4/02/2014 How to Measure Extra Sensory Perception- at the school of consciousness We talk about ESP and marvel over moments of its use but no one seems to be able to explain what it is and how it works, this is because we have not yet quantified the species events involved. It is not impossible; actually it is very simple and may be best to keep it simple so we can get some solid, reliable measurements. The smart way to start any investigation is to see what others have already found and build above that. For example, Nikola Tesla patented a mind reading device long ago. He proposed using a super cooled coil for receiving the thought and another tied to it to transmit. This is in the appropriate hardware because electrical leakage from the human body is in the microvolt range, very tiny amounts of power output. Even way back then, Tesla knew that super cooling was necessary to deal with tiny voltages and to strengthen magnetic fields. Problem is the background noise; radio, TV, cell phones have us living inside an electro-magnetic soup that is above 5 microvolts, stronger than the emissions from the human body. At Columbia University they built an isolation room, free of some background noise and they got faint reading at 2mm from the body which increased to a distance of 8mm or about ¼ of an inch. Their instrumentation did not do much better than this. 4/5/2015 At Columbia University they were measuring electro-magnetic output of the living human body, a potential of this surrounds the body and is probably, although not certainly, a factor in the process of ESP. Some call this the ‘aura’ and some call it the ‘bio-plasma.’ I call it interesting and try to determine its source, form, and any methods of interaction with other person’s potential output. First its source: nerve activity within and without the central nervous system is a prime contributor of this energy field around the body and I have many times measured it in a laboratory setting using surface electrodes and ‘off the shelf’ instrumentation. We were measuring tiny bits of voltages from the brain of under 20 pulses per second; much higher pulses are even fainter and only reliable with depth electrodes, hard to get volunteers for those kinds of measurements. Muscle movement and muscle nerves produce much higher outputs of both strength and frequency and probably contribute a great deal to the ‘aura’ but when we are looking for ESP, this is more like background noise and would get in the way. Another source of this field strength would be blood flow, the iron and ions in the blood stream would be adding to the measurable activity as also the heat output from the bodily processes. Problem I ran into was the first ten to fifteen minutes of measuring my patients was just a lot of this trash noise from muscle movement and excessive bodily function which really hindered me as I could only schedule my patients for thirty minutes of machine time. So, to improve this, I designed a plan to relax my patients before they got hooked up. Most patients and their escorts went to the waiting room before a session, but the room was stark and we had no budget to decorate. I volunteered to paint a mural on the wall with relaxing colors and themes, I would add detail daily to give interest; we needed patients to be mentally alert but relaxed, the mural improved patient performance a bit. On one occasion, when I was adding detail, a visiting scholar came into the room to see what I was up to. He was also doing brain research in his country, someplace like Norway, and had a name like Or but I really don’t remember. We spoke for a while and I explained my radical ideas about how to conduct brain research using one or more components of the human aura. For example, we only use a small fraction of the brain at any one time and the chemical/electrical activity of the brain cells would require more blood flow than the surrounding portions not being used. Recent research indicated blood flow to the brain was increased sympathetically with use and I suggested there would be a corresponding increase of heat output from the areas being used. I explained that the University of Tennessee was not too fond of my radical ideas and I would not be able to do anything with this thought. Much to this guy’s credit, he did think a bit more of this idea and created a new field called Thermal Imaging when he went back home. Oops, I’m getting off track. Let me finish later.
Posted on: Sun, 06 Apr 2014 02:27:42 +0000
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