Radiation and Chemtrails Assaults: Additional Support for Your Immune System (part 2)

“It is clear that dilution is not the solution to pollution. Dumping radioactive contaminated materials into bodies of water has a boomerang effect. It is not long before the ionizing radiation is washing back up on riverbanks and shorelines.”  – Geoscientist Leuren Moret, 2008  

Dees Illustration

Dr. Ilya Sandra Perlingieri 
Aircrap.org

We are now living under daily radiation, chemical and biological siege. Because so much of this is invisible, it may be difficult for many people to comprehend the enormity of what is happening throughout our environment. The on-going catastrophe at Japan’s Fukushima ruined nuclear reactors continues to affect our entire planet. From the very beginning and behind the scenes of this epic crisis, the real reasons were deliberately covered-up. Safety factors were omitted, citizens continue to be put in harm’s way in Japan, throughout North America, and the rest of the planet. Mainstream Orwellian news is worthless in terms of reporting the magnitude and real dangers involved; so the public has never been properly informed. As with the on-going BP Gulf of Mexico oil-rig catastrophe, all we get as citizens are distortions and deception. Safe ways of handling this nightmare or real precaution were deliberately not part of any “emergency” plan.

We have a long-term planetary-wide epic tragedy unfolding. It is the most serious man-made catastrophe that we have faced in our human history. We are all being assaulted on several fronts with a three-pronged attack: (1) a decades-long hazardous brew of daily Chemtrails battering that is affecting our entire biosphere; (2) long-term and very dangerous ionizing radiation exposure, with Fukushima as a new and critically toxic addition; and (3) the release of nano-bioweapons into our environment (more on that below).

Microrobots Coming Soon for Human Bodies

Tiny robots self-assemble with a single command

Image UCSB.edu

Kristina Grifantini
Technology Review by MIT

Imagine a swarm of microrobots—tiny devices a few hair widths across—swimming through your blood vessels and repairing damage, or zipping around in computer chips as a security lock, or quickly knitting together heart tissue. Researchers at the University of California, Berkeley, Dartmouth College, and Duke University have shown how to use a single electrical signal to command a group of microrobots to self-assemble into  larger structures. The researchers hope to use this method to build biological tissues. But for microrobots to do anything like that, researchers must first figure out a good way to control them.

"When things are very small, they tend to stick together," says Jason Gorman, a robotics researcher in the Intelligent Systems Division at NIST who co-organizes an annual microrobotics competition that draws groups from around the world. "A lot of the locomotion methods that have been developed are focused on overcoming or leveraging this adhesion."

So far, most control methods have involved pushing and pulling the tiny machines with magnetic fields. This approach has enabled them to zoom around on the face of a dime, pushing tiny objects orswim through blood vessels. However, these systems generally require complex setups of coils to generate the electromagnetic field or specialized components, and getting the robots to carry out a task can be difficult.

Bruce Donald, a professor of computer science and biochemistry at Duke, took a different approach, developing a microrobot that responds to electrostatic potential and is powered with voltage through an electric-array surface. Now he and others have demonstrated that they are able to control a group of these microrobots to create large shapes. They do this by tweaking the design of each robot a little so that each one responds to portions of the voltage with a different action, resulting in complex behaviors by the swarm.

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