How can headless quantum dots replicate complex structures?

Video of a construction of a giant cell of quantum dots.

My theory on the subject

Blood sample 2 days old - and as so often we see the beginning of precipitation of small round structures lying around in masses.

However, the term precipitates is a misnomer because they are produced by the small dots, called quantum dots by many. I assume that they are quantum dots because they can be made of different materials, including semiconductors, metals and organic molecules.

The properties of a quantum dot depend on its size, shape and composition, and they can be controlled by deliberately changing these parameters. I may be wrong - but for the sake of simplicity, I will call them quantum dots in the following text.

I was much more interested in the bubble structure that gradually built up between these fields. At first I hadn't noticed it at all.

It started with this size

But then it continued to grow at an enormous pace.

Here is the video of the process:

I observed the individual points for quite a long time and couldn't help but wonder how such rather mindless movement patterns could become such a complex structure.

Until one word popped into my head - fractal control!

If we look at the cell, we can actually recognize a fractal structure!

When creating fractal images, you get insect-like and angular tissue patterns through 2 curve calculations. When using three mathematical curve specifications, biological patterns such as faces and natural biological structures are visible. See my following picture:

Works in a similar way to Cymatics - Water Versus Oil -

Only in three dimensions and not two.

We therefore need at least three different frequency patterns or sources to control the quantum dots. The points themselves act as resonating bodies. On closer inspection, it can be seen that they are of different sizes and therefore represent special resonating bodies that should respond to different carrier frequencies and also move individually.

If you observe them more closely, you can see that some of them change color when they collide with each other. Like a discharge of "microcurrent". If the necessary substances are now present in the plasma, which flocculate due to microcurrent, a substance could change from liquid to solid form when two quantum dots are discharged at this point.

So if we assume that I need at least three transmission towers for such an activation, with the respective curve calculation for a three-dimensional fabric, this could result in a complex production team from small, headless points buzzing around. Not only could they build everything possible, they wouldn't need any extra software themselves.

The video in the blood clearly shows this. There are quantum dots inside the bubble and especially at the lower outer edge. They are missing at the upper outer edge of the bladder.

The membrane of the bladder on the lower wall is much more pronounced than at the top. The necessary electrical charge is then missing here. The inner black bubble also grows more strongly at the lower edge than at the top.

Further observation shows that the smaller dots repeatedly collide with the larger red dots. At the same time, they briefly change color, only to collide again with other dots or directly with the membrane to be formed. And the structure grows.

The chaotic-looking path of these dots is therefore predetermined by their resonance frequency and results in a "collision pattern". When they collide, a charge or discharge occurs and this electrical impulse causes substances to precipitate out of the plasma and become a complex structure.

However, this implies that the control of these structures comes from outside the body and not necessarily from within. However, this does not necessarily mean that we have no other resonance amplifiers in the body.

A fractal distribution would also explain why these quantum dots are only found in high concentrations in certain places and are completely absent in others. Similarly, some points are completely motionless, while others fly around like crazy. In addition, the dots become more active when the light in the microscope is set to a brighter level. For the video, the light exposure was set to a minimum so that there was no overexposure.

Let's take this type of technology a step further - in a mature context, something like this could be used for complex organ regrowth.

A synthetic, technical biology that can withstand completely different environmental conditions...

The region where this video was "filmed"...

We don't need science fiction movies - we live in one...

So much for my theory...