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Introduction

In the field of optical science and engineering there are many aspects of light we take for granted; yet, do we truly understand and appreciate the nature of light in the world around us? In the natural world there are many fascinating and beautiful effects involving optics. Most of the time we take these effects for granted. Each day optical scientists and engineers discover more about the natural world when we see how new technologies such as photonic crystals mimic the natural world. Photonic crystal-like structures in peacock feathers give the plumes their color. Similar structures in butterfly wing scales provide their iridescent colors. 

 

Beyond these structures there are effects in the natural world such as the aurora borealis or things as everyday as rainbows and oil slicks. Polarization and color effects brighten up our world. When we look more closely we notice that plants glow and self-bioluminescence provides information about the state of health of organisms. We may even wonder why it is that parrots have a visual response much further into the ultraviolet than we do. 

 

As optical scientists and engineers, most of us became fascinated with light at some point in our lives. We observe things in our everyday life that we don't often explore or think about, yet there are researchers who spend their careers looking at these effects in nature. 

Call for paper

Submission Topics

This conference invites papers having to do with light in the natural world and research involving practical and experimental aspects of optics in nature:

  • the nature of light
  • how to describe light in nature
  • how to use light in nature
  • optics in nature
  • color in nature
  • vision in nature
  • bio-inspired optics
  • atmospheric optics
  • mechanisms behind beautiful effects in nature
  • color effects
  • polarization effects
  • visual response in the natural world
  • unusual means of creating and detecting light - such as sonoluminescence
  • information transfer in the natural world via light and photons
  • photonic crystal-like and similar structures in nature
  • light in art and media
  • light in biological systems
  • self-bioluminescence and biophotonic effects in plants, insects, and animals
  • do organisms communicate with light?
  • what can we learn from the interaction of light in nature on all scales? - from the macro to the nano?
  • what is present in the dark? - astronomical topics such as dark energy? dark matter?
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Important Date
  • Conference Date

    Aug 28

    2016

    to

    Sep 01

    2016

  • Sep 01 2016

    Registration deadline