[peaceandlove]

Inhaled a chip lately? Chemtrail's & Government

SUNDAY, APRIL 20, 2008

Excerpt:

Smart dust is not a sound sensor, but it is very small; it is particle size. Smart dust particles are about the width of a human hair. It can be chemically programed to target a specific substance and to self-assemble or stick to it. It changes color to indicate that it has found the targeted substance. It can be used for almost, microscopic tags placed in items or stuck to the clothing of people.(29) Mike Blair and other chemtrail-aware people have noticed that chemtrail fibers often display barbs on their surfaces.(30) In “Hit ’Em Where It Hurts,” we read:

Like prickly cockleburs, tiny sensors would cling to certain humans, effectively tagging them for continuous tracking via overhead platforms.(31)

Domestic security companies may soon be using state of the art ground sensors that can sniff a molecule out of the air and can taste and identify a molecule – “nano–noses” and “nano–tongues.”(32) These can be handy for sniffing cocaine or marijuana molecules wafting of folks as they return home or enter buildings. Nano-noses and nano-tongues can be scanned by light or energy and will change color just like the ground sensors from 2025: “When irradiated by ultraviolet or X-ray energy, these organic changes can be scanned and analyzed by overhead sensors.”(33)

Experts are working on trying to develop sensors that can identify and track people by their unique, personal odor.(34) The authors of “Hit ’Em Where It Hurts” would like sensors to become small enough in the future to be able to send them to you through the mail(35) and use “hordes” of acoustic sensors for extrapolating pictures of structures through seismic mapping in conjunction with magnetic resonance imaging (MRI).(36)

. . . the importance of visual sensors may decrease in 2025 as the strategic attack process relies more on nonlethal methods of attack. In this case, non-traditional sensors that can hear, smell, or taste become essential by providing important bits of data . . . to piece together the effectiveness of an attack.(37)

How could the Air Force “Hit ‘Em Where It Hurts”?

A standoff system loitering along . . . at 50,000 feet can stare 230 miles downrange at an LOV and provide continuous one meter resolution. . . . In addition, a low observable UAV that loiters directly over a specific area will carry sensors that provide continuous one centimeter resolution.(38

These UAVs are the link in the chain that connects to transatmospheric jets, space platforms, and satellites. These space-based assets would send and receive to and from super computers that are located in relay stations on the ground or in orbit. A new satellite radar called MIRIAH(39) can see through most buildings, at night, and in any weather returning a 3-D, any angle, close to real-time image. UAVs can look like dragonflies,(40) birds,(41) helicopters,(42) planes,(43) or even cubes.(44) Activists in Washington, D.C. recently spotted dragonfly UAVs surveilling a protest. They can be powered by hydrogen,(45) solar,(46) fuel-cell, batteries, or a combination thereof.(47) They can hang on an electric line to recharge(48) or be powered up by wi-fi microwave.(49) They can see you, but they can also transmit data. There is even technology that can cloak them so that you, satellites, or radar can not see them.(50)

As a more economical model, space mirrors can be used to bounce data from UAVs to ground stations.(51) A plasma mirror can also be created by a microwave heater beam station that heats the atmosphere, and this plasma area can be used just like a mirror. A Dr. Eastlund pioneered this technology. His work with the HAARP ionospheric heater was sponsored by ARCO, a major aluminum producer which is owned by British Petroleum.(52) Oddly, chemtrails have a lot of aluminum particulates.

Complete article: http://st0ckman.blogspot.com/2008/04...hemtrails.html