10 research outputs found
Exponential Metric Fields
- Author
- A. Lue
- B.F. Schutz
- C.O. Alley
- C.O. Alley
- C.W. Misner
- E.E. Flanagan
- G. Allemandi
- H. Yilmaz
- H. Yilmaz
- H. Yilmaz
- H. Yilmaz
- H. Yilmaz
- H. Yilmaz
- H. Yilmaz
- H. Yilmaz
- H. Yilmaz
- J. Barrow
- J.H. Taylor
- K. Choi
- K. Glampedakis
- L.D. Landau
- M. Ibison
- N. Rosen
- N.D. Birrell
- R.A. Hulse
- R.E. Clapp
- R.M. Wald
- S. Alexander
- S. Bellucci
- S. Capozziello
- S. Capozziello
- S. Capozziello
- S. Nojiri
- S. Nojiri
- S. Nojiri
- S.L. Robertson
- S.L. Robertson
- S.M. Carroll
- S.M. Carroll
- S.W. Hawking
- T. Kahniashvili
- T. Koivisto
- T.P. Sotiriou
- W. Wyss
- Wytler Cordeiro dos Santos
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- 15/06/2010
- Field of study
The Laser Interferometer Space Antenna (LISA) mission will use advanced
technologies to achieve its science goals: the direct detection of
gravitational waves, the observation of signals from compact (small and dense)
stars as they spiral into black holes, the study of the role of massive black
holes in galaxy evolution, the search for gravitational wave emission from the
early Universe. The gravitational red-shift, the advance of the perihelion of
Mercury, deflection of light and the time delay of radar signals are the
classical tests in the first order of General Relativity (GR). However, LISA
can possibly test Einstein's theories in the second order and perhaps, it will
show some particular feature of non-linearity of gravitational interaction. In
the present work we are seeking a method to construct theoretical templates
that limit in the first order the tensorial structure of some metric fields,
thus the non-linear terms are given by exponential functions of gravitational
strength. The Newtonian limit obtained here, in the first order, is equivalent
to GR.Comment: Accepted for publication in Astrophysics and Space Science, 17 page
The Physics of the B Factories
- Author
- Abachi S.
- Abashian A.
- Abe K.
- Abe N.
- Abe R.
- Abe T.
- Abrams G.S.
- Adachi I.
- Adam I.
- Adamczyk K.
- Adametz A.
- Adye T.
- Agarwal A.
- Ahmed H.
- Ahmed M.
- Ahmed S.
- Ahn B.S.
- Ahn H.S.
- Aihara H.
- Aitchison I.J.R.
- Akai K.
- Akar S.
- Akatsu M.
- Akemoto M.
- Akhmetshin R.
- Akre R.
- Alam M.S.
- Albert J.
- Albert J.N.
- Aleksan R.
- Alexander J.P.
- Alimonti G.
- Allen M.T.
- Allison J.
- Allmendinger T.
- Alsmiller J.R.G.
- Altenburg D.
- Alwyn K.E.
- An Q.
- Anderson J.
- Andreassen R.
- Andreotti D.
- Andreotti M.
- Andress J.C.
- Angelini C.
- Anipko D.
- Anjomshoaa A.
- Anthony P.L.
- Antillon E.A.
- Antonioli E.
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- Aoki K.
- Arguin J.F.
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- Yushkov A.N.
- Yuta H.
- Yéche C.
- Zacek V.
- Zain S.B.
- Zallo A.
- Zambito S.
- Zander D.
- Zang S.L.
- Zanin D.
- Zaslavsky B.G.
- Zeng Q.L.
- Zghiche A.
- Zhang B.
- Zhang C.C.
- Zhang J.
- Zhang J.
- Zhang L.
- Zhang L.M.
- Zhang S.Q.
- Zhang Z.P.
- Zhao H.W.
- Zhao M.
- Zhao Z.G.
- Zheng Y.
- Zheng Y.H.
- Zheng Z.P.
- Zhilich V.
- Zhou P.
- Zhu R.Y.
