İlham'ın üç boyutlu hali...

İlham'ın üç boyutlu hali... Çekimler Demet'ten... 123D Catch

Testing to see if Google Images can identify a case of Breast Cancer Ultrasound!

Testing to see if Google Images computer vision on images.google.com can correctly identify a case of Breast Cancer on ultrasound and match it with some similar image on its own database! It is now 2015 and I was just testing the concept. I got some NASA images, a rainy day, a couple of museum paintings etc. But no breast cancer, no ultrasound. Google Failed.

I entered breast cancer ultrasound images key words to inform the algorithm of content of the image.

Remind me to test again in a couple of months or a couple of years.

Black on Gray Balance

https://scratch.mit.edu/projects/751125/

Photonic traps simulation

https://scratch.mit.edu/projects/1027487/

A photonic crystal is a periodic optical nanostructure that affects the motion of photons in much the same way that ionic lattices affect electrons in solids. Photonic crystals occur in nature in the form of structural coloration—and, in different forms, promise to be useful in a range of applications.
In 1887 the English physicist Lord Rayleigh experimented with periodic multi-layer dielectric stacks, showing they had a photonic band-gap in one dimension. Research interest grew with work in 1987 by Yablonovitch and John on periodic optical structures with more than one dimension—now called photonic crystals.
Photonic crystals can be fabricated for one, two, or three dimensions. One-dimensional photonic crystals can be made of layers deposited or stuck together. Two-dimensional ones can be made by photolithography, or by drilling holes in a suitable substrate. Fabrication methods for three-dimensional ones include drilling under different angles, stacking multiple 2-D layers on top of each other, direct laser writing, or, for example, instigating self-assembly of spheres in a matrix and dissolving the spheres.
Photonic crystals can, in principle, find uses wherever light must be manipulated. Existing applications include thin-film optics with coatings for lenses. Two-dimensional photonic-crystal fibers are used in nonlinear devices and to guide exotic wavelengths. Three-dimensional crystals may one day be used in optical computers.
Source: http://bit.ly/photonic_crystals

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