. In most cases the term biophotonics is only referred to the second case. Applications Biophotonics ... , and the total internal reflection fluorescence microscope all belong to the field of biophotonics ... tweezers and laser scalpel laser micro scalpels , which are further applications in the field of biophotonics ... www.atomic.physics.lu.se biophotonics our research diffuse optical tomography and imaging ref The method .... Typical wavelengths, which are used in biophotonics are between 600 nm Visible and 3000 nm near IR . Lasers Lasers play a more and more important role in Biophotonics. Their unique intrinsic ... lasers Major gas laser, which are used for biophotonics applications and their most important wavelengths ... importance in biophotonics. Major advantage of gas lasers in biophotonics is their fixed wavelength ... are used for diode lasers in biophotonics are based either on GaN or GaAs semiconductor material. GaN ... from diode lasers in biophotonics are 375, 405, 445, 473, 488, 515, 640, 643, 660, 675, 785 ... lasers empty section date July 2011 Ultrachrome lasers Many advanced applications in biophotonics ... free spectral purity. Since both concepts have major importance for biophotonics the umbrella term ultrachrome ... more details
Infobox journal title Journal of Biophotonics cover File Journal of Biophotonics.gif editor J rgen Popp discipline Biophotonics abbreviation J. Biophotonics publisher John Wiley & Sons Wiley VCH country frequency Monthly history 2008 present openaccess license impact 4.240 impact year 2010 website http onlinelibrary.wiley.com journal 10.1002 28ISSN 291864 0648 link1 http onlinelibrary.wiley.com journal 10.1002 ISSN 1864 0648 currentissue link1 name Online access link2 http onlinelibrary.wiley.com journal 10.1002 ISSN 1864 0648 issues link2 name Online archive JSTOR OCLC 304302801 LCCN CODEN ISSN 1864 063X eISSN 1864 0648 The Journal of Biophotonics is a peer review peer reviewed scientific journal covering research on the biophotonics interactions between light and biological material . The journal was established in 2008 by J rgen Popp Jena, Germany , Gert von Bally Muenster, Germany , and Andreas Thoss Berlin, Germany . ref http www.biophotonik.org index.php?article id 96&clang 0 ref and is published by John Wiley & Sons Wiley VCH . The editor in chief is J rgen Popp. In addition to regular submissions, the Journal of Biophotonics publishes topical issues on selected research areas, e.g. biophotonics in regenerative medicine and dermatology , optical coherence tomography , and therapeutic laser applications. Abstracting and indexing The journal is abstracted and indexed in BIOSIS Previews BIOSIS Previews Current Contents Inspec MEDLINE PubMed Science Citation Index Expanded Chemical Abstracts Service SciFinder Scopus According to the Journal Citation Reports , the journal has a 2010 impact factor of 4.240. ref name WoS cite book year 2011 chapter Journal of Biophotonics title 2010 Journal Citation Reports publisher Thomson Reuters edition Science accessdate 2011 07 27 work Web of Science postscript . ref References reflist External links Official 1 http onlinelibrary.wiley.com journal 10.1002 28ISSN 291864 0648 DEFAULTSORT Journal Of Biophotonics Category Publications ... more details
Summary Non free use rationale Article Journal of Biophotonics Description Cover of the journal Source http www.biophotonik.org files biophotonics journal.gif Portion Low resolution Yes Purpose To show the cover Replaceability other information Licensing Non free magazine cover Category Academic journal covers ... more details
Italic title force yes The Journal of the European Optical Society Rapid Publications is an online open access peer review peer reviewed scientific journal published by the European Optical Society . Its 2010 impact factor is 1.044. The journal publishes articles in all areas of optical science and technology with a focus on information optics quantum optics electro optics optical design imaging adaptive optics THz imaging electro magnetic scattering diffractive optics biomedical optics biophotonics nonlinear optics The editors in chief are Joseph Braat Delft University of Technology and Richard Michael De La Rue University of Glasgow . External links Official http www.jeos.org Category Optics journals Category Open access journals Category English language journals ... more details