- Zhu Y.S.
- Zhu Z.M.
- Zhulanov V.
- Ziegler T.
- Ziegler V.
- Zioulas G.
- Zisman M.
- Zito M.
- Zupan J.
- Zupanc A.
- Zwahlen N.
- Zyukova O.
- Zürcher D.
- Živko T.
- Žontar D.
- Publication venue
- Springer Verlag
- Publication date
- 29/01/2015
- Field of study
Recommended from our members
HIGH TEMPERATURE COMPRESSIVE DEFORMATION EQUIPMENT
- Author
- Publication venue
- eScholarship, University of California
- Publication date
- 27/10/1965
- Field of study
Creep and long-term strength of magnesia ceramics
- Author
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- Field of study
High Temperature Tensile Creep of Magnesium Oxide Single Crystals
- Author
- Publication venue
- 'Wiley'
- Publication date
- Field of study
Design and Simulated Performance of Calorimetry Systems for the ECCE Detector at the Electron Ion Collider
- Author
- Adkins J.K.
- Akiba Y.
- Albataineh A.
- Amaryan M.
- Araya S. Tapia
- Arsene I.C.
- Ayerbe Gayoso C.
- Bae J.
- Bai X.
- Baker M.D.
- Bashkanov M.
- Bellwied R.
- Benmokhtar F.
- Berdnikov V.
- Bernauer J.C.
- Bock F.
- Boeglin W.
- Borysova M.
- Brash E.
- Brindza P.
- Briscoe W.J.
- Brooks M.
- Bueltmann S.
- Bukhari M.H.S.
- Bylinkin A.
- Capobianco R.
- Chang W.-C.
- Chen K.
- Chen K.-F.
- Cheng K.-Y.
- Cheon Y.
- Chiu M.
- Chujo T.
- Citron Z.
- Cline E.
- Cohen E.
- Cormier T.
- Corrales Morales Y.
- Cotton C.
- Crafts J.
- Crawford C.
- Creekmore S.
- Cuevas C.
- Cunningham J.
- da Costa H. Periera
- David G.
- Dean C.T.
- Demarteau M.
- Diehl S.
- Doshita N.
- Dupre R.
- Durham J.M.
- Dzhygadlo R.
- Ehlers R.
- El Fassi L.
- Emmert A.
- Ent R.
- Fanelli C.
- Fatemi R.
- Fegan S.
- Finger M.
- Frantz J.
- Friedman M.
- Friscic I.
- Gangadharan D.
- Gardner S.
- Gates K.
- Geurts F.
- Gilman R.
- Glazier D.
- Glimos E.
- Goto Y.
- Grau N.
- Greene S.V.
- Guo A.Q.
- Guo L.
- Ha S.K.
- Haggerty J.
- Hayward T.
- He X.
- Hen O.
- Higinbotham D.W.
- Hoballah M.
- Hoghmrtsyan A.
- Horn T.
- Hsu P.-H.J.
- Huang J.
- Huber G.
- Hutson A.
- Hwang K.Y.
- Hyde C.E.
- Inaba M.
- Iwata T.
- Jo H.S.
- Joo K.
- Kalantarians N.
- Kalicy G.
- Kawade K.
- Kay S.J.D.
- Kim A.
- Kim B.
- Kim C.
- Kim M.
- Kim Y.
- Kistenev E.
- Klimenko V.
- Ko S.H.
- Korover I.
- Korsch W.
- Krintiras G.
- Kuhn S.
- Kuo C.-M.
- Kutz T.
- Lajoie J.
- Lawrence D.
- Lebedev S.
- Lee H.
- Lee J.S.H.
- Lee S.W.
- Lee Y.-J.
- Li W.
- Li W.B.
- Li X.
- Liang Y.T.
- Lim S.
- Lin C.-H.
- Lin D.X.
- Liu K.
- Liu M.X.
- Livingston K.
- Liyanage N.
- Llope W.J.
- Loizides C.
- Long E.
- Lu R.-S.
- Lu Z.
- Lynch W.
- Mantry S.
