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870 lines
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| File Name : TMIDEVIC.ASC | Online Date : 01/09/95 |
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| Contributed by : Glenda Stocks | Dir Category : ENERGY |
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| From : KeelyNet BBS | DataLine : (214) 324-3501 |
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| KeelyNet * PO BOX 870716 * Mesquite, Texas * USA * 75187 |
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| A FREE Alternative Sciences BBS sponsored by Vanguard Sciences |
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|----------------------------------------------------------------------------|
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I spoke with Mr. Harris around 5PM today and he says he applied for a patent
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on this device back in 1978 and it was rejected. A Dr. Marion Bowman from
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Washington travelled out to Mr. Harris' home to witness the operation of the
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device. He was amazed and returned to Washington enthusiastic about its
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applications. Shortly after this demonstration, all copies of the patent
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application and other information subsequently disappeared from the Washington
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Patent Office. In addition, Mr. Stewart's home was broken into and his
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original drawings, papers, applications and correspondence was stolen.
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Mr. Harris is disabled and has health problems which prevent him from actively
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researching the device himself. He tells me he built this thing in one
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session as if it were inspired by some outside influence. As noted in the
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following document, the 'flapper' resulted from a dream that helped him solve
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a perplexing problem with the device. Stewart said the unit provides
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tremendous force and he had to use the tinker toy wheels TO SLOW IT DOWN. He
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has not yet placed it in a rotating wheel or rotary track though he has no
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doubt it will drive a wheel or magnet.
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I informed Stewart of John Searls' rotating magnets and his use of a circular
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track with a cylindrical magnet placed horizontally on the track, wherein it
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would start moving around the track on its own. This is the very basis of the
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Searl flying machine. The same principle is used in the Hummel flying disk,
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the Howard Johnson patent, the Troy Reed invention, the Gary magnetic motor
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and several others. So, there is AMPLE GROUND for the claims of Mr. Stewart
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despite all the flames from those who live to create negative mischief.
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We here at KeelyNet will definitely experiment with the phenomenon and report
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not only to Mr. Harris as per our discussion, but also to KeelyNet and our
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many other associates and networkers. If you choose to experiment with this
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or a version of it, please share your results with us and with the inventor as
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he has so kindly shared his work with us.......Thank you!........>>> Jerry
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Also, I'd like to thank Glenda Stocks for sharing this
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fascinating file with the KeelyNet group and our associates!!
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Theory of Magnetic Instability
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A device by Stewart Harris
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Origin: XBN - 0004 - F:NSHIFTCP
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From: STEWART HARRIS
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To: GLENDA STOCKS
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Date: 01/04/95 at 19:10
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Re: VOLCANIC ACTIVITY
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> Glenda:
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> I have used this in the hopes I will not be out of line with regard to
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> crossposting information you expressed interest in with regard to my
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> device.
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> What follows is postings on the device by others on RIME, Science. I
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> will put the headings on once, and then state who is posting for some
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> form of brevity.
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> I must congratulate Judy Stein from New York as being both an observant
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> writer but quite good in describing what she received from me. I have a
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> videotape of my device in action, following by a video of the CNN report
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> I refer to wherein it shows NASA attempting to move a drop of water up a
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> single incline, and without success, it moving only halfway. I know why
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> it will not proceed further.
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> Conference: 28,SCIENCE
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> Date: 1994-06-22,14:36
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> From: JUDY STEIN
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> To: JIM GOODMAN
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> Subject: Harris device 1/2
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> Let me use the terms "incline" and "decline" to refer to the two sides
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> of each of the two peaks in the demo box, the terms referring to what
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> the runner is doing when it traverses them (see diagrams).
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> The runner has the general shape of a barbell. Two Tinkertoy wheels, one
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> on either end, are the bells. Something that resembles a roll of
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> Lifesavers strung on a rod forms the bar between the wheels--the
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> Lifesavers, I gather, are circular magnets with a hole in the middle,
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> I'd guess about a quarter of an inch thick and an inch in diameter, and
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> there are eight or 10 of them strung on the rod. The Tinkertoy wheels
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> are about an inch and a half in diameter. The runner looks as though
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> it's about six inches long, total.