The Institute of Photonic Technology IPHT German language German Institut f r Photonische Technologien is a non university research facility in Jena , Thuringia , Germany . Focused on applications for various physical system s, the Institute s mandate is to find solutions to challenges in high technology systems. IPHT carries out research in the following areas magnetics , quantum electronics , optics , microsystems , biophotonics and laser technology . The Institute works with both universities and companies. The IPHT coordinates several EU Projects funded by the European Commission Photonics4Life S Pulse High EF Rod Sol Fiblys External links http www.ipht jena.de IPHT official website in German coord 50 54 33.52 N 11 34 02.11 E region DE TH type landmark source dewiki display title Category Research institutes in Germany Category Physics institutes Category Jena tech stub de Institut f r Photonische Technologien ... more details
Femtosecond Biophotonics Core Techniques and Applications, 2010 . ref cite book publisher Cambridge University Press title Femtosecond Biophotonics Core Techniques and Applications url http www.cambridge.org ..., biophotonics and multi dimensional optical data storage 3D optical data storage . He is a member of the 16 ... more details
cleanup date March 2008 About CRPUO The Centre for Research in Photonics is a research facility at the University of Ottawa in Ottawa , Canada . The center was created in 2002 ref http www.media.uottawa.ca mediaroom news details e.php?nid 247 University of Ottawa creates Centre for Research in Photonics. February 5, 2002 ref to study photonics . Photonics embraces the science of light, its interaction with matter, and the technology for its generation, manipulation, transmission and detection. CRPUO s areas of research Biophotonics Communications and networks Devices and technology Sensing systems Physical photonics Location University of Ottawa, 800 King Edward SITE building Staff Director of the Centre for Research in Photonics, Dr. Trevor Hall Awards In 2005 Tito Scaiano, a member of CRPUO, was appointed an Officer of the Order of Canada . ref http www.gg.ca media doc.asp?lang e&DocID 4672 Governor General to invest 33 recipients into the Order of Canada Citations for the recipients. February 15, 2006 ref External links http www.photonics.uottawa.ca Centre for Research in Photonics at the University of Ottawa Official site. http pntl.site.uottawa.ca Photonics Network Technology Laboratory PNTL http www.site.uottawa.ca thall Trevor J. Hall, Director of the Centre for Research in Photonics at the University of Ottawa References references http www.media.uottawa.ca mediaroom news details e.php?nid 247 University of Ottawa creates Centre for Research in Photonics. February 5, 2002 Category University of Ottawa Category Photonics Category Educational institutions established in 2002 ... more details
Tia E. Keyes is a specialist in photochemistry and Molecule Molecular spectroscopy molecular spectroscopy . She is a professor of physical chemistry at the School of Chemical Sciences, a member of the National Centre for Sensor Research at Dublin City University , the SFI CSET funded Biomedical Diagnostics Institute and holds a Marie Curie Fellowship from the Royal College of Surgeons of Ireland. In addition to her journal publications she has jointly authored a book with two of her colleagues from DCU Johannes G. Vos , Robert J. Forster Interfacial Supramolecular Assemblies Electrochemical and Photophysical Properties , Wiley, 2003. ref http www.dcu.ie research staff profiles.shtml Dublin City University, Office of the Vice President For Research Staff Profiles Accessed Nov 2010 ref ref Web of Science reports 100 peer reviewed scientific papers in journals such as the Journal of the American Chemical Society , Langmuir journal Langmuir , Journal of Raman Spectroscopy , Physical Chemistry Chemical Physics , Journal of Physical Chemistry and Inorganic Chemistry and that these works have been cited more than 1000 times and that she has a h index of 18. Accessed May 2011 ref ref http www.biophotonicsworld.org contact Biophotonics World Accessed Nov 2010 ref ref http www.rcsi.ie index.jsp?nID 1810&pID 1799 Royal College of Surgeons of Ireland, Marie Curie Translational Research Fellowships Accessed Nov 2010 ref ref name BR Book Review by Rajendra Rathore Marquette University, J. Am. Chem. Soc., 2003, 125 44 , p 13620 ref External links http www.dcu.ie info staff member.php?id no 1002 Official website at Dublin City University References Reflist Persondata Metadata see Wikipedia Persondata . NAME Keyes, Tia ALTERNATIVE NAMES SHORT DESCRIPTION DATE OF BIRTH PLACE OF BIRTH DATE OF DEATH PLACE OF DEATH DEFAULTSORT Keyes, Tia Category Year of birth missing living people Category Living people Category Irish scholars and academics Category Irish chemists ireland academic bio ... more details
