas
- E Batsche
- E E Bosco
- E S Knudsen
- EJ Morris
- EP Black
- ES Knudsen
- F Iovino
- G F Babcock
- H Cam
- H Cam
- H Le Buanec
- H Xin
- H Xu
- I Arany
- J Bergseid
- J Sage
- J Y J Wang
- JR Nevins
- JY Wang
- K Stengel
- M F Reed
- M P Markey
- MP Markey
- MV Frolov
- MW Strobeck
- PJ Welch
- R Vernell
- S Ishida
- S J Schwemberger
- T Kouzarides
- TT Chen
- W A Braden
- X Zhu
- XQ Qin
- Y Jiang
- Y Lu
- Publication venue
- 'Springer Science and Business Media LLC'
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No full textA next-generation liquid xenon observatory for dark matter and neutrino physics
- Author
- Aalbers J
- AbdusSalam SS
- Abe K
- Aerne V
- Agostini F
- Ahmed Maouloud S
- Akerib DS
- Akimov DY
- Akshat J
- Al Musalhi AK
- Alder F
- Alsum SK
- Althueser L
- Amarasinghe CS
- Amaro FD
- Ames A
- Anderson TJ
- Andrieu B
- Angelides N
- Angelino E
- Angevaare J
- Antochi VC
- Antunovic B
- AntĂłn Martin D
- Aprile E
- AraĂșjo HM
- Armstrong JE
- Arneodo F
- Arthurs M
- Asadi P
- Baek S
- Bai X
- Bajpai D
- Baker A
- Balajthy J
- Balashov S
- Balzer M
- Bandyopadhyay A
- Bang J
- Barberio E
- Bargemann JW
- Baudis L
- Bauer D
- Baur D
- Baxter A
- Baxter AL
- Bazyk M
- Beattie K
- Behrens J
- Bell NF
- Bellagamba L
- Beltrame P
- Benabderrahmane M
- Bernard EP
- Bertone GF
- Bhattacharjee P
- Bhatti A
- Biekert A
- Biesiadzinski TP
- Binau AR
- Biondi R
- Biondi Y
- Birch HJ
- Bishara F
- Bismark A
- Blanco C
- Blockinger GM
- Bodnia E
- Boehm C
- Bolozdynya AI
- Bolton PD
- Bottaro S
- Bourgeois C
- Boxer B
- Breskin A
- Breur PA
- Brew CAJ
- Brod J
- Brookes E
- Brown A
- Brown E
- Bruenner S
- Bruno G
- BrĂĄs P
- Budnik R
- Bui TK
- Burdin S
- Buse S
- Busenitz JK
- Buttazzo D
- Buuck M
- Buzulutskov A
- Cabrita R
- Cai C
- Cai D
- Capelli C
- Cardoso JMR
- Carmona-Benitez MC
- Cascella M
- Catena R
- Chakraborty S
- Chan C
- Chang S
- Chauvin A
- Chawla A
- Chen H
- Chepel V
- Chott NI
- Cichon D
- Cimental Chavez A
- Cimmino B
- Clark M
- Co RT
- Colijn AP
- Conrad J
- Converse MV
- Costa M
- Cottle A
- Cox G
- Creaner O
- Cuenca Garcia JJ
- Cussonneau JP
- Cutter JE
- Dahl CE
- David A
- de GouvĂȘa A
- de Viveiros L
- Decowski MP
- Dent JB
- Deppisch FF
- Di Gangi P
- Di Giovanni A
- Di Pede S
- Dierle J
- Diglio S
- Dobson JEY
- Doerenkamp M
- dos Santos JMF
- Douillet D
- Drexlin G
- Druszkiewicz E
- Dunsky D
- DâAndrea V
- Eitel K
- Elykov A
- Emken T
- Engel R
- Eriksen SR
- Fairbairn M
- Fan A
- Fan JJ
- Farrell SJ
- Fayer S
- Fearon NM
- Ferella A
- Ferrari C
- Fieguth A
- Fieguth A
- Fiorucci S
- Fischer H
- Flaecher H
- Flierman M
- Florek T
- Foot R
- Fox PJ
- Franceschini R
- Fraser ED
- Frenk CS
- Frohlich S
- Fruth T
- Fulgione W
- Fuselli C
- Gaemers P
- Gaior R
- Gaitskell RJ
- Galloway M
- Gao F
- Garcia Garcia I
- Genovesi J
- Ghag C
- Ghosh S
- Gibson E
- Gil W
- Giovagnoli D
