The Flight, Not of the Bumble Bee, but the Xenobots By Brian Simpson

Whenever I see technological developments, I always think of how the elites are going to use it to harm and/or destroy us, and the natural world, as part of their great nihilistic death syndrome. Here is a story about a new development in nanotech, the science of the very small, where biological machines are capable of self-organisation into a complex whole. I imagine that the technocrats have some use for this as a military weapon. It will certainly not improve my life. As I always say, technology, chained to the globalist corporate interests, is out of human control, and in the realm of the demonic.

https://www.rt.com/usa/519782-xenobots-improved-swarm-memory/

“Researchers have developed new and improved xenobots, tiny biological machines constructed from frog cells that are now able to organize themselves into a single body as a ‘swarm’ and even ‘remember’ their surroundings.

The upgraded bots built on work first unveiled by scientists at Tufts University and the University of Vermont last year, improving on the design to allow them to move faster, live longer and assemble themselves to work collectively as one unit, a process known as “cellular self-organization.” Outlined in an article for the Science Robotics journal on Wednesday, the breakthrough could shed light on “swarm intelligence” in the animal kingdom and beyond.

“Roboticists have been looking at swarm intelligence for a long time, biologists have been studying swarm intelligence in organisms. This is something in between, which I think is kind of interesting,” said University of Vermont researcher Josh Bongard.

It sort of suggests, to me at least as a roboticist, is this a better path to making swarms of useful machines than it is to make swarms out of traditional robotic parts?

The researchers also said their work showed that a “writable molecular memory” is possible, giving the xenobots the ability to “record exposure to a specific wavelength of light” using a special type of protein that turns red when exposed to blue light.

While the earlier iteration relied on the contraction of muscle cells for movement, the new model uses hair-like structures on its surface known as cilia, allowing it to crawl and swim around faster. Still capable of self-healing, the updated version is also able to survive for three to seven days longer than its forerunner, which only lasted for about a week.

“Together, these results introduce a platform that can be used to study many aspects of self-assembly, swarm behavior, and synthetic bioengineering, as well as provide versatile, soft-body living machines for numerous practical applications in biomedicine and the environment,” the scientists said.