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> Cross section view
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runner starts here
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\|/
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| | /\ /\ |
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| | / \ / \ |
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| | / \ / \ |
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| / \/ \ |
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|------------------------------- |
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| |
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| <--------- runner ends up here
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|____________________________________|
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> The angles of incline and decline are considerably exaggerated in the
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> diagram. It looks to me as though the declines are shorter and more
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> steeply angled than the inclines; the inclines seem to be about 2.5"
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> long and at 25 degrees, while the declines are more like 1" long and
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> about 45 degrees (rough estimate). The height of the triangle looks like
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> about 3/4" or so.
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> On either side of the track are two additional rolls of these circular
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> magnets (four in all), the rolls being at right angles to the magnets on
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> the runner. Each of the two rolls of magnets on either side is set at an
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> angle to match the angle of the inclines.
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Top view
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|<--track-->|
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____________|____________
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| ___| | |___ |
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| |___| (start) |___| |
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| |___| |___| |
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| |___| incline |___| <---------roll of magnets, positioned at
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| |___| |___| | the same angle as the slope of
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| |___| |___| | the incline
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| |___| |___| |
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| |___|____________|___| |
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| | | |
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| | decline | <-----------no magnets here, but not as much
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| | | | space between the rolls as I've
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| ___|____________|___ | shown
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| |___| |___| |
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| |___| |___| |
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| |___| incline |___| |
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| |___| |___| |
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| |___| |___| |
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| |___| |___| |
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| |___|____________|___| |
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| | | |
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| | decline | |
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| | | |
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| |____________| |
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| (finish) |
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|________________________|
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> The runner is positioned by hand at the bottom of the first incline (top
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> of the top-view diagram). When it is released, it moves rapidly up the
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> first incline, down the first decline, up the second incline, and down
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> the second decline. When it reaches the bottom of the second decline, it
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> simply falls down into the lower level of the box (bottom of the
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> top-view diagram).
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> It's clear the runner is *released*, not given a push. It has to be
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> aligned correctly. My guess is the person aligning it feels a pressure
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> of the runner against his fingers when it's properly aligned. In the
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> demo, the person aligns it and then simply lays his finger on the rod to
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> keep it from moving, then removes his finger, and the runner starts to
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> move immediately.
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> These diagrams are very crude. The demo itself is extremely crude--as
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> Stewart has said, it's a cardboard box with a lot of Scotch tape holding
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> things together.
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Stewart, you are right, she has done an excellent job of describing it, and
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the diagrams are good also. I will share this with the Keelynet BBS, as they
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are usually interested in devices like yours. If I get any feedback from
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anyone, I will share it with you on the conferences. I will reproduce the
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remainder of your file here for the I_UFO conference (where we discuss UFO's
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and New Science) and for other areas where I will share this information.
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Let's hope that we will get feedback from other sources that will help us all
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to understand the force(s) at work here. :)
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------------------------------------------------------------------------------
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Following is a sample of Mr. Ken Stuckas accusing me of a hoax, and
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eventually, fraud.
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This is part of what keeps me from doing a great deal with this.
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With no evidence of ill will on my part, Mr. Stuckas, a credentialed scientist
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on several Science echos, simply attacks me out of, what, pique or with a
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sense to destroy me. I intend to find out more about this later in a
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courtroom, but for now it is simply interesting to note.
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------------------------------------------------------------------------------
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Date: 1994-07-02,11:59
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From: KEN STUCKAS
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To: STEWART HARRIS
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Subject: Harris device
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-=> While eating a book entitled "Harris device", Stewart Harris mumbled:
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SH> I did not understand what the gentleman said myself. How can I create
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SH> an optical illusion in a video studio under the eyes of commercial
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SH> photographers with cardboard and scotch tape.
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Easy. You just ask them to tilt the camera at the same angle that the device
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is tilted to disguise the fact that the whole thing is going down hill. Mind
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giving me the phone number of the commercial photographers who made the video?
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***I supplied this for him, but he never called.
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SH> As for sending a tape, being poor, unwilling to change that situation
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SH> by effort and disability, I am limited to sort of one tape a month,
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SH> (Cost about $15. Can't infringe on Helen's bingo money.) I am afraid
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SH> latecome and hostiles will have to wait a very, very long time.
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Oh, you aren't willing to make money off someone who understands science, huh?
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You confuse skeptical criticism with hostility. How interesting. I don't think
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it's ethical to use this echo to advertise a product, let alone one that
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claims to violate the well-known and accepted laws of conservation of energy.
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If you mail these tapes, now you are putting yourself in the domain the the
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U.S. Postal Service which has the authority to investigate mail fraud.