- Girard F
- Glade-Beucke R
- GlĂŒck F
- Gokhale S
- Grandi L
- Grigat J
- Grinstein B
- GrĂĄf L
- Grössle R
- Guan H
- Guida M
- Gumbsheimer R
- Gwilliam CB
- Hall CR
- Hall LJ
- Hammann R
- Han K
- Hannen V
- Hansmann-Menzemer S
- Harata R
- Hardin SP
- Hardy CA
- Hardy E
- Harigaya K
- Harnik R
- Haselschwardt SJ
- Hernandez M
- Hertel SA
- Higuera A
- Hils C
- Hochrein S
- Hoetzsch L
- Hoferichter M
- Hood N
- Hooper D
- Horn M
- Howlett J
- Huang DQ
- Huang Y
- Hunt D
- Iacovacci M
- Iaquaniello G
- Ide R
- Ignarra CM
- Iloglu G
- Itow Y
- Jacquet E
- Jahangir O
- Jakob J
- James RS
- Jansen A
- Ji W
- Ji X
- Joerg F
- Johnson J
- Joy A
- Kaboth AC
- Kalhor L
- Kamaha AC
- Kanezaki K
- Kar K
- Kara M
- Kato N
- Kavrigin P
- Kazama S
- Keaveney AW
- Kellerer J
- Khaitan D
- Khazov A
- Khundzakishvili G
- Khurana I
- Kilminster B
- Kleifges M
- Ko P
- Kobayashi M
- Kodroff D
- Koltmann G
- Kopec A
- Kopmann A
- Kopp J
- Korley L
- Kornoukhov VN
- Korolkova EV
- Kraus H
- Krauss LM
- Kravitz S
- Kreczko L
- Kudryavtsev VA
- Kuger F
- Kumar J
- LaCascio L
- Laha R
- Laine Q
- Landsman H
- Lang RF
- Leason EA
- Lee J
- Leonard DS
- Lesko KT
- Levinson L
- Levy C
- Li I
- Li SC
- Li T
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- Liebenthal CS
- Lin J
- Lin Q
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- Lindote A
- Linehan R
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- Liu K
- Liu X
- Loizeau J
- Lombardi F
- Long J
- Lopes MI
- Lopez Asamar E
- Lorenzon W
- Lu C
- Luitz S
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- Ma Y
- Machado PAN
- Macolino C
- Maeda T
- Mahlstedt J
- Majewski PA
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- Mancuso A
- Manenti L
- Manfredini A
- Mannino RL
- Marangou N
- March-Russell J
- Marignetti F
- MarrodĂĄn Undagoitia T
- Martens K
- Martin R
- Martinez-Soler I
- Masbou J
- Masson D
- Masson E
- Mastroianni S
- Mastronardi M
- Matias-Lopes JA
- McCarthy ME
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- McGinness E
- McKinsey DN
- McLaughlin J
- McMichael K
- Meinhardt P
- Meng Y
- Menéndez J
- Messina M
- Midha R
- Milisavljevic D
- Miller EH
- Milosevic B
- Milutinovic S
- Mitra SA
- Miuchi K
- Mizrachi E
- Mizukoshi K
- Molinario A
- Monte A
- Monteiro CMB
- Monzani ME
- Moore JS
- Morad JA
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- Moriyama S
- Morrison E
- Morteau E
- MorÄ K
- Mosbacher Y
- Mount BJ
- Mueller J
- Murphy A St J
- Murra M
- Naim D
- Nakamura S
- Nash E
- Navaieelavasani N
- Naylor A
- Nedlik C
- Nelson HN
- Neves F
- Newstead JL
- Ni K
- Nikoleyczik JA
- Niro V
- Oberlack UG
- Obradovic M
- Odgers K
- Oikonomou P
- Olcina I
- Oliver-Mallory K
- Oranday A
- Orpwood J
- Ostrovskiy I
- Ozaki K
- OâHare CAJ
- Paetsch B
- Pal S
- Palacio J
- Palladino KJ
- Palmer J
- Panci P
- Pandurovic M
- Parlati A
- Parveen N