, quantum optics quantum photonics , nanophotonics ,and biophotonics . Researchers work in a great ..., optoelectronics, integrated optics, ultrafast optics, biophotonics, and biomedical optics. Projects ..., to name just a few. ICFO conducts research and development at the cutting edge of biophotonics and nanophotonics ... centers, biomedical research centers, universities, and corporations alike, acting as the local BioPhotonics Hub. In particular, ICFO organises the Light for Health event, which offers the region s BioPhotonics ... more details
Image HamiltonInstituteLogo.png right thumb Hamilton Institute Logo The Hamilton Institute is a multi disciplinary research centre at the National University of Ireland, Maynooth . The Hamilton Institute was formally established in November 2001 under the first round of funding, ref SFI Press July 2001 Release http www.sfi.ie content content.asp?section id 227&language id 1&publication id 714 ref ref NUI Maynooth July 2001 Press Release http communications.nuim.ie press 270701.shtm ref by Science Foundation Ireland SFI and officially opened by Bill Harris, SFI Director General. Since 2001 the institute has grown in size to around 45 full time researchers in 2008. ref NUIM Presidents Report 2008 Academic Review http www.nuim.ie publications presidents documents ar 0708 en.pdf ref From 2001 2009 the institute Director has been Prof. Douglas Leith. In this period the institute has been successful in winning a number of large research grants, in addition to the original seed funding grant from SFI, including the 4.7M National Communications Network Research Centre, ref List of SFI funded projects in 2004 http www.sfi.ie uploads documents upload ete1177a.pdf ref a 2.5M Systems Biology initiative, ref The Irish Scientist 2006 http www.irishscientist.ie 2006 contents.asp?contentxml 06p72b.xml&contentxsl is06pages.xsl ref ref Tustin Lecture by Prof. Peter Wellstead http www.sfi.ie content content.asp?section id 753&language id 1&publication id 1751 ref the 2.7M Next Generation Internet project, ref Enterprise Ireland press 2007 release http www.entemp.ie press 2007 20070906.htm ref the National Biophotonics Platform ref National Biophotonics Platform Official Website www.nbipireland.ie ref and the 2.2M Network Mathematics initiative. ref Network Mathematics Initiative Official Website www.networkmaths.ie ref ref Article on Network Mathematics initiative in University Science http www.universityscience.ie pages news 2008 june08 Hamilton.php ref ref Article on Network Mathema ... more details
Orphan date February 2009 Centre of Excellence in Lasers & Optoelectronic Sciences CELOS is an independent centre of excellence set up by the Cochin University of Science and Technology CUSAT . It is one of the few institutions in India that have facilities for R&D activities and manpower training in photonics and related fields. In recognition of the outstanding work carried out by a group of teachers and researchers in photonics and related subjects, the University Grants Commission UGC identified CUSAT as a University with Potential for Excellence in Lasers and Optoelectronic Sciences in March 2002. Following this selection by University Grants Commission, CUSAT established a separate and independent Centre of Excellence in Lasers & Optoelectronic Sciences CELOS in the month of July 2002. The activities under the CELOS have been jointly proposed by the International School of Photonics ISP , Department of Physics and Department of Electronics in CUSAT. Based on the recommendations of the experts, UGC has made a budgetary allocation of Rs. 35.456 million towards the R & D activities at the above Centre. As approved by the Expert Committee of the University Grants Commission India UGC , CELOS has established a National Facility centered around Tsunami a Spectra Physics make Ti Sapphire pico subpicosecond laser system with an amplifier. Tsunami is pumped by 5W Millennium diode pumped solid state laser. The output from the Tsunami seed laser is further amplified by Spitfire a chirped pulse amplifer which is pumped by Empower a 30W Q switched DPSS Nd YLF laser. The final amplified ultrashort pulses have 70 femtosecond pulse duration and an energy of 2.5mJ per pulse at 1 kHz repetition rate. Research activities have been initiated by CELOS in the fields of Optical Fiber Amplifier, Fiber Optic Sensors, Photonic Materials, Microwave Photonics, Laser produced Plasma, Nonlinear Processes, Biophotonics and related fields. At present CELOS has two Research Associates, t ... more details
