The Push for Synthetic Reality an Agenda to All Things Artificial Intelligence

It is not by accident or organic, ‘grassroots’ trend that numerous films are coming focused on artificial intelligence and the transhumanist takeover. From H.G. Wells’ tales of genetic chimaeras in The Island of Dr. Moreau to Sixth Day with Schwarzenegger, to A.I. films like Chappie, the predictive programming preparations are rolling out.

My recent research has focused on the Manhattan Project, and like the MK ULTRA programs, Manhattan had a much wider application than is commonly known. In fact, MK ULTRA and Manhattan are related through the connect of biometrics and bio-warfare. 

As MK ULTRA faded away, the program was renamed MK SEARCH and transferred to Fort Detrick, one of the U.S. Militarys biological weapons-focused bases. And with both MK SEARCH and Manhattan programs, we find an overarching ideology of transhumanism that has its origins much earlier in the alchemists of the ancient world.

The Manhattan Project was publicly known as the secret operation spanning several years devoted to developing the atomic bomb, yet the truth is much deeper and darker. The Manhattan Project was actually a vast program concerned with radiation, human exposure and the grand telos engineering resistant, synthetic humanoids.

The inklings that we can gather about this overall, long-term project appear to be geared towards biologically engineering humans to withstand the coming onslaught of various alterations in the entire biosphere.

In order to transition to the synthetic overlay that will integrate SmartCities, the Internet of Things, human bio-engineering, cloning, biometrics, genetic programming and environmental engineering is now an open plan in numerous transhumanist lectures and publications. 

Yet in order to reach this phase, experimentation is necessary, and what better means to that end than experimenting on populations en masse.

We have already seen that the technocratic establishment has no qualms about testing on unwitting subjects, so covert experimentation on mass populations is not without precedent — from MK ULTRA to covert chemical spraying. For example, the U.S. government sprayed St. Louis in a radiation experiment under the guise of prepping for a Russian attack.

Official Declassified Documents: Poisonous Chemtrails Were Sprayed Onto the US Population

That this particular experiment (among numerous) involved radiation was no coincidence. The 20th Century appears to have been the ‘radiation century’, suggesting the hypothesis by researchers like Sofia Smallstorm to be correct (please see the video From Chemtrails to Pseudo-Life at the bottom of this article). 

Smallstorm argues the goal of the 20th century’s experiments was to overwrite the existing biospherewith a new, synthetic overlay, or humanity 2.0. Humanity Plus, the new homo evolutis, would be an androgynous being capable of technocratic control beneath the All-Seeing Eye of panoptic surveillance. 

Children will be grown in test tubes, according to the Brave New World plans of Huxley, and sex would become meaningless. Offspring allowed to subsist will be genderless automatons, made for slave-like subjugation and toil. Wells described this in his Time Machine, with the Morlocks and Eloi.

From Bertrand Russell to Dr. Edward Teller, the plan that is blossoming in our day is showing itself to be a unified plan that spans the last century in particular, as the century of the ‘final revolution’ (in Russell’s words), where scientific process would reveal the secrets to technological imperialism. 

Russell was a proponent of both “scientific society” and a “single supreme world government”, while Teller himself was not only a key figure in the development of the hydrogen bomb and the Manhattan Project, but also the father of aerosol spraying and atmospheric geoengineering. [learn more here]

This period is thus concurrent with the alchemical atomic and nuclear tests done igniting bombs in the atmosphere, beginning at the Trinity Site in New Mexico. 

Read Further:

http://humansarefree.com/2015/05/the-synthetic-reality-agenda-from.html

Synthetic Chameleon Skin Created in the Laboratory: Colors on Demand Through Engineered Stretching Tech

A Material that's a Horse of a Different Color

""The colors we typically see in paints, fabrics and other natural substances occur when white, broad spectrum light strikes their surfaces. The unique chemical composition of each surface then absorbs various bands, or wavelengths of light. Those that aren't absorbed are reflected back, with shorter wavelengths giving objects a blue hue and longer wavelengths appearing redder and the entire rainbow of possible combinations in between. Changing the color of a surface, such as the leaves on the trees in autumn, requires a change in chemical make-up.

Recently, engineers and scientists have been exploring another approach, one that would create designer colors without the use of chemical dyes and pigments. Rather than controlling the chemical composition of a material, it's possible to control the surface features on the tiniest of scales so they interact and reflect particular wavelengths of light. This type of "structural color" is much less common in nature, but is used by some butterflies and beetles to create a particularly iridescent display of color.

Controlling light with structures rather than traditional optics is not new. In astronomy, for example, evenly spaced slits known as diffraction gratings are routinely used to direct light and spread it into its component colors. Efforts to control color with this technique, however, have proved impractical because the optical losses are simply too great.

The authors of the Optica paper applied a similar principle, though with a radically different design, to achieve the color control they were looking for. In place of slits cut into a film they instead etched rows of ridges onto a single, thin layer of silicon. Rather than spreading the light into a complete rainbow, however, these ridges — or bars — reflect a very specific wavelength of light. By "tuning" the spaces between the bars, it's possible to select the specific color to be reflected. Unlike the slits in a diffraction grating, however, the silicon bars were extremely efficient and readily reflected the frequency of light they were tuned to.

Flexibility Is the Key to Control

Since the spacing, or period, of the bars is the key to controlling the color they reflect, the researchers realized it would be possible to subtly shift the period — and therefore the color — by flexing or bending the material.

"If you have a surface with very precise structures, spaced so they can interact with a specific wavelength of light, you can change its properties and how it interacts with light by changing its dimensions," said Chang-Hasnain.

Earlier efforts to develop a flexible, color shifting surface fell short on a number of fronts. Metallic surfaces, which are easy to etch, were inefficient, reflecting only a portion of the light they received. Other surfaces were too thick, limiting their applications, or too rigid, preventing them from being flexed with sufficient control.

The Berkeley researchers were able to overcome both these hurdles by forming their grating bars using a semiconductor layer of silicon approximately 120 nanometers thick. Its flexibility was imparted by embedding the silicon bars into a flexible layer of silicone. As the silicone was bent or flexed, the period of the grating spacings responded in kind.

The semiconductor material also allowed the team to create a skin that was incredibly thin, perfectly flat and easy to manufacture with the desired surface properties. This produces materials that reflect precise and very pure colors and that are highly efficient, reflecting up to 83 percent of the incoming light.""

Color Palette Technology:

http://www.laboratoryequipment.com/news/2015/03/skin-changes-color-demand