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Interchange Labs : Mind Machine Interface Processor (MMIP)
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[quote:Proteus 336425:MV80NzQ4NTFfNzMxMjA1NF85MTFEREZBNQ==] [color=indigo][u][b]A Step Toward the Practical Application of Thought Field Energy[/b][/u][/color] [b]Revolution[/b] Throughout human history, major technological breakthroughs have enhanced our civilization. First we had the Industrial Revolution, followed by the Electronics Revolution and the Information Revolution. What is next? Our world is on the verge of the Mind-Machine Revolution. Technologies throughout recorded history have progressed from crude stone tools used by small groups of people to high-speed microprocessors that drive massive amounts of data to billions of people throughout the global information-based community. Whether it is a flint knife, a steam locomotive or a telecommunications satellite, every tool or machine invented shares a commonality in that it extends and amplifies physical human influence. Until recently, human beings have had to use their bodies to control machines. Pressing a button to activate a sequence of preset functions or moving levers and steering wheels to alter the functions of devices or their subcomponents are just a few of many examples. These tools serve as effective, yet limited, extensions of the physical body. Mainstream scientists and researchers are presently striving to bypass mechanistic interaction. They are attempting to directly control devices using thought processes. These brain-device interfaces have thus far fallen into two main categories. The first category consists of direct measurement and computer processing of electrical signals associated with biological life forms. This methodology encompasses either brainwave detectors attached to the skull (EEG) or the use of electrodes being connected directly to nerves within the brain. The second category is the direct mind influence on matter and energy. Extensive research has been done on the mind’s influence on physical behavior. Examples include the manipulation of random event generators (REG) and chemical reactions. REGs have been used extensively by Princeton Engineering Anomalies Research (PEAR) at Princeton University with statistical results clearly validating the theory that humans can mentally influence the physical world beyond their biological bodies. PEAR’s ground-breaking research sets the stage for the development of non-contact nonlocal mind-machine interface technologies. In order to develop an effective mind-machine interface technology that can stand on its own, operate consistently, and improve the human condition, scientists must look to where mind and matter intersect and access their common domain. On the surface, the physical world appears to be stable in that matter and energy interact in fairly predictable ways. It may also seem preposterous that a person could override the laws of physics with thought or emotional intent and control matter at anything more than subtle, and nearly undetectable levels. The interactions of mental intent on the physical world, as defined by the laws of classical physics, are no longer restrained in the subatomic realm where quantum interactions occur arbitrarily and the immutable laws of cause and effect as we know them no longer hold. The connection between the mind and the physical world has strong support in quantum theory. In other words, the quantum world is where mind and matter intersect outside of time and space. Matter at the macro level, as it is commonly understood in our western society, cannot be influenced directly by the mind. However, there is strong theoretical support for the mind’s influence at the quantum level. At the quantum level, matter can be either a particle or a wave. Kaku (2005) describes how matter is intimately connected to the mind when matter is evaluated as a quantum wave, stating, “The wave function only tells you the probability that the electron is located here or there. If the wave function is large at a certain point, it means that there is a high likelihood that the electron is located there… This also means that the wave function of a tree can tell you the probability that it is either standing or falling, but it cannot definitively tell you in which state it actually is. But common sense tells us that objects are in definite states. When you look at a tree, the tree is definitely in front of you - it is either standing or fallen, but not both. To resolve the discrepancy between waves of probability and our commonsense notion of existence, Bohr and Heisenberg assumed that after a measurement is made by an outside observer, the wave function magically “collapses,” and the electron falls into a definite state - that is, after looking at the tree, we see that it istruly standing. In other words, the process of observation determines the final state of the electron.” Capra (1991) clearly explicates the link between observation and quantum behavior, stating, “The human observer constitutes the final link in the chain of observational processes, and the properties of any atomic object can only be understood in terms of the object’s interaction with the observer. This means that the classical ideal of an objective description of nature is no longer valid. The Cartesian partition between I and the world, between the observer and the observed, cannot be made when dealing with atomic matter. In atomic physics, we can never speak about nature without, at the same time, speaking about ourselves.” Chopra(2003) nicely sums up the relationship between observation and physical effect stating, “Because observation is the key to defining the wave-particle as a single entity, Niels Bohr and other physicists believed that consciousness alone was responsible for the collapse of the wave-particle. It might be said, then, that without consciousness, everything would exist only as undefined, potential packets of energy, or pure potential.” The above mentioned authors provide strong support for a quantum theory explanation of this human ability. A large body of research has validated the use of consciousness in general and mental intention in particular to influence physical behavior. McTaggart (2003)provided insight into Robert G. Jahn’s PEAR experimental validation of mental influence over matter, stating, “It seemed that we had an ability to extend our own coherence out into our environment. By a simple act of wishing, we could create order. This represented an almost unimaginable amount of power… Jahn had his evidence that human consciousness had the power to order random electronic devices. The question now before him was what else might be possible.” Advances in electronics, computers, data acquisition hardware, and sophisticated data analysis software, have made possible the development of a reliable mind-machine interface technology (Mind-Machine Interface Processor, hereafter referred to as “MMIP”). This technology does not require brain or nerve signal connections or the need to sense body physiology. This research study is predicated on a responder rather than sensor/detector technology. Instead of detecting physiological energy from the brain, nerves or body, the MMIP responds to mind’s influence in the quantum domain. While the findings of many researchers statistically prove that the mind can affect the physical world, the differences between the control and mind-influenced trials are too small for practical application. Furthermore, the effectiveness of a mind-machine interface system lies in its ability to gather and process large amounts of mind-influenced data in near-real time. Excerpt from: http://www.interchangelab.com/Peer_review_MMIP_research_paper4.pdf [/quote]
Original Message
Proteus Cell Technology
About Us:
Interchange Laboratories, Inc. is a California Corporation located in Chatsworth. The purpose of Interchange Laboratories is to develop and continually improve a non-invasive, non-contact mind-machine interface technology as well as related control and training methods.
Interchange Laboratories, Inc. has developed a quantum domain-based mind-machine interface technology to a level where airplanes on a flight simulator program are flown “hands free” and “sensor free” on a regular basis, exclusively by mental intent. This is a completely non-contact system that does not use brain waves or other physiological signals.
The Mind-Machine Interface Processor system is Patent Pending with the U.S. Patent and Trademark Office.
Hardware
The hardware that responds to quantum thought field energy is the Mind-Machine Interface Processor (MMIP). The MMIP is an electronic device that responds to human mental intention. The MMIP produces a quantum electrical behavior with which the mind interfaces. Resonance of this quantum behavior is compared by the MMIP’s digital signal processor.
The signal is sent to a National Instruments high-speed digital acquisition board with buffered memory. Additional hardware includes a standard IBM compatible computer with monitor.
"The technology simply reproduces the randomness of our universe and is able to then detect any changes in that randomness from task directed human influence. The device thus responds to the organizational ability (order from chaos) of the human intention (mind)."
~Ted
[
link to www.interchangelab.com
]
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