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*** For the life of me I could not see how he translated an explanation of
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my poverty into a refusal to make money from him. And to do you see any
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effort at advertising? It was a science echo. And I have never made the
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claims he states; scientists have stated if my device worked it would do
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that. But that is not what I say because I don't even have the knowledge
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to know it in the first place.
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Date: 1994-07-02,11:59
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From: KEN STUCKAS
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To: STEWART HARRIS
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Subject: Temporary energy stor 2/3
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-=> While eating a book entitled "Temporary energy stor 2/3", Stewart
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-=> Harris mumbled:
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SH> So my first premise, that permanent magnets are a source of energy or
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SH> force, is correct according to what I read here. Yet you say permanent
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SH> magnets are not a source of energy. You seem to be supporting this by
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SH> saying that my device is doing no work, therefore no energy or force
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SH> is exerted.
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SH> I am saying I cannot understand how a weight can be lifted to a height
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SH> without work or force being done and without any energy input.
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Replace your magnets with springs and you will see the problem. A compressed
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spring has potential energy. I had to do work on the spring to load it with
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the potential energy. That work came from an outside source. Once the spring
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does work on some other system, I have to compress it again to get it do
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repeat that work.
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A magnet and an iron bar separated by a distance possess potential energy just
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as a coiled spring does. Once they come in contact with one another or just
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get closer to one another I have to do work on them to separate them.
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*** As you can see from the drawings by Judy Stein, there is no 'contact with
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one another' and you will notice that the runner is close to the magnets,
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separated by wooden wheels, and they are never at any point along the
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route up and down the inclines in a position where they have to be
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'separated.' This is the common objection, the 'lines run perpendicular
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and result in only attraction/repulsion' approach of current science. I am
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demonstrating that the mass is moved parallel to the lines of force, there
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is no magnetic lock, and, therefore, no need for that 'extra work' to
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'separate and reset' the magnets or springs.
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------------------------------------------------------------------------------
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From: KEN STUCKAS
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To: STEWART HARRIS
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Subject: Temporary energy stor 3/3
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-=> While eating a book entitled "Temporary energy stor 3/3", Stewart
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-=> Harris mumbled:
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SH> Now as far as a weight being at a height, I seriously doubt there is
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SH> even a bad engineer or cannot work out some way to put that weight to
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SH> good use. Yet as I understand what I am being told, either I cannot do
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SH> what I say and I am lying, or lifting a mass to a height is not useful
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SH> and cannot have any benefit to mankind.
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How did that weight get to that height? You had to do work on it to get it
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there, right? When the weight has fallen and, in the process, done work on
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some system then I need to do work on the weight to lift it back up to that
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height.
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You cannot violate the law of conservation of energy here in the world of
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classical mechanics. I will absolutely guarantee you that in the device you
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are demonstrating, the total potential energy plus the total kinetic energy
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at the beginning is greater than the totals of those values at the end. You
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have lost some small amount of energy through the heat of frictionand
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aerodynamic drag.
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If the video you made seems to violate these principles then you have tilted
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the device at such an angle so that the device operates by going down hill and
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if you have deliberately and knowingly tilted the video camera at the same
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angle to make the device appear level with the intent to decieve others, then
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that's fraud.
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*** Again, since it cannot be true because it would violate his laws of
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physics, I must, then, be hoaxing the situation. This is also common in
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all rebuttals to new science or ufo technology. He says that if the video
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shows the mass as going up, then it must be going down because I had the
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photographer tilt it, making it appear level, and that is fraud. He later
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denies this.
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SH> What is my goal? One is not scientific and not applicable in this
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SH> echo. The other, and the reason I got into this with you and others,
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SH> is to see if there is some way to explain what is being done without
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SH> running into the initial blocks I came across some 18 years ago;
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SH> namely, objection to the device because it will violate some physical
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SH> laws.
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Your only out is to appeal to those who believe in pseudoscience by claiming
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the effect to lie in the domain of quantum electrodynamics. In that case I
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refer you to Chapter 12 of the recent book by Murray Gell-Mann, the 1969 Nobel
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laureate in physics "The Quark and the Jaguar." Chapter 12 is called "Quantum
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Mechanics and Flapdoodle," which points out the errors of just about
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everything that Judy Stein believes in.
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SH> You and others put your fingers on what I consider to be a way out,
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SH> and I am only exploring that possibility now with what I propose to
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SH> build.