Context date March 2009 The protein ISWI or imitation SWI of drosophila melanogaster , is the first ATPase subunit which has been isolated in the ISWI chromatin remodeling family. This protein presents high level of similarity to the SWI SNF chromatin remodeling family in the ATPase domain. Outside the ATPase domain ISWI loses the similarity with the member of the SWI SNF family, possessing a SANT domain instead of the bromodomain. The protein ISWI can interact with several proteins giving three different chromatin remodeling complexes in drosophila melanogaster NURF nucleosome remodeling factor , CHRAC chromatin remodeling and assembly complex and ACF ATP utilising chromatin remodeling and assembly Factor . In vitro , the ISWI protein alone can assemble nucleosomes on linear DNA and it can move nucleosomes on linear DNA from the center to the extremities. Inside the CHRAC complex, ISWI catalyzes the inverse reaction, moving nucleosomes from the extremities to the center. ref name pmid10399913 cite journal author L ngst G, Bonte EJ, Corona DF, Becker PB. title Nucleosome movement by CHRAC and ISWI without disruption or trans displacement of the histone octamer. journal Cell volume 97 issue 7 pages 843 52 year 1999 pmid 10399913 doi 10.1016 S0092 8674 00 80797 7 ref Generation of loops in dsDNA A single molecule study using AFM atomic force microscopy and Thethered Particle Motion TPM has observed that ISWI can bound naked DNA in absence Adenosine triphosphate ATP wrapping DNA around the protein. In presence of Adenosine triphosphate ATP , the protein generates DNA loops while simultaneously generating negative supercoils in the template. ref name DOI 10.1002 jbio.200810027 cite journal author Lia G, Indrieri M, Owen Hughes T, Finzi L, Podesta A, Milani P, Dunlap D title ATP dependent looping of DNA by ISWI journal J. Biophotonics volume 1 issue 4 pages 280 86 year 2008 doi 10.1002 jbio.200810027 pmid 19343651 ref The first figure in this paper shows three AFM images ... more details
Refimprove date August 2008 Infobox Journal cover Deleted image removed Image Adma1606 cover.gif discipline Optical science abbreviation Laser & Photon. Rev. website http www.lpr journal.org publisher John Wiley & Sons Wiley VCH country Germany history 2007 to present ISSN 1863 8880 eISSN 1863 8899 impact 9.297 impact year 2010 editor Guido W. Fuchs Editor in Chief br J rn Ritterbusch Publisher br Regina Hagen Editorial Office Laser & Photonics Reviews is a Peer review peer reviewed optical science Scientific journal journal published every two months. It publishes review articles from the cutting edge of optical science, including topics in physics , optoelectronics , nanotechnology , laser science, imaging, communications and other areas of photonics. All review articles are based on personal invitations of highly recognized scientists. History The journal was founded in 2007 by the Founding Editors Prof. Hans A. Bachor Canberra, Australia , Prof. Thomas Graf Stuttgart, Germany , Prof. Theodor W. H nsch Munich, Germany , Prof. Alexander A. Kaminskii Moscow, Russia , Prof. Stephan W. Koch Marburg, Germany and Dr. Alexander Grossmann Editor, Berlin, Wiley VCH and Dr. Andreas Thoss Deputy Editor, Berlin, Wiley VCH . Since January 2009 an editorial advisory board has been introduced http www3.interscience.wiley.com journal 113511747 home edbd.html Editorial Advisory Board . Since 2008 Dr. Guido W. Fuchs is Editor in Chief of Laser & Photonics Reviews. Further Information The editorial office is in Berlin Germany from where the peer review process is coordinated. Topics Frequent topics covered by the journal include Lasers , LED s and other light source s Imaging , detectors and sensors Optoelectronic devices and components Novel materials and engineered structures Physics of light Wave propagation propagation , interaction and behaviour Quantum optics and cryptography Ultrafast photonics Biophotonics Optical disc s Spectroscopy Fibre optics and optical communications ... more details
multiple issues orphan June 2010 advert July 2009 refimprove July 2009 Infobox company company name Prior Scientific Instruments company type Corporation company logo Image Prior logo.jpg foundation London, UK 1919 founder W. R. Prior location Cambridge, UK key people Dr Monika Maintz, Managing Director num employees 100 industry Scientific Instrumentation products Microscope Automation, Optical Microscopy, Telecommunications Products, br OEM Design & Manufacture homepage http www.prior.com Prior Global Gateway Prior Scientific Instruments Private company limited by shares Ltd was established in London in 1919 as a manufacturer of optical microscope s. At that time the UK had a very strong optical microscope industry as did Germany Carl Zeiss AG Zeiss and Leica and Japan Olympus Corporation Olympus and Nikon . However during the following decades, British companies failed to develop innovative new products. They ultimately lagged behind their international competitors and eventually went into liquidation. Prior Scientific survived and prospered because it diversified its business and identified niche markets. Citation needed date October 2009 Today the head office is based in Cambridge , UK, and the company offers precision mechanical engineering, optics, electronics and precision assembly. The core business has diversified into microscope automation systems and Original equipment manufacturer OEM products. The company sells its products worldwide. Subsidiaries have been established in the USA and Germany. Prior Scientific Corporation Inc. is based in Rockland, Massachusetts Rockland near Boston, USA and Prior Scientific GmbH is based in Jena , Germany. Products Today, Prior s produucts are in 4 key areas as follows Microscope Automation br This includes items such as motorised microscope stages ref Editor bioPHOTONICS , p33. Scientific Press, 2009. ref , automated focus mechanisms ref Ruchatz, H Photonik , p62. Scientific Press, 2007. ref , filter wheels, shutters, ... more details
ref name Salk Institute s Advanced Biophotonics Center cite web title Waitt Foundation grant to Salk Institute for Biological Studies Advanced Biophotonics Center url http www.salk.edu news pressrelease ... of an Advanced Biophotonics Center. On 18 December 2008, the http www.clintonfoundation.org ... more details
For the science of interactions of light and living beings biophotonics A biophoton from the Greek language Greek meaning life and meaning light , synonymous with ultraweak photon emission , low level biological chemiluminescence , ultraweak bioluminescence , dark luminescence and other similar terms, is a photon of light emitted from a life biological system and detected by biological probes as part of the general weak electromagnetic radiation of living cells biology biological cell s. Biophotons and their study should not be confused with bioluminescence , a term generally reserved for higher intensity luciferin luciferase systems. Biophotonics is the study, research and applications of photons in their interactions within and on biological systems. Topics of research pertain more generally to basic questions of biophysics and related subjects for example, the Gene regulation regulation of biological functions , cell growth and cell differentiation differentiation , connections to so called delayed luminescence , and spectral emissions in supramolecular chemistry supermolecular processes in living tissues, etc. The typical detected magnitude mathematics magnitude of biophotons in the electromagnetic spectrum visible and ultraviolet spectrum ranges from a few up to several hundred photons per second per square centimeter of surface area, much weaker than in the openly visible and well researched phenomenon of normal bioluminescence, but stronger than in the thermal, or black body radiation that so called perfect black bodies demonstrate. The detection of these photons has been made possible and easier by the development of more sensitive photomultiplier tubes and associated .... Russian, German, and other biophotonics experts, often adopting the term biophotons from Popp, have ... Biophotonics Biophysics Chemiluminescence Kirlian photography L field Luminophore Phosphorescence ... Research and its Application F.A. Popp, http www.biophotonik.de Biophotonics http www.lifescientists.de ... more details
References references Bibliography Biophotonics L.V.Beloussov and F. A. Popp eds BioInform Services, Moscow, 1995. Biophotonics and Coherent Systems L.V.Beloussov, F. A. Popp, V.L. Voeikov and R. van Wijk eds Moscow University Press, Moscow 2000. Biophotonics and Coherent Systems in Biology by L.V. ... more details
NOTOC div style float left width 69 Biotechnology is a technology based on biology , especially when used in agriculture , food science , and medicine . Of the many different definitions available, the one formulated by the UN Convention on Biological Diversity is one of the broadest Biotechnology means any technological application that uses biological systems, living organisms, or derivatives thereof, to make or modify products or processes for specific use. Article 2. Use of Terms div style text align right margin right 10px margin bottom 4px Biotechnology More about Biotechnology... div div div style float right width 29 Biotechnology title MINUTE CURRENTTIME t div br style clear both see also Outline of biotechnology This page provides an alphabetical list of articles and other pages including categories, lists, etc. about biotechnology. For other overviews of the topic, please see the Portal Biotechnology Biotechnology portal . A Agrobacterium Affymetrix Alcoholic beverages Category Alcoholic beverages Amgen AnaSpec Antibiotic Artificial selection B Biochemical engineering Biochip Biodiesel Bioengineering Biofuel Biogas Biogen Idec Bioindicator Bioinformatics Category Bioinformatics Bioleaching Biological agent Biological warfare Bioluminescence Biomimetics Bionanotechnology Bionics Biopharmacology Biophotonics Bioreactor Bioremediation Biostimulation Biosynthesis Biotechnology Category Biotechnology Category Biotechnology companies Category Biotechnology products Bt corn BioSynergy C Cancer immunotherapy Cell therapy Chimera genetics Chinese hamster Chinese Hamster Ovary cell Chiron Corp. Cloning Compost Composting Convention on Biological Diversity Chromatography D Directive on the patentability of biotechnological inventions DNA microarray Dwarfing E Enzymes Electroporation Environmental biotechnology Eugenics F fermentation food Fermentation Category Fermented foods G Gene knockout Gene therapy Genentech Genetic engineering Genetically modified food Geneti ... more details