- Patton SJ
- Pellegrini Q
- Penning B
- Pereira G
- Peres R
- Perez-Gonzalez Y
- Perry E
- Pershing T
- Petrossian-Byrne R
- Pienaar J
- Piepke A
- Pieramico G
- Pierre M
- Piotter M
- Pizzella V
- Plante G
- Pollmann T
- Porzio D
- PÄÄ V
- Qi J
- Qie Y
- Qin J
- Quevedo F
- Raj N
- Rajado Silva M
- Ramanathan K
- RamĂrez GarcĂa D
- Ravanis J
- Redard-Jacot L
- Redigolo D
- Reichard S
- Reichenbacher J
- Rhyne CA
- Richards A
- Riffard Q
- Rischbieter GRC
- Rocchetti A
- Rosenfeld SL
- Rosero R
- Rupp N
- Rushton T
- Saha S
- Salucci P
- Sanchez L
- Sanchez-Lucas P
- Santone D
- Sarnoff I
- Sartorelli G
- Sazzad ABMR
- Scheibelhut M
- Schnee RW
- Schrank M
- Schreiner J
- Schulte D
- Schulte P
- Schulze Eissing H
- Schumann M
- Schwemberger T
- Schwenk A
- Schwetz T
- Scotto Lavina L
- Scovell PR
- Sekiya H
- Selvi M
- Semenov E
- Semeria F
- Shagin P
- Shaw S
- Shi S
- Shockley E
- Shutt TA
- Si-Ahmed R
- Silk JJ
- Silva C
- Silva MC
- Simgen H
- Sinev G
- Singh R
- Skulski W
- Smirnov J
- Smith R
- Solmaz M
- Solovov VN
- Sorensen P
- Soria J
- Sparmann TJ
- Stancu I
- Steidl M
- Stevens A
- Stifter K
- Strigari LE
- Subotic D
- Suerfu B
- Suliga AM
- Sumner TJ
- Szabo P
- Szydagis M
- Takeda A
- Takeuchi Y
- Tan P-L
- Taricco C
- Taylor WC
- Temples DJ
- Terliuk A
- Terman PA
- Thers D
- Thieme K
- ThĂŒmmler T
- Tiedt DR
- Timalsina M
- To WH
- Toennies F
- Tong Z
- Toschi F
- Tovey DR
- Tranter J
- Trask M
- Trinchero GC
- Tripathi M
- Tronstad DR
- Trotta R
- Tsai YD
- Tunnell CD
- Turner WG
- Ueno R
- Urquijo P
- Utku U
- Vaitkus A
- Valerius K
- van der Grinten MGD
- Vassilev E
- Vecchi S
- Velan V
- Vetter S
- Vincent AC
- Vittorio L
- Volta G
- von Krosigk B
- von Piechowski M
- Vorkapic D
- Wagner CEM
- Wang AM
- Wang B
- Wang JJ
- Wang L-T
- Wang M
- Wang W
- Wang Y
- Wang Y
- Watson JR
- Wei Y
- Weinheimer C
- Weisman E
- Weiss M
- Wenz D
- West SM
- Whitis TJ
- Williams M
- Wilson MJ
- Winkler D
- Wittweg C
- Wolf J
- Wolf T
- Wolfs FLH
- Woodford S
- Woodward D
- Wright CJ
- Wu P
- Wu VHS
- Wurm M
- WĂŒstling S
- Xia Q
- Xiang X
- Xing Y
- Xu D
- Xu J
- Xu Z
- Yamashita M
- Yamazaki R
- Yan H
- Yang L
- Yang Y
- Ye J
- Yeh M
- Young I
- Yu HB
- Yu TT
- Yuan L
- Zavattini G
- Zerbo S
- Zhang Y
- Zhong M
- Zhou N
- Zhou X
- Zhu T
- Zhu Y
- Zhuang Y
- Zopounidis JP
- Zuber K
- Zupan J
- Ć imkovic F
- Publication venue
- 'IOP Publishing'
- Publication date
- 22/12/2022
- Field of study
No full textAbstract
The nature of dark matter and properties of neutrinos are among the most pressing issues in contemporary particle physics. The dual-phase xenon time-projection chamber is the leading technology to cover the available parameter space for weakly interacting massive particles, while featuring extensive sensitivity to many alternative dark matter candidates. These detectors can also study neutrinos through neutrinoless double-beta decay and through a variety of astrophysical sources. A next-generation xenon-based detector will therefore be a true multi-purpose observatory to significantly advance particle physics, nuclear physics, astrophysics, solar physics, and cosmology. This review article presents the science cases for such a detector.</jats:p