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SH> If my flapper is successful, and I see no reason for it not to
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SH> succeed, then I believe that the downward, pendulum-like swing which
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SH> will bring the mass back into the track is a source of energy drawn
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SH> upon from outside the system, which would be perfectly normal and
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SH> would violate no laws.
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Your intuition is apparently unaffected by scientific understanding.
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SH> As to how long it will continue to operate, I don't know.
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It will operate for exactly one cycle unless you are being deliberately
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deceptive.
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*** Here, since I did complete the 'flapper' since this dialogue, it has gone
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more than one cycle, so I guess I am being deliberately deceptive. Now you
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see why I have no real wish to go further and show this to the world.
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Ken Stuckas is simply a clone for all the scientists who have ragged me
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for 19 years now. It is not worth it.
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*** Judy Stein rebuts some of the accusations of this being rigged, a hoax, an
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optical illusion, a fraud.
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------------------------------------------------------------------------------
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Date: 1994-06-30,17:19
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From: JUDY STEIN
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To: ERIK FRANCIS
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Subject: HARRIS DEVICE
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EF>> Whether his device actually produces any "net work," I'm not
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EF>> qualified to say. But I'm cracking up at your "optical illusion"
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EF>> description. You'd have to actually see the demo to realize how
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EF>> hilarious that is.
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EF> Keep in mind that unless one has direct three-dimensional access to a
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EF> device, optical illusions and tricks are always possible (or, rather,
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EF> much easier!). Not that this is the case; but it is always important
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EF> to realize that it might be.
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*** Mr. Francis is far more rational and polite, but there is the underlying
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inference that it could be something which one is not really saying. This
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is why I stopped sending out the tapes. Just more of a hoax, much as UFO
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tapes are hoaxes.
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I understand; this is certainly the case in theory. But I think if you were to
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see the demo you'd realize why I said what I did.
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(Not that this addresses your objection, and it isn't what I'm referring to,
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but on the demo tape the apparatus is shoved around by hand (with the camera
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running) so you see it doing its thing from all angles, several complete runs
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from each angle. There are also closeups, with the camera right on top of the
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apparatus.)
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I don't quite know how to say this without sounding like I'm deprecating the
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device, but it's really a rattletrap thing, like what a kid would throw
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together. It wouldn't get any prizes at a high school science fair, it's too
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messy, too crude. The *diagram* I posted here is more precise than the device.
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I made neater dollhouses out of shirt cardboards when I was 10.
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*** Ms. Stein was right in one sense. It would not win a prize in a high
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school science fair. However, I must add that the son of a friend in Las
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Vegas, who has been to the house many times and played with the device,
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built a more suitable duplicate (Another reproduction I forgot to add to
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that of the two gentlemen in Fido Science), and he won his high school
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science fair, and was second in the State Science Fair here in Nevada.
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That young man was Michael Wood, Son of Dennis Wood who posts on several
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fido echos.
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It is really barking up the wrong tree to suggest Stewart is trying to pull a
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fast one with this thing. I don't have any idea whether it's significant or
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not, but it is whatever it is and not something pretending to be something
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else.
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------------------------------------------------------------------------------
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Date: 1994-07-02,01:02
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From: JIM HARFORD
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To: RON FREIMUTH
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Subject: Harris device
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. RF> From Judy's diagram it appeared the mass exited your system with a .
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. RF> velocity at exactly the height it was started. It would be hard to .
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. RF> explain the kinetic energy of the mass at this point. .
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It would be hard to explain only if the potential energy (energy of position)
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of the mass was entirely gravitational. Then potential energy would be exactly
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proportional to height. But since part of the potential energy of the mass is
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due to the magnetic field that simple relationship is destroyed and one can no
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longer visually determine whether what Judy saw is something ordinary or
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something extraordinary.
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------------------------------------------------------------------------------
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Date: 1994-07-02,21:02
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From: ISRAEL SILVERMAN
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To: RON FREIMUTH
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Subject: Harris device
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RF> From Judy's diagram it appeared the mass exited your system with a
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RF> velocity at exactly the height it was started. It would be hard to
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RF> explain the kinetic energy of the mass at this point.
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This is correct. This is what I have seen as well.
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RF> Will the mass still have any velocity if the exit point is exactly at
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RF> the initial height?
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The exit point appears to be at the same height as the entrance point.
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However, the device unfortunately terminates PRECISELY at the end of the
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second hill, and it becomes difficult