Update on HAARP and mind control

http://advancedmediagroupresearch.files.wordpress.com/2007/11/esp-mental-telepathy-
research-documents-november-13-2007.pdf


Thought Police
Sunday, 11 November 2007
DARPA on Your Mind
Found a paper by Jonathan Moreno entitled DARPA on Your Mind
courtesy of the Mind Control Newsgroup - Applied science may once
again play a decisive role in changing the face of armed conflict, and
the rest of human affairs, by shifting the battlefield to our very brains.
The national-security establishment—and particularly the Pentagon’s
Defense Advanced Research Projects Agency (DARPA)—supports
research at the intersection of neuroscience and national security that
could ultimately enable authorities to do things like enhance (or
muddle, or erase) memory, monitor crowds for individuals whose
brain patterns correlate with aggressive behaviors, or control weapons
from afar merely with thoughts. What are the dangers of such
information falling into “the wrong hands,” and are there any “right
hands” for this kind of knowledge? Is any extension of human abilities justified by the need for government to
protect its society?
Posted by TI at 09:25
Labels: DARPA, MILITARY, MORENO

It can pay to see who trolls yer site. You might see truth that is stranger than any fiction.

By Carol Smith
On the Need for New Criteria of Diagnosis of Psychosis in the Light of Mind Invasive Technology
Global Research
October 18, 2007
On the Need for New Criteria of Diagnosis of Psychosis in the Light of
Mind Invasive Technology
By Carole Smith
Global Research, October 18, 2007
Journal of Psycho-Social Studies, 2003
ESP - Mental Telepathy - Remote Viewing & The US Government Research Documents Sept 11 2007 by
THE ADVANCED MEDIA GROUP


But if the accounting of bizarre experiences more or less guaranteed you a new label or a trip
to the psychiatric ward, there is even more reason for a new group of people to be outraged
about how their symptoms are being diagnosed. A doubly cruel sentence is being imposed on
people who are the victims of the most appalling abuse by scientific-military experiments, and
a totally uncomprehending society is indifferent to their evidence. For the development of a
new class of weaponry now has the capability of entering the brain and mind and body of
another person by technological means.

We are concerned here with reinforcing in the strongest possible terms:
i) The need for such abuses to human rights and the threats to democracy to be called to consciousness, and without further delay.
ii) To analyse the reasons why people might defend themselves from becoming conscious of the existence of such threats.
iii) To address the urgent need for intelligence, imagination, and information - not to mention
compassion - in dealing with the victims of persecution from this technology, and
iv) To alert a sleeping society, to the imminent threats to their freedom from the threat from fascist and covert operations who have in all probability gained control of potentially lethal weaponry of the type we are describing.

Lots - 192 pages of FASCINATING stuff if you press the link above. WOW!

Electromagnetics

NIST Solving a Mystery Among Electrons

When it comes to sleuthing in science, few are better than the intrepid investigators at the National Institute of Standards and Technology (NIST). For example, take the “Case of the Stray Electrons.”

NIST researchers have created nanoscale devices that manipulate electrons in order to count them one at a time. Such counting is critical to the development of new fundamental electrical standards. When two electrons are bound in pairs (called Cooper pairs) in a superconductor, they can be manipulated much faster, providing larger currents that can be measured more accurately. Manipulation of Cooper pairs also is important in several schemes to develop quantum computers. Past attempts at manipulation, however, have been thwarted by the existence of a small number of unpaired electrons rambling around in the superconducting state. Avoiding these unpaired electrons is the mystery that NIST is now helping solve.

NIST researchers have uncovered an important clue by showing that a previously unappreciated factor has a strong effect on the number of unpaired electrons in Cooper pair devices. Electron counting devices are made from two layers of aluminum, where the strengths of the bonds pairing electrons in each layer can be different. This slight difference originally was thought to be unimportant. However, a study of more than a dozen devices in which this difference was varied in a controlled way and indepen-dently measured in each device, shows the
difference does affect device performance directly.

Space Exploration

NIST Micro-Positioner May Help Send Messages from the Stars

Phoning home from 93 billion miles away—only E.T. and other science fiction characters can do that. But with the help of National Institute of Standards and Technology (NIST) know-how, reality soon may catch up with imagination.

Conceptual designs for a “realistic interstellar explorer,” or RISE—a highly autonomous craft that would travel far beyond this solar system to collect scien-tific data—call for a laser-based communications link to Earth that relies in part on a recent NIST invention called a Parallel Cantilever Bi-axial Micro-Positioner. The prototype NIST device acts as a mechanical filter that generates very straight lines by screening out all other motions. Primarily intended for use in the delicate assembly and alignment of optoelectronic devices and applications in micro- and nano-manufacturing, the micro-positioner in a different application offers a promising means for meeting the demanding range, mass and power requirements for the RISE.

In its interstellar role, the micro-positioner would be used to position a lens that steers a laser beam communication link toward Earth. The beam must be pointed precisely because the distances would be, well, astronomical. The RISE is envisioned as having a range up to 1,000 Astronomical Units (AU)—1,000 times the distance from the Earth to the sun, or 93 billion miles.

A recent paper by researchers at NIST and Johns Hopkins University Applied Physics Laboratory (which is designing the RISE) concluded that an optical communications downlink spanning 1,000 AU is technically feasible in the next decade if these new technologies can be sufficiently refined. For example, the current range of the NIST micro-positioner would have to be improved by a factor of nearly 10.