#RSS - eTOC alert for Leonardo RSS - Cited articles contact Hello. Sign in to personalize your visit. New user? Register now. UNIV SORBONNE NOUVELLE PARIS 3 [USEMAP:banner.jpg] Home My Online Account For Librarians Help Search ____________________ Do Search Home >> List of Issues >> Table of Contents >> Abstract << previous article | next article >> Quick Tools * Email to a Colleague * Add Article to Favorites * Alert Me When new articles cite this article * RSS (TOC Alert) * RSS (Citation Alert) * Download to Citation Manager * Most Downloaded Articles * Most Cited Articles * View Related Articles * Order Quick Search In MIT Press Journals (_) CrossRef (_) By author Manfred Friedrich [_] Search Click to view a larger image. Six issues per year incl. Leonardo Music Journal (February, April, June, August, October) 112 pp. per issue 8 1/2 x 11, illustrated Founded: 1968 ISSN 0024-094X E-ISSN 1530-9282 Inside the Journal * About Leonardo * Leonardo at JSTOR * Editorial Information * Leonardo/ISAST online * Supplemental Files * Abstracting and Indexing * Release Schedule * Advertising Info * Submission Guidelines * Most Downloaded Articles * Most Cited Articles * Author Reprints Author Publication Agreement * Author Rights & Permissions FAQ Access provided by UNIV SORBONNE NOUVELLE PARIS 3 Leonardo June 2003, Vol. 36, No. 3, Pages 201-206 Posted Online March 13, 2006. (doi:10.1162/002409403321921415) © 2003 ISAST Polarization Microscopy as an Art Tool: Border Crossing between Art and Nature Manfred FriedrichBiochemist Strasse der Einheit 72, D-14548 Caputh, Germany. E-mail: . Web: Manfred Friedrich is a biochemist, medical chemist and associate professor in nutritional physiology. He has worked since 1991 at the East German Academy of Sciences. He has worked with photography since 1962 and artistic photomicrography since 1994. Since 1995, he has had 40 exhibitions, both in Germany and abroad. PDF (4,286.962 KB) | PDF Plus (289.542 KB) Until recently, polarization microscopy has been little developed as an art tool. It holds, however, an enormous aesthetic potential. The author first reviews the theoretical and technical background of polarization microscopy and then discusses how selected microscopic structures imaged via polarization microscopy can be represented according to the artist's individual aesthetic choices, the most important of which is color design by interference. The conscious perception of the pictures by the observer is discussed on the basis of our present knowledge of cognitive neurosciences. Polarization microscopy leads to a crossing of the boundaries between nature and the forms of non-representational painting. MIT Press Journals | Subscribe | Contact Us | Search | Privacy Statement | Terms and Conditions © 2010 The MIT Press Technology Partner - Atypon Systems, Inc. CrossRef member COUNTER member