A next-generation liquid xenon observatory for dark matter and neutrino physics
- Author
- Aalbers J
- AbdusSalam SS
- Abe K
- Aerne V
- Agostini F
- Ahmed Maouloud S
- Akerib DS
- Akimov DY
- Akshat J
- Al Musalhi AK
- Alder F
- Alsum SK
- Althueser L
- Amarasinghe CS
- Amaro FD
- Ames A
- Anderson TJ
- Andrieu B
- Angelides N
- Angelino E
- Angevaare J
- Antochi VC
- Antunovic B
- AntĂłn Martin D
- Aprile E
- AraĂșjo HM
- Armstrong JE
- Arneodo F
- Arthurs M
- Asadi P
- Baek S
- Bai X
- Bajpai D
- Baker A
- Balajthy J
- Balashov S
- Balzer M
- Bandyopadhyay A
- Bang J
- Barberio E
- Bargemann JW
- Baudis L
- Bauer D
- Baur D
- Baxter A
- Baxter AL
- Bazyk M
- Beattie K
- Behrens J
- Bell NF
- Bellagamba L
- Beltrame P
- Benabderrahmane M
- Bernard EP
- Bertone GF
- Bhattacharjee P
- Bhatti A
- Biekert A
- Biesiadzinski TP
- Binau AR
- Biondi R
- Biondi Y
- Birch HJ
- Bishara F
- Bismark A
- Blanco C
- Blockinger GM
- Bodnia E
- Boehm C
- Bolozdynya AI
- Bolton PD
- Bottaro S
- Bourgeois C
- Boxer B
- Breskin A
- Breur PA
- Brew CAJ
- Brod J
- Brookes E
- Brown A
- Brown E
- Bruenner S
- Bruno G
- BrĂĄs P
- Budnik R
- Bui TK
- Burdin S
- Buse S
- Busenitz JK
- Buttazzo D
- Buuck M
- Buzulutskov A
- Cabrita R
- Cai C
- Cai D
- Capelli C
- Cardoso JMR
- Carmona-Benitez MC
- Cascella M
- Catena R
- Chakraborty S
- Chan C
- Chang S
- Chauvin A
- Chawla A
- Chen H
- Chepel V
- Chott NI
- Cichon D
- Cimental Chavez A
- Cimmino B
- Clark M
- Co RT
- Colijn AP
- Conrad J
- Converse MV
- Costa M
- Cottle A
- Cox G
- Creaner O
- Cuenca Garcia JJ
- Cussonneau JP
- Cutter JE
- Dahl CE
- David A
- de GouvĂȘa A
- de Viveiros L
- Decowski MP
- Dent JB
- Deppisch FF
- Di Gangi P
- Di Giovanni A
- Di Pede S
- Dierle J
- Diglio S
- Dobson JEY
- Doerenkamp M
- dos Santos JMF
- Douillet D
- Drexlin G
- Druszkiewicz E
- Dunsky D
- DâAndrea V
- Eitel K
- Elykov A
- Emken T
- Engel R
- Eriksen SR
- Fairbairn M
- Fan A
- Fan JJ
- Farrell SJ
- Fayer S
- Fearon NM
- Ferella A
- Ferrari C
- Fieguth A
- Fieguth A
- Fiorucci S
- Fischer H
- Flaecher H
- Flierman M
- Florek T
- Foot R
- Fox PJ
- Franceschini R
- Fraser ED
- Frenk CS
- Frohlich S
- Fruth T
- Fulgione W
- Fuselli C
- Gaemers P
- Gaior R
- Gaitskell RJ
- Galloway M
- Gao F
- Garcia Garcia I
- Genovesi J
- Ghag C
- Ghosh S
- Gibson E
- Gil W
- Giovagnoli D
- Girard F
- Glade-Beucke R
- GlĂŒck F
- Gokhale S
- Grandi L
- Grigat J
- Grinstein B
- GrĂĄf L
- Grössle R
- Guan H
- Guida M
- Gumbsheimer R
- Gwilliam CB
- Hall CR
- Hall LJ
- Hammann R
- Han K
- Hannen V