Infobox scientist name Tuan Vo Dinh image filename only birth date Birth date and age 1948 04 11 birth place Nha Trang , South Vietnam use of a flag icon in this context is forbidden by the Manual of Style citizenship ethnicity fields Chemistry, Biomedical Engineering, Photonics workplaces Duke University alma mater known for influences influenced Vietnamese name V nh Vo Dinh Tu n Tuan Vo Dinh Vietnamese V nh Tu n born April 11, 1948 is R. Eugene and Susie E. Goodson Professor of Biomedical Engineering , Professor of Chemistry , and Director of the Fitzpatrick Institute for Photonics of Duke University . Vo Dinh has been ranked No. 43 on a list of the world s top 100 living geniuses in a survey conducted by Creators Synectics , a global consultants firm. ref cite news url http www.telegraph.co.uk news uknews 1567544 Top 100 living geniuses.html title Top 100 living geniuses work Telegraph.co.uk date 2007 10 31 accessdate 2008 06 19 ref Born in Nha Trang , Vietnam , Vo Dinh earned his doctorate degree in biophysical chemistry at the ETH Zurich Swiss Federal Institute of Technology in Zurich in 1975 and emigrated to the U.S. in 1975. He researched at the Oak Ridge National Laboratory in Tennessee as Director of Center for Advanced Biomedical Photonics and was Professor at University of California , University of Tennessee , Knoxville , before coming to Duke in March 2006. He specializes in photonics, the science of the interaction between light and matter like biophotonics , laser excited luminescence spectroscopy, etc. References Reflist External links http fds.duke.edu db pratt BME faculty tuan.vodinh Bio Tuan Vo Dinh at Duke University . http www.vodinh.pratt.duke.edu Vo Dinh Research Group http www.nanoscienceworks.org people vo dinh tuan Bio http www.uspto.gov web offices com speeches 02 37.htm USPTO recognizes Asian Pacific American creativity during Asian Pacific American Heritage Month , May 2002 http web.mit.edu invent iow vodinh.html Inventor of the We ... more details
nihongo Satoshi Kawata Kawata Satoshi extra born 1 October 1951 is a scientist based in Japan who is active in nanotechnology , photonics , plasmonics, and other areas of applied physics . He is a Professor of Department of Applied Physics at Osaka University . He is also a Chief Scientist at RIKEN . Biography Career Kawata studied under Tatsuro Suzuki and received his Bachelor s degree in 1974, his Masters degree in 1976 and his doctorate from Osaka University in 1979. After his experience as a Japan Society for the Promotion of Science post doctoral fellow at Osaka University and as a Research associate at the University of California, Irvine , he joined the Department of Applied Physics at Osaka University as a faculty member and studied under Shigeo MInami. In 1993, he was promoted to full professor, and served as the Director of Frontier Research Center, from 2001 to 2003, and is currently the Director of the Photonics Advanced Research Center. Since 2002, Kawata is jointly at RIKEN as a Chief Scientist of the Nanophotonics Laboratory. Kawata is known for his work in nanophotonics study of the interaction between photons and nanostructures next to Motoichi Ohtsu in University of Tokyo. He has contributed to the community via a number of inventions, publications, and conference organizations in fields including near infrared spectroscopy, laser scanning microscopy, near field optics , plasmonics , biophotonics , laser nanofabrication and signal recovery. Kawata has served as the President of the Spectroscopical Society of Japan from 2004 to 2007, an Editor for Optics Communications from 2000 till present, a Program Officer of the Japan Society for the Promotion of Science and a joint professor at the Department of Physics at Gakushuin University . He is a fellow of the Optical Society of America OSA , Institute of Physics IOP , the International Society for Optical Engineering SPIE and the Japan Society of Applied Physics JSAP . In 2008, Kawata created his ... more details
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