- Marchand D.
- Marcisovsky M.
- Markert C.
- Markowitz P.
- Marukyan H.
- Mcgaughey P.
- Mihovilovic M.
- Milner R.G.
- Milov A.
- Miyachi Y.
- Mkrtchyan A.
- Mkrtchyan H.
- Monaghan P.
- Montgomery R.
- Morrison D.
- Movsisyan A.
- Munoz Camacho C.
- Murray M.
- Nagai K.
- Nagle J.
- Nakagawa I.
- Nattrass C.
- Nguyen D.
- Niccolai S.
- Nouicer R.
- Nukazuka G.
- Nycz M.
- Okorokov V.A.
- Oresic S.
- Osborn J.D.
- Paganis S.
- Papandreou Z.
- Pate S.F.
- Patel M.
- Paus C.
- Penman G.
- Perdekamp M.G.
- Perepelitsa D.V.
- Peters K.
- Phelps W.
- Piasetzky E.
- Pinkenburg C.
- Prochazka I.
- Protzman T.
- Purschke M.L.
- Putschke J.
- Pybus J.R.
- Rajput-Ghoshal R.
- Rasson J.
- Raue B.
- Read K.F.
- Reed R.
- Reinhold J.
- Renner E.L.
- Richards J.
- Riedl C.
- Rinn T.
- Roche J.
- Roland G.M.
- Ron G.
- Rosati M.
- Royon C.
- Ryu J.
- Røed K.
- Salur S.
- Santiesteban N.
- Santos R.
- Sarsour M.
- Schambach J.
- Schmidt A.
- Schmidt N.
- Schwarz C.
- Schwiening J.
- Seidl R.
- Sharma D.
- Shaughnessy C.O.
- Shi Z.
- Shibata T.-A.
- Shih C.-W.
- Shimizu S.
- Shrestha U.
- Sickles A.
- Simmerling P.
- Sirca S.
- Slifer K.
- Smith K.
- Sokhan D.
- Soltz R.
- Sondheim W.
- Song J.
- Steinberg P.
- Stepanov P.
- Stevens J.
- Strakovsky I.I.
- Strube J.
- Sun P.
- Sun X.
- Suresh K.
- Tadevosyan V.
- Tang W.-C.
- Tarafdar S.
- Teodorescu L.
- Thomas D.
- Timmins A.
- Tomasek L.
- Trotta N.
- Trotta R.
- Tveter T.S.
- Umaka E.
- Usman A.
- van Hecke H.W.
- van Hulse C.
- Velkovska J.
- Voutier E.
- Wang P.K.
- Wang Q.
- Wang Y.
- Watts D.P.
- Weinstein L.
- Wickramaarachchi N.
- Williams M.
- Wong C.-P.
- Wood L.
- Wood M.H.
- Woody C.
- Wyslouch B.
- Xiao Z.
- Yamazaki Y.
- Yang Y.
- Ye Z.
- Yoo H.D.
- Yurov M.
- Zachariou N.
- Zajc W.A.
- Zha W.
- Zhang J.-L.
- Zhang J.-X.
- Zhang Y.
- Zhao Y.-X.
- Zheng X.
- Zhuang P.
- Publication venue
- HAL CCSD
- Publication date
- 23/08/2022
- Field of study
We describe the design and performance the calorimeter systems used in the ECCE detector design to achieve the overall performance specifications cost-effectively with careful consideration of appropriate technical and schedule risks. The calorimeter systems consist of three electromagnetic calorimeters, covering the combined pseudorapdity range from -3.7 to 3.8 and two hadronic calorimeters. Key calorimeter performances which include energy and position resolutions, reconstruction efficiency, and particle identification will be presented
Design and Simulated Performance of Calorimetry Systems for the ECCE Detector at the Electron Ion Collider
- Author
- Adkins J.K.
- Akiba Y.
- Albataineh A.
- Amaryan M.
- Araya S. Tapia
- Arsene I.C.
- Ayerbe Gayoso C.
- Bae J.
- Bai X.
