User:Radwanul.Siddique: Difference between revisions

Revision as of 17:23, 23 March 2013

Group: F&E 6 - Scanning Probe Technologies

Research topic: Biomimetics, Bio-inspired optical surfaces

Room: 231

Telefon: 25856

E-mail: radwanul.siddique@kit.edu

thumb|alt=Example alt text|Sparkling blue irradiance of Morpho butterfly due to light interaction with Christmas tree like nanostructures. I have been inspecting the optical active nanostructures on biomimic butterfly scales theoretically using FEM simulation and high resolution optical microscopy. Meantime, I am working on the fabrication of the scales to mimic all possible features of original butterly structures.

Journal:
Conference:
- Analysis and fabrication of optical active nanostructures inspired by the blue Morpho butterfly, R H. Siddique, S. Diewald, J. Leuthold and H. Hoelscher, European Conference on Lasers and Electro-Optics (CLEO) and XIIIth International Quantum Electronics Conference (Poster), 2013, Munich, Germany.
- Mimicking the wide angular reflection of blue light from Morpho butterfly wings, Gordon Research Conference: Environmental Nanotechnology (Poster), 2013, Vermont, USA.

Optical Spectrometer: Perkin Elmer Lambda 900
- Range: 200-3000nm
- Task: transmission, absorption and reflection

More details will be given afterwards.

EU Commission Scholarship Holder for ’EUROPHOTONICS’ Master Program 2011-2012.
OSA student travel grant for OSA Student Leadership Conference, Orlando, Florida, USA, 2013.

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 == Job description ==
-[[Datei:blue-butterfly.gif|thumb|alt=Example alt text|Blue sparkling irradiance of Morpho butterfly due to light interaction with Christmas tree like nanostructures.]]
+[[Datei:blue-butterfly.gif|thumb|alt=Example alt text|Sparkling blue irradiance of Morpho butterfly due to light interaction with Christmas tree like nanostructures.]]
 I have been inspecting the optical active nanostructures on biomimic butterfly scales theoretically using FEM simulation and high resolution optical microscopy. Meantime, I am working on the fabrication of the scales to mimic all possible features of original butterly structures.