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David A. Jackson
Researcher at King's College London
Publications - 1166
Citations - 76015
David A. Jackson is an academic researcher from King's College London. The author has contributed to research in topics: Optical fiber & Interferometry. The author has an hindex of 136, co-authored 1095 publications receiving 68352 citations. Previous affiliations of David A. Jackson include University of California, Berkeley & University of Alberta.
Papers
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Journal ArticleDOI
Foreword on the contribution of the university of Kent’s applied optics group to the field of fiber optics sensors
TL;DR: In this paper, the research activities of some of the members of the Applied Optics Group (AOG) at the University of Kent (UoK) will present brief details of their research in AOG and then describe in greater length details since leaving the University.
Proceedings ArticleDOI
Fiberised set-up for retinal imaging of the living eye using low coherence interferometry
TL;DR: A fiberised low coherence Michelson interferometer system capable of producing transversal and longitudinal images from the eye and successfully used to produce high resolution images of post-mortem human retinal tissue and very recently of the living eye is presented.
Journal ArticleDOI
A Renewed Charter: Key Principles to Improve Patient Care in Severe Asthma
Andrew Menzies-Gow,David A. Jackson,Mona Al-Ahmad,Eugene R. Bleecker,Francisco de Borja G Cosio Piqueras,Stephen Brunton,Giorgio Walter Canonica,C. K. N. Chan,John Haughney,Steve Holmes,Janwillem W. H. Kocks,Tonya Winders +11 more
TL;DR: In 2018, a group of experts from the clinical community, patient support groups, and professional organisations joined together to develop the Severe Asthma Patient Charter, which set out six principles to define what patients should expect for the management of their severe asthma and what should constitute a basic standard of care as discussed by the authors .
Study of the decay B0 --> D+ D*- with D*- partial reconstruction
Kazuo Abe,Y. Chao,S. Kobayashi,S. Yanaka,K. Misono,D. Liventsev,R. Kulasiri,S. E. Vahsen,Kei Suzuki,S.N. Tovey,Y. Asano,H. Kichimi,G. R. Moloney,V.N. Zhilich,A. Sidorov,H. Shibuya,M. Akatsu,E.J. Prebys,J. Tanaka,S. L. Olsen,Takashi Nakamura,D. W. Kim,S. Kumar,H. Kakuno,K. Ikeda,M. Asai,M. Tanaka,Y. Choi,T. Mori,S. H. Lee,Byoung Sup Ahn,K. Hoshina,H. Park,T. Tomura,T. Sumiyoshi,S. Okuno,Tsukasa Aso,J. W. Nam,F. Takasaki,B. G. Cheon,Hirokazu Miyake,Kyo Yoshida,Hirokazu Ishino,T. Tsuboyama,Kai-Feng Chen,Y. Yamashita,B. Shwartz,T. Iijima,A. Ishikawa,J. S. Lange,P. K. Behera,A. Bozek,M. Rozanska,E. M. Heenan,Matthew Jones,S. Y. Suzuki,D. Zontar,Y. Watanabe,K. Inami,H. Hirano,T. Hirai,J. Yashima,S. R. Hou,Y.S. Li,K. Hara,K. Ueno,H. Hayashii,L. Y. Dong,S. Uno,Y. Sakai,J. Haba,T. Takahashi,Y. J. Kwon,S. Uehara,S. Ogawa,Hyun Woo Kim,M. E. Sevior,Yoshihiko Nagashima,Ascelin Gordon,Daniel Robert Marlow,T. Aushev,Naritoshi Kawamura,S. K. Swain,Kevin Varvell,M. Satapathy,H. Nakazawa,K. Sumisawa,T. Higuchi,L. E. Piilonen,F. Handa,N. Katayama,Hiroyuki Sagawa,E. Kurihara,E. Won,Masashi Yokoyama,T. Tsukamoto,N. C. Hastings,Z. Natkaniec,V. M. Aulchenko,H. Fujii,J. Kaneko,T. Hokuue,Y. Mikami,H. C. Huang,K. Kinoshita,N.I. Root,M. Z. Wang,Makoto Tomoto,Heejong Kim,H. Yamamoto,I. Adachi,G. N. Taylor,M. Takita,Koya Abe,V. Eiges,K. Senyo,K. Neichi,Masaki Fukushima,O. Nitoh,R. Kagan,G. Leder,Kazunori Hanagaki,K. Korotushenko,J. G. Wang,P. Chang,R. Abe,Y. Hoshi,Yasuhiko Yamada,R. Chistov,P. Pakhlov,T. Okabe,R. Guo,Hirokazu Ikeda,Bruce Yabsley,J. S. Kang,T. Kuniya,D. Beiline,S. Eidelman,Y. Igarashi,C. W. Park,H. Yuta,M. Yamaga,S. Behari,Rong-Shyang Lu,Yuji Enari,M. Nakao,T. Nozaki,I. Higuchi,Hiroaki Aihara,H. Tajima,Hyunyong Kim,David A. Jackson,Go Iwai,Yasushi Nagasaka,A. Sugi,Shih-Chieh Hsu,S. Koishi,H. Palka,Y. Teramoto,Hiroshi Sakamoto,T. Kawasaki,A. Sugiyama,Y. Higasino,K. Gotow,T. Matsubara,T. E. Browder,T. J. Gershon,Y. Ushiroda,W. S. Hou,P. Krokovny,Shigeki Mori,J.I. Suzuki,C.W. Everton,J. Ryuko,T. Yamanaka,L. S. Peak,S. Noguchi,S. Schrenk,C. Fukunaga,S. Matsui,H. Guler,T. Nagamine,Yasuhiro Ohshima,T. Matsumoto,N. Gabyshev,C. C. Zhang,S. K. Kim,Hiroyuki Iwasaki,C. H. Wang,H. Miyata,J. Dragic,A.E. Bondar,S. K. Choi,J. L. Rodriguez,T. Okazaki,K. Trabelsi,P. Kapusta,K. Miyabayashi,K. Tamai,Y. Yusa,Y. Unno,R. Itoh,Samo Stanič,H. K. Jang,F. Fang,Y. Iwasaki,T.H. Kim,S. Y. Suzuki,Jia-ju Zhang,C. C. Wang,H. W. Zhao,Hikaru Kawai,Elzbieta Banas,J. H. Kang,Y. Kawakami,Alexei Kuzmin,S. Matsumoto,Christos Leonidopoulos,N. Tamura,T. Hojo,Kanae Asai,Krzysztof A. Rybicki,Y. Zheng,Changwon Park,Masashi Hazumi,Hideyuki Konishi,E. Nakano,Y. Settai,S. Nishida,A. Satpathy,T. Nakadaira,A. Yamaguchi,M. D. Peters,T. Hara,A. Garmash,B. C. K. Casey,A. M. Bakich,M. Yamauchi,T. Ohshima,L.C. Moffitt,G.F. Moorhead,H. Hamasaki,J. MacNaughton,H. Ozaki,A. Murakami,S. Semenov,A. Droutskoi,Pawel Jalocha +247 more
Proceedings ArticleDOI
Analysis of the frequency components of phase-modulated white-light interferometry to determine the central maximum position
TL;DR: In this paper, a detailed theoretical analysis with numerical calculations was conducted to study the frequency spectrum resulting from the application of a sinusoidal phase modulation to a two-beam interferometer illuminated by a low coherence source with a Gaussian spectral profile.