- Hansmann-Menzemer S
- Harata R
- Hardin SP
- Hardy CA
- Hardy E
- Harigaya K
- Harnik R
- Haselschwardt SJ
- Hernandez M
- Hertel SA
- Higuera A
- Hils C
- Hochrein S
- Hoetzsch L
- Hoferichter M
- Hood N
- Hooper D
- Horn M
- Howlett J
- Huang DQ
- Huang Y
- Hunt D
- Iacovacci M
- Iaquaniello G
- Ide R
- Ignarra CM
- Iloglu G
- Itow Y
- Jacquet E
- Jahangir O
- Jakob J
- James RS
- Jansen A
- Ji W
- Ji X
- Joerg F
- Johnson J
- Joy A
- Kaboth AC
- Kalhor L
- Kamaha AC
- Kanezaki K
- Kar K
- Kara M
- Kato N
- Kavrigin P
- Kazama S
- Keaveney AW
- Kellerer J
- Khaitan D
- Khazov A
- Khundzakishvili G
- Khurana I
- Kilminster B
- Kleifges M
- Ko P
- Kobayashi M
- Kodroff D
- Koltmann G
- Kopec A
- Kopmann A
- Kopp J
- Korley L
- Kornoukhov VN
- Korolkova EV
- Kraus H
- Krauss LM
- Kravitz S
- Kreczko L
- Kudryavtsev VA
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- Zopounidis JP
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- Zupan J
- Ć imkovic F
- Publication venue
- Journal of Physics G: Nuclear and Particle Physics
- Publication date
- 01/01/2022
- Field of study
Get PDFAbstract
The nature of dark matter and properties of neutrinos are among the most pressing issues in contemporary particle physics. The dual-phase xenon time-projection chamber is the leading technology to cover the available parameter space for weakly interacting massive particles, while featuring extensive sensitivity to many alternative dark matter candidates. These detectors can also study neutrinos through neutrinoless double-beta decay and through a variety of astrophysical sources. A next-generation xenon-based detector will therefore be a true multi-purpose observatory to significantly advance particle physics, nuclear physics, astrophysics, solar physics, and cosmology. This review article presents the science cases for such a detector.</jats:p
A Next-Generation Liquid Xenon Observatory for Dark Matter and Neutrino Physics
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- Zupan J.
- Ć imkovic F.
- Publication venue
- HAL CCSD
- Publication date
- 21/03/2022
- Field of study
No full textThe nature of dark matter and properties of neutrinos are among the most pressing issues in contemporary particle physics. The dual-phase xenon time-projection chamber is the leading technology to cover the available parameter space for Weakly Interacting Massive Particles (WIMPs), while featuring extensive sensitivity to many alternative dark matter candidates. These detectors can also study neutrinos through neutrinoless double-beta decay and through a variety of astrophysical sources. A next-generation xenon-based detector will therefore be a true multi-purpose observatory to significantly advance particle physics, nuclear physics, astrophysics, solar physics, and cosmology. This review article presents the science cases for such a detector