- Baker M.D.
- Bashkanov M.
- Bellwied R.
- Benmokhtar F.
- Berdnikov V.
- Bernauer J.C.
- Bock F.
- Boeglin W.
- Borysova M.
- Brash E.
- Brindza P.
- Briscoe W.J.
- Brooks M.
- Bueltmann S.
- Bukhari M.H.S.
- Bylinkin A.
- Capobianco R.
- Chang W.-C.
- Chen K.
- Chen K.-F.
- Cheng K.-Y.
- Cheon Y.
- Chiu M.
- Chujo T.
- Citron Z.
- Cline E.
- Cohen E.
- Cormier T.
- Corrales Morales Y.
- Cotton C.
- Crafts J.
- Crawford C.
- Creekmore S.
- Cuevas C.
- Cunningham J.
- da Costa H. Periera
- David G.
- Dean C.T.
- Demarteau M.
- Diehl S.
- Doshita N.
- Dupre R.
- Durham J.M.
- Dzhygadlo R.
- Ehlers R.
- El Fassi L.
- Emmert A.
- Ent R.
- Fanelli C.
- Fatemi R.
- Fegan S.
- Finger M.
- Frantz J.
- Friedman M.
- Friscic I.
- Gangadharan D.
- Gardner S.
- Gates K.
- Geurts F.
- Gilman R.
- Glazier D.
- Glimos E.
- Goto Y.
- Grau N.
- Greene S.V.
- Guo A.Q.
- Guo L.
- Ha S.K.
- Haggerty J.
- Hayward T.
- He X.
- Hen O.
- Higinbotham D.W.
- Hoballah M.
- Hoghmrtsyan A.
- Horn T.
- Hsu P.-H.J.
- Huang J.
- Huber G.
- Hutson A.
- Hwang K.Y.
- Hyde C.E.
- Inaba M.
- Iwata T.
- Jo H.S.
- Joo K.
- Kalantarians N.
- Kalicy G.
- Kawade K.
- Kay S.J.D.
- Kim A.
- Kim B.
- Kim C.
- Kim M.
- Kim Y.
- Kistenev E.
- Klimenko V.
- Ko S.H.
- Korover I.
- Korsch W.
- Krintiras G.
- Kuhn S.
- Kuo C.-M.
- Kutz T.
- Lajoie J.
- Lawrence D.
- Lebedev S.
- Lee H.
- Lee J.S.H.
- Lee S.W.
- Lee Y.-J.
- Li W.
- Li W.B.
- Li X.
- Liang Y.T.
- Lim S.
- Lin C.-H.
- Lin D.X.
- Liu K.
- Liu M.X.
- Livingston K.
- Liyanage N.
- Llope W.J.
- Loizides C.
- Long E.
- Lu R.-S.
- Lu Z.
- Lynch W.
- Mantry S.
- Marchand D.
- Marcisovsky M.
- Markert C.
- Markowitz P.
- Marukyan H.
- Mcgaughey P.
- Mihovilovic M.
- Milner R.G.
- Milov A.
- Miyachi Y.
- Mkrtchyan A.
- Mkrtchyan H.
- Monaghan P.
- Montgomery R.
- Morrison D.
- Movsisyan A.
- Munoz Camacho C.
- Murray M.
- Nagai K.
- Nagle J.
- Nakagawa I.
- Nattrass C.
- Nguyen D.
- Niccolai S.
- Nouicer R.
- Nukazuka G.
- Nycz M.
- Okorokov V.A.
- Oresic S.
- Osborn J.D.
- Paganis S.
- Papandreou Z.
- Pate S.F.
- Patel M.
- Paus C.
- Penman G.
- Perdekamp M.G.
- Perepelitsa D.V.
- Peters K.
- Phelps W.
- Piasetzky E.
- Pinkenburg C.
- Prochazka I.
- Protzman T.
- Purschke M.L.
- Putschke J.
- Pybus J.R.
- Rajput-Ghoshal R.
- Rasson J.
- Raue B.
- Read K.F.
