Q-Dots in Polymer Graphene Fiber using narrow bandwidth RGB - UN-V Blood

Narrowing down on the Identification using odd microscopy techniques.

Just a short post for now really. The picture above explains its self so far. There are many Q-dots out there with many different purposes. What do these ones do ? Many researchers are now aware of these. Comparing by appearance is near impossible, i would think. Maybe comparing the size versus and colour versus the chemical analysis done by other parties might lead to answers.

Just experimenting at the moment with cost effective techniques so these can be best seen. Yellow blinking Q-dots were observed also. If these are the Cadmium Yellow dots then UV exposure causes them to destabilize and break down. Once these do break down they are EXTREMELY toxic inside humans as literature states. There will be very tiny Blue dots hanging around which cant be seen. Alot of the Q-dots are likely not visible using standard microscopy as they have not matured or are of nm size even when matured.

Above: Green, Yellow, Red, Orange Quantum dots clearly visible inside an epithelial cell from the oral cavity.

So how did these end up in everything including us ? must of been a mistake.

Below is images of RGB imagery as seperate light source channels driven by High-power LEDs on a custom controller using 10k potentiometer knobs

This method has its limitations due to the wavelengths used. But it was interesting to see the suttle wavelength responses in the material between RGB using this quick knock up. lasers of particular wave length would likely be best to excite all dots. FLorescence microscopy on a high end piece of equipment being preferential. Im open to being sent a free one, :) lol.

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