Hi Sam have you ever looked at Protids under a microscope. Those hyperactive little dots look like Protids to me. Look them up and see what ypu think. The guy in Germany who built the Greyfield microscope identified them years ago. His scope could magnify something forty thousand times!
Yes - protits/somatids/microzymas/bions/provones - all mean the same thing - but they are only 0.1 microns, I can't see that far with my microscope. The ones I have here on the slide are also all different colors and sizes. That is also one reason why I assume that they are these docs. Especially since they seem to change their colors and thus their charge when they collide.
I was always taught that cells with the same charges repel each other. Why would they change charge? If you have anything I can read about this please point me in the right direction
The dots are not real cells in that sense - they are technical units that are supposed to precipitate existing material from the plasma in such a way that they form a predetermined programmed structure. So it's not minus hitting minus - but minus hitting plus - they discharge and then go back to so-called charging stations - these are usually the big red dots. The dots are either quantum dots or qbits. The book that reveals the most about this current nanotechnology and its assembly is Nanobrain - from it I also find most of the current processes that take place in the blood - https://www.amazon.de/Nanobrain-Making-Intelligent-Molecular-Machine/dp/1439875499 really gets the brain going...
Thank you for these observations about light excitement or external RF influences and for sharing. Congrats! You are the first to take them into account.
I’ve indicated these possible alteration factors of the reality in some of my comments on nanotech images and videos.
This said, I wonder if the giant cell is developing. Throughout the video, the size seems to be +- the same to me. Is it only moving to the right, pushed by the QDs hitting its membrane repeatedly? This would be the bubbles means of locomotion. Is there additional footage on what happens next?
The cells actually appear to be being built. The cells within the cell build up little by little. Maybe the film clips are just poorly chosen. If you look at something like this for hours, at some point you can no longer see the forest for the trees. The cell membrane on the lower side is much more stable because there are more points here - it is very thin at the top - because there are fewer points to build there. In all production processes, whatever this technology creates, it can be observed that there is a red dot directly on the outside wall with one or two others that appear to be something like control units. Also visible on the lower wall in the video. Unfortunately, I can't say what comes next. The area into which the cell moved - was then also closed by these whitish small components that can be seen around it. They are also being built by the Quantumdots - for days on and on without me being able to find out what they are used for. The problem with such long processes is that I can't film them all the way through. At some point it will blow up my hard drive and the computer will also be needed for other things in between. Unfortunately, I have not yet seen this process again - if I come across it - I will do it again, because you want to see what comes of it. Good observation skills! Yes, the influence of light definitely affects the speed of formation. But also other factors. Some parts of the blood plasma must react strongly to light, as it behaves almost like a contraction when it is darkened and like it flows apart when it is brighter. I don't know what's causing this - some substance within the plasma. It does not occur consistently in the entire blood, only in the places where strong new formation processes take place. Some light reactions can also be seen in other articles - such as lights flashing, or lights that simply turn off due to brightness. I can only observe what strikes me. Others with better laboratory equipment would have to analyze it.
Thank you Silvia! ;)
Fractal shaping? In a golden ratio?
Perhaps powered with scalar energy and frequency from the DNA of the host?
I think it's a combination of different sources. This also makes it more difficult to interrupt them. That's my guess.
That would be worse than if they could have only one source of energy.
Do you have a faraday cage or cloth? Maybe try and put a sample in it and see if it will die out faster...
Above all, I would actually prefer that this stuff doesn't form in the first place.
Indeed!
it doesn't - unfortunately - now scalar waves get through a Faraday cage...
Hi Sam have you ever looked at Protids under a microscope. Those hyperactive little dots look like Protids to me. Look them up and see what ypu think. The guy in Germany who built the Greyfield microscope identified them years ago. His scope could magnify something forty thousand times!
Yes - protits/somatids/microzymas/bions/provones - all mean the same thing - but they are only 0.1 microns, I can't see that far with my microscope. The ones I have here on the slide are also all different colors and sizes. That is also one reason why I assume that they are these docs. Especially since they seem to change their colors and thus their charge when they collide.
I was always taught that cells with the same charges repel each other. Why would they change charge? If you have anything I can read about this please point me in the right direction
I'd like to know more about this. Thanks.
The dots are not real cells in that sense - they are technical units that are supposed to precipitate existing material from the plasma in such a way that they form a predetermined programmed structure. So it's not minus hitting minus - but minus hitting plus - they discharge and then go back to so-called charging stations - these are usually the big red dots. The dots are either quantum dots or qbits. The book that reveals the most about this current nanotechnology and its assembly is Nanobrain - from it I also find most of the current processes that take place in the blood - https://www.amazon.de/Nanobrain-Making-Intelligent-Molecular-Machine/dp/1439875499 really gets the brain going...
Thank you so much!
Hi !
Thank you for these observations about light excitement or external RF influences and for sharing. Congrats! You are the first to take them into account.
I’ve indicated these possible alteration factors of the reality in some of my comments on nanotech images and videos.
This said, I wonder if the giant cell is developing. Throughout the video, the size seems to be +- the same to me. Is it only moving to the right, pushed by the QDs hitting its membrane repeatedly? This would be the bubbles means of locomotion. Is there additional footage on what happens next?
Great job!
Best regards.
The cells actually appear to be being built. The cells within the cell build up little by little. Maybe the film clips are just poorly chosen. If you look at something like this for hours, at some point you can no longer see the forest for the trees. The cell membrane on the lower side is much more stable because there are more points here - it is very thin at the top - because there are fewer points to build there. In all production processes, whatever this technology creates, it can be observed that there is a red dot directly on the outside wall with one or two others that appear to be something like control units. Also visible on the lower wall in the video. Unfortunately, I can't say what comes next. The area into which the cell moved - was then also closed by these whitish small components that can be seen around it. They are also being built by the Quantumdots - for days on and on without me being able to find out what they are used for. The problem with such long processes is that I can't film them all the way through. At some point it will blow up my hard drive and the computer will also be needed for other things in between. Unfortunately, I have not yet seen this process again - if I come across it - I will do it again, because you want to see what comes of it. Good observation skills! Yes, the influence of light definitely affects the speed of formation. But also other factors. Some parts of the blood plasma must react strongly to light, as it behaves almost like a contraction when it is darkened and like it flows apart when it is brighter. I don't know what's causing this - some substance within the plasma. It does not occur consistently in the entire blood, only in the places where strong new formation processes take place. Some light reactions can also be seen in other articles - such as lights flashing, or lights that simply turn off due to brightness. I can only observe what strikes me. Others with better laboratory equipment would have to analyze it.
Best regards
Silvia