- Reed R.
- Reinhold J.
- Renner E.L.
- Richards J.
- Riedl C.
- Rinn T.
- Roche J.
- Roland G.M.
- Ron G.
- Rosati M.
- Royon C.
- Ryu J.
- Røed K.
- Salur S.
- Santiesteban N.
- Santos R.
- Sarsour M.
- Schambach J.
- Schmidt A.
- Schmidt N.
- Schwarz C.
- Schwiening J.
- Seidl R.
- Sharma D.
- Shaughnessy C.O.
- Shi Z.
- Shibata T.-A.
- Shih C.-W.
- Shimizu S.
- Shrestha U.
- Sickles A.
- Simmerling P.
- Sirca S.
- Slifer K.
- Smith K.
- Sokhan D.
- Soltz R.
- Sondheim W.
- Song J.
- Steinberg P.
- Stepanov P.
- Stevens J.
- Strakovsky I.I.
- Strube J.
- Sun P.
- Sun X.
- Suresh K.
- Tadevosyan V.
- Tang W.-C.
- Tarafdar S.
- Teodorescu L.
- Thomas D.
- Timmins A.
- Tomasek L.
- Trotta N.
- Trotta R.
- Tveter T.S.
- Umaka E.
- Usman A.
- van Hecke H.W.
- van Hulse C.
- Velkovska J.
- Voutier E.
- Wang P.K.
- Wang Q.
- Wang Y.
- Watts D.P.
- Weinstein L.
- Wickramaarachchi N.
- Williams M.
- Wong C.-P.
- Wood L.
- Wood M.H.
- Woody C.
- Wyslouch B.
- Xiao Z.
- Yamazaki Y.
- Yang Y.
- Ye Z.
- Yoo H.D.
- Yurov M.
- Zachariou N.
- Zajc W.A.
- Zha W.
- Zhang J.-L.
- Zhang J.-X.
- Zhang Y.
- Zhao Y.-X.
- Zheng X.
- Zhuang P.
- Publication venue
- HAL CCSD
- Publication date
- 23/08/2022
- Field of study
We describe the design and performance the calorimeter systems used in the ECCE detector design to achieve the overall performance specifications cost-effectively with careful consideration of appropriate technical and schedule risks. The calorimeter systems consist of three electromagnetic calorimeters, covering the combined pseudorapdity range from -3.7 to 3.8 and two hadronic calorimeters. Key calorimeter performances which include energy and position resolutions, reconstruction efficiency, and particle identification will be presented
Index
- Author
- Acharya H.N.
- Ajlouni S.
- Alary R.
- Ali N.
- Ali S.Z.
- Allen J.R.
- Anderson R.A.
- Anderson R.A.
- Angladette A.
- Arthey D.
- Baikov V.N.
- Bailey J.E.
- Baker C.G.J.
- Bala B.K.
- Balasubramanian M.
- Ball C.O.
- Ball C.O.
- Bandopadhyay B.
- Bandopadhyay S.
- Bandopadhyay S.
- Bast A.
- Beagle E.C.
- Becker H.A.
- Bee M.
- Beiqun M.
- Bertram J.S.
- Bhattacharya K.R.
- Bhattacharya K.R.
- Bhattacharya K.R.
- Bhattacharya K.R.
- Bigelow W.D.
- Bird R.B.
- Biswas S.K.
- Bond E.J.
- Borasio L.
- Boumans G.
- Brekke O.L.
- Brekke O.L.
- Brekke O.L.
- Brekke O.L.
- Brekke O.L.
- Brennan J.C.
- Britton G.
- Brooker D.B.
- Brooker D.B.
- Brown A.W.A.
- Brown W.B.
- Brunndett G.W.
- Chakraverty A.
- Chakraverty A.
- Chakraverty A.
- Chakraverty A.
- Chakraverty A.
- Chakraverty A.
- Chakraverty A.
- Chakraverty A.
- Chakraverty A.
- Chakraverty A.
- Chakraverty A.
- Chakraverty A.
- Chakraverty A.
