Accession Number : AD1033090


Title :   Re-Engineering the Stomatopod Eye, Nature's Most Comprehensive Visual Sensor


Descriptive Note : Technical Report,30 Sep 2013,29 Sep 2016


Corporate Author : THE UNIVERSITY OF QUEENSLAND BRISBANE Australia


Personal Author(s) : Marshall, Justin


Full Text : https://apps.dtic.mil/dtic/tr/fulltext/u2/1033090.pdf


Report Date : 22 Feb 2017


Pagination or Media Count : 35


Abstract : The outcomes of this work includes over 70 publications, many in the highest-impact journals (Science, Current Biology, Nature, PNAS),publication of the now defining text book for Visual Ecology, filed two patents, three post docs have become new faculty members or have start on tenure track paths, and 15 postgraduates have successfully obtained their PhDs. Some of the discoveries from this project include: Clear demonstration of the use of circular polarisation in animal signalling and behavior The discrimination of linear polarisation information from objects at a resolution similar to brightness Evidence for a new form of rapid polarisation and colour processing by the brain of stomatopods Two new methodologies introduced, polarisation distance and intuitive polarisation display Insect-like organisation instomatopod brain morphology suggesting a common complex ancestor Debunking of the concept of polarocrypsis as currently stated. Two new ways of producing polarised reflections, one at molecular and one at nanoparticle level


Descriptors :   VISUAL PERCEPTION , eye , central nervous system , shrimp , animal structures , information processing , polarization , focal planes , camouflage , STIMULATION (PHYSIOLOGY) , electrophysiology , brain


Subject Categories : Biology


Distribution Statement : APPROVED FOR PUBLIC RELEASE