Cable bacteria in the blood and mysterious disappearance of fibers

Can it get any crazier - or do we have an explanation?

First of all, thanks to all the information communicated in the Telegram channel! This creates a coherent information network - which we will hopefully have for a long time to come... But who knows…

Credit: UAntwerp Study and images from https://en.wikipedia.org/wiki/Delft_University_of_Technology

Cable bacteria: Living electrical wires with record conductivity Image.

Source

https://phys.org/news/2019-09-cable-bacteria-electrical-wires.html#google_vignette

with many thanks to Kim - You can find her here: https://substack.com/@kim4truth

Quote:
A team of scientists from the University of Antwerp (Belgium), Delft University of Technology (Netherlands) and Hasselt University (Belgium) has reported on bacteria that can power themselves and send electrical currents over long distances through highly conductive power lines. Centimetre-long bacteria from the seabed contain a conductive fiber network that is comparable to copper wiring and transports electricity. The highly conductive fibers enable a completely new interface between biology and electronics and offer the prospect of new materials and technologies.

And now let's take a look at what can be found more and more frequently in the blood - above all the increasingly frequent orange thread structures, which probably have a silk-like composition at their origin

It is noticeable that the orange parts of fibers, cable-like structures or round parts have increased in recent weeks.

Let's get back to the bacterial power line

The new study by the multidisciplinary team of biologists, chemists and physicists now solves this puzzle. The scientists invented a method to extract a single bacterial filament from the seabed and attached this thin filament to a customized setup with tiny electrodes. “We went to great lengths to connect the bacteria,” explains Prof. Herre van der Zant, physicist at Delft University of Technology. “But when we finally succeeded, the results were astounding. We saw that a large current passed through this thin cable bacterium.”

Credit: UAntwerp Study and images from https://en.wikipedia.org/wiki/Delft_University_of_Technology

QUOTE

“The use of biomaterials in electronics is an active area of research, for example, to achieve biodegradable electronics that could reduce the problem of e-waste and enable greener consumer electronics. Or they could be applied in healthcare, where implantable diagnostic and therapeutic devices could function for a certain time frame and then disappear through absorption by the body,” explains Meysman. “Perhaps within a few years we will have medical implants or smartphones equipped with tiny conductive wires of bacterial origin.”

The explanation in this video explains the structure of some fibers that we can find in the blood!!!

So we have cable bacteria, the help of spider silk (as described in this post:

Cocoon in the blood count

)

and finally we spice the whole thing up with liquid metals:

https://www.frontiersin.org/journals/bioengineering-and-biotechnology/articles/10.3389/fbioe.2023.1178995/full

Recognition effect given? Especially the active bubble structures found in the blood - shown at the bottom right of the following picture.

https://www.frontiersin.org/journals/bioengineering-and-biotechnology/articles/10.3389/fbioe.2023.1178995/full

Not crazy enough yet?

How about this:

More and more people are reporting that once they have pulled the stitches out of their body or identified them - they simply disappear.

Now you might think these people are crazy - but !!!

How about this consideration:

Our eyes are limited to a minimal frequency spectrum of visible light. However, the control signals of nanotechnology lie outside this spectrum and are in the infrared and UVB range - which we cannot see with our eyes.
Since these fibers are antenna structures, it would be conceivable that they generate a field that operates in precisely this range, which would make them invisible to us.

If we assume that this actually happens, it would also have consequences for our microscopy work. We would have similar phenomena on the object carrier - so how do we make these frequency ranges visible? What else can we then discover that we can't see yet?

I have set up a Telegram channel - where I post new images from darkfield microscopy. If you would like to browse through new pictures in between, you are welcome to register.

You are welcome to book a subscription for the Remote Viewings directly at:

For your help and support here on Substack you will also get access to my Future Targets, Extra Targets and the first blueprint for the LaserCube on my website.

Bitcoin QR-Code