Photoresponsive Hydrogels - Cracked :-)))

here are the results

After the findings of the last few weeks, I went on a search - light and geometry - were the key words.

The post about a laser on Craig's Substack contained the components I was looking for.

Photoresponsive Hydrogels

The laser seemed to me to be a possibility - a 532 nm Green Diode Laser with 4D Sacred Geometry

Here is the background article:

In line with this description of the control via red and green quantum dots, here is the video of the chip found in the blood that dissolves:

And now the successful tests with the laser:

The blood was stained with methylene blue for better visibility of the different structures.

And here we have a huge hydrogel clot in the middle of the blood. It lies still in the blood - without a movement.

After direct irradiation with the laser for about 30 seconds, quantum dots began to degrade the structure. I went to the lower part of the hydrogel structure to be able to see the process better. Irradiation takes place without the light of the microscope.

Here you can see the incipient dismantling of the structure.

The mining continued for a while until the activity stopped again. The degradation time seems to correlate with the duration of irradiation. Each time after a short exposure, the degradation continued.

So I increased the exposure time to 5 minutes. Now the activity became massively stronger and heaps of quantum dots appeared within the structure. They seemed to have become visible due to the dissolution of the surrounding shell. A kind of scaffolding can also be seen inside the structure.

In the stand above, even the quantum dots, which are lying here in heaps, suddenly stopped moving.

They also began to lose their color completely. Some dots can still be seen at the top left and the internal "skeletal structure" is now completely visible.

The decoloring process did not take a minute once it had started. Here is a similar structure - where the quantum dots are clearly visible - all colored yellow after laser irradiation.

This structure was even larger and it took just under 4 minutes for the decolorization process. 500% faster. The video is a bit blurred - because I artificially increased it from a 400 resolution in the video program. But the effect is visible.

Here is another example. A hydrogel with a bubble structure on its side, as they often occur in combination:

As this is a much smaller bladder and thinner wall, the effect of the laser was immediately visible.

This process continued even after the laser was switched off, the bubble became permeable and disappeared completely. All that remained was a thin skin-like substance.

I also tested the whole thing with the "bubbling bubbles" in the snow. From the tests over the last few months, these membranes were quite thick and not really permeable to dyes, for example. They are always characterized by an outer membrane, which contains other small bubbles that show a permanent chemical reaction. Here is an example of such a bubble

Here is a bubble from the newly fallen snow this week. It is quite large - and also has a surrounding membrane.

The video shows the activity of the bladder under the microscope light and the view with the laser light only. At first it didn't really look like a success. The bubbles usually start to expand when exposed to light and the chemical reaction inside increases.

After another 10 minutes or so - even without radiation - something unexpected started to happen - at least I hadn't expected a reaction. The outer membrane seemed to become perforated and immediately began to form individual bubbles. The chemical process of the overall structure.

Also here with and without light from the microscope. My microscope has LED technology installed - so there is no heat development. The bubbles in the film show the usual activity - but they become smaller over time and the total area also decreases. The best way to see this is to use the manual fast-forward through the video.

Due to the size of the structure, it took longer for really noticeable changes to occur. But they are there!!!

Brief summary:

Short exposure to the laser seems to start a dissolution process. The duration of exposure determines the time of this process. If the irradiation time is considerably longer, all movements in and around the structure stop, including the movements of the quantum dots! In addition, the entire structure loses its color, or the quantum dots become colorless!!! My guess is a discharge.

So now we have several starting points to work on:

1. my discovery about the positive influence of a magnetic vortex, which seems to activate a deconstruction of crystalline new structures, in combination with 2. this laser technique, which causes a deconstruction of photoresponsive hydrogels

3. the whole thing now combined with sufficient stabilizing possibilities for the biological body and a reasonable discharge

Here again some articles in connection with this post:

And thank you very much for your support! You can find more information about my work at www.darkfield-enigma.com

I am grateful for any support!!!