- Chakraverty A.
- Chakraverty A.
- Chakraverty A.
- Chakraverty A.
- Chakraverty A.
- Chakraverty A.
- Charley H.
- Charm S.E.
- Chikubu S.
- Christensen C.M.
- Cornell Hugh J.
- Cotton R.T.
- Dandekar Machinery Works
- Desikachar H.S.R.
- Desikachar H.S.R.
- Disney R.W.
- Downing D.L.
- Dubey O.M.
- Dykstra W.W.
- Earle R.L.
- Emrich W.
- Ezaki H.
- Fennema O.R.
- Food Industries
- Foster G.H.
- Foster G.H.
- Foster G.H.
- Gallahar G.L.
- Garibodi F.
- Gariboldi F.
- Geankoplis C. J.
- Geankoplis C.J.
- Geoffrey C.
- Ghose T.K.
- Ghosh S.K.
- Goff J.A.
- Goff J.A.
- Gordon G.L.
- Gordon L.R.
- Goyal
- Green W.D.
- Hall C.W.
- Hall C.W.
- Hall C.W.
- Hall C.W.
- Hang T.D.
- Harris R.V.
- Haswell G.A.
- Haynes B.C.
- Heldman D.R.
- Heldman D.R.
- Henderson S.M.
- Henderson S.M.
- Henderson S.M.
- Holman J.P.
- Holman L.E.
- Houston D.J.
- Hubbard J.E.
- Hukill W.V.
- Hukill W.V.
- Hulse J.H.
- IS
- IS
- IS
- IS
- Jayas D.S.
- Jones J.W.
- Juliano B.O.
- Juliano B.P.
- Kachrew R.P.
- Kadam S.S.
- Kader A.A.
- Kaupp A.
- Kausal R.T.
- Keey R.B.
- Kern D.Q.
- Kerr R.W.
- Kessler H.G.
- Kranzier G.A.
- Kreyger J.
- Krishna N.
- Kulkarni S.D.
- Kuprits Y.
- Kurien P.P.
- Kurien P.P.
- Kurien P.P.
- Lee D.S.
- Liu W.
- Lockwood J.F.
- Lorenz J.K.
- Luikov A.V.
- Mahadevappa M.
- Majumdar A.C.
- Majumdar A.S.
- Majumdar S.K.
- Mallik S.K.
- Matz S.A.
- Me Farlance J.A.
- Merson R.L.
- Midwest Plan Service
- Miller F.C.
- Milner M.
- Mitsui E.
- Mohsenin N.N.
- Mohsenin N.N.
- Monro H.A.U.
- Moody L.F.
- Morton I.S.
- Mujumdar A.S.
- Mukanor K.
- Nagashima T.
- Nanda S.K.
- Oxley T.A.
- Pabis S.
- Pabis S.
- Pal W.
- Pandeya A.
- Parkin E.A.
- Patrau J.M.
- Peplinski A.J.
- Pillaiyar P.
- Pomeranz Y.
- Potter N.N.
- Primo E.
- Raghavendra Rao S.N.
- Raghavendra Rao S.N.
- Rahaman M.S.
- Rahaman S.
- Rahaman S.M.
- Rajkondawar R.R.
- Ramaswamy H.S.
- Rao J.V.P.K.
- Rao M.A.
- Reznick R.
- Richey C.B.
- Ripp B.E.
- Rockland L.B.
- Roger D.
- Roy Chowdhury P.K.
- Rynk R.
- Sakar S.R.
- Salunkhe D.K.
- Sarkar A.K.
- Sarkar A.K.
- Satake Engineering Co
- Satake Owner Manual
- Satake T.
- Sazhin B.S.
- Scott J.H.
- Shedd C.K.
- Shedd C.K.
- Shibano M.
- Shibano M.
- Shing-Jy J.T.
- Shivanna C.S.
- Shvete I.
- Shyamanuj D.
- Siebenmorgen T.J.
- Simmonds W.H.C.
- Simmonds W.H.C.
- Sinha R.N.
- Smith L.
- Sodha M.S.
- Strumillo C.
- Subramanian V.
- Sulc D.R.
- Swaminathan K.R.
- Thomson H.J.
- Tillman D.A.
- Toshizo B.
- Treybal R.E.
- USDA
- USDA
- Valentas K.J.
- Van Arsdel W.B.
- Viraktamath C.S.
- Wasserman T.
- Wasserman T.
- Wasserman T.
- Watson S.A.
- Webster F.H.
- Weinecke L.A.
- Witcombe J.R.
- Wolf W.
- Yokochi K.
- Zoebel H.F.
- Publication venue
- 'Informa UK Limited'
- Publication date
- Field of study
Robert Dicke and the naissance of experimental gravity physics, 1957–1967
- Author
- A. Blum
- A. Einstein
- A. Einstein
- A. Finzi
- A. Joyce
- A. McKellar
- A. Sandage
- A. Sandage
- A. Sandage
- A.A. Michelson
- A.A. Penzias
- A.D. Chernin
- A.G. Riess
- A.I. Shlyakhter
- A.P. Lightman
- B. Bertotti
- B. Block
- B. Botermann
- B.J.T. Jones
- B.L. Webster
- C. Alcock
- C. Brans
- C.A. Zanoni
- C.E. St. John
- C.H. Brans
- C.M. Will
- C.O. Alley
- C.T. Bolton
- C.T. Chase
- C.W.F. Everitt
- D. Lynden-Bell
- D. Morrison
- D. Walsh
- D.C. Champeney
- D.E. Osterbrock
- D.F. Bartlett
- D.M. Popper
- D.O. Muhleman
- D.R. Brill
- D.R. Curott
- D.W. Sciama
- D.W. Sciama
- E. Hubble
- E. Hubble
- E. Rutherford
- E. Teller
- E.G. Adelberger
- E.L. Schucking
- F. Hoyle
- F. Hoyle
- F. Hoyle
- F. Zwicky
- F. Zwicky
- F. Zwicky
- F.D. Albareti
- F.W. Dyson
- G. Cocconi
- G. Cocconi
- G. de Vaucouleurs
- G. de Vaucouleurs
- G. Gamow
- G. Gamow
- G. Gamow
- G. Gamow
- G. Gamow
- G. Lemaître
- G. Lemaître
- G.A. Seielstad
- G.B. Field
- G.G. Goles
- G.H. Pettengill
- G.R. Burbidge
- H. Bondi
- H. Bondi
- H. Goenner
- H. Hoekstra
- H. Kragh
- H. Kragh
- H.A. Hill
- H.A. Hill
- H.E. Ives
- H.J. Hay
- H.P. Gush
- H.W. Babcock
- I. Ciufolini
- I. Lopes
- I. Ribas
- I.I. Shapiro
- I.I. Shapiro
- I.I. Shapiro
- I.S. Shklovsky
- J. Kormendy
- J. Peebles
- J. Renn
- J. Weber
- J. Weber
- J. Weber
- J. Weber
- J.-P. Rozelot
- J.-P. Uzan
- J.A. Orosz
- J.A. Tyson
- J.C. Mather
- J.E. Faller
- J.E. Faller
- J.E. Faller
- J.G. Williams
- J.H. Moore
- J.H. Taylor
- J.L. Greenstein
- J.L. Greenstein
- J.L. Greenstein
- J.P. Cedarholm
- J.P. Cedarholm
- J.P. Gordon
- J.R. Kuhn
- J.R. Kuhn
- J.R. Oppenheimer
- J.R. Shakeshaft
- K. Nordtvedt
- K.C. Turner
- L.B. Kreuzer
- L.I. Schiff
- L.I. Schiff
- L.M. Krauss
- LIGO Scientific Collaboration and Virgo Collaboration
- M. Aglietta
- M. Davis
- M. Davis
- M. Davis
- M. Fierz
- M. Jentschel
- M. Ruderfer
- M. Schmidt
- M.A. Barstow
- M.E. Brown
- M.G. Hauser
- M.J. Geller
- M.J. Thompson
- M.L. Humason
- N.A. Bahcall
- N.A. Bahcall
- N.S. Hetherington
- O.D. Aguiar
- P. Jordan
- P. Jordan
- P. Jordan
- P. Jordan
- P. Thaddeus
- P.A.M. Dirac
- P.A.R. Ade
- P.E. Boynton
- P.G. Roll
- P.G. Roll
- P.J. Peebles
- P.J. Peebles
- P.J. Peebles
- P.J.E. Peebles
- P.J.E. Peebles
- P.J.E. Peebles
- P.J.E. Peebles
- P.J.E. Peebles
- P.J.E. Peebles
- P.J.E. Peebles
- P.J.E. Peebles
- P.J.E. Peebles
- P.R. Heyl
- Planck Collaboration
- R. Arnowitt
- R. Weiss
- R.A. Alpher
- R.A. Alpher
- R.A. Hulse
- R.B. Partridge
- R.C. Tolman
- R.F.C. Vessot
- R.H. Dicke
- R.H. Dicke
- R.H. Dicke
- R.H. Dicke
- R.H. Dicke
- R.H. Dicke
- R.H. Dicke
- R.H. Dicke
- R.H. Dicke
- R.H. Dicke
- R.H. Dicke
- R.H. Dicke
- R.H. Dicke
- R.H. Dicke
- R.J. Kennedy
- R.J. Kennedy
- R.L. Forward
- R.L. Mössbauer
- R.V. Eötvös
- R.V. Pound
- R.V. Pound
- R.V. Pound
- R.V. Pound
- R.W. DeGrasse
- R.W.P. Drever
- R.W.P. Drever
- S. Alam
- S. Bowyer
- S. Deser
- S. Liebes
- S. Liebes
- S. Perlmutter
- S. Rainville
- S. Refsdal
- S. Weinberg
- S.D.M. White
- S.E. Rugh
- S.F. Singer
- S.J. Maddox
- S.P. Boughn
- S.S. Shapiro
- T. Damour
- T. Gold
- T. Rosenband
- T.S. Jaseja
- V. Trimble
- V.B. Braginskiǐ
- V.W. Hughes
- W. Baade
- W. Happer
- W.F. Hoffmann
- W.J. Morgan
- W.S. Adams
- W.W. Zhu
- Y.G. Klimov
- Ya.B. Zel’dovich
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- Field of study
Large expert-curated database for benchmarking document similarity detection in biomedical literature search
- Publication venue
- 'Oxford University Press (OUP)'
- Publication date
- 01/01/2019
- Field of study
Document recommendation systems for locating relevant literature have mostly relied on methods developed a decade ago. This is largely due to the lack of a large offline gold-standard benchmark of relevant documents that cover a variety of research fields such that newly developed literature search techniques can be compared, improved and translated into practice. To overcome this bottleneck, we have established the RElevant LIterature SearcH consortium consisting of more than 1500 scientists from 84 countries, who have collectively annotated the relevance of over 180 000 PubMed-listed articles with regard to their respective seed (input) article/s. The majority of annotations were contributed by highly experienced, original authors of the seed articles. The collected data cover 76% of all unique PubMed Medical Subject Headings descriptors. No systematic biases were observed across different experience levels, research fields or time spent on annotations. More importantly, annotations of the same document pairs contributed by different scientists were highly concordant. We further show that the three representative baseline methods used to generate recommended articles for evaluation (Okapi Best Matching 25, Term Frequency-Inverse Document Frequency and PubMed Related Articles) had similar overall performances. Additionally, we found that these methods each tend to produce distinct collections of recommended articles, suggesting that a hybrid method may be required to completely capture all relevant articles. The established database server located at https://relishdb.ict.griffith.edu.au is freely available for the downloading of annotation data and the blind testing of new methods. We expect that this benchmark will be useful for stimulating the development of new powerful techniques for title and title/abstract-based search engines for relevant articles in biomedical science. © The Author(s) 2019. Published by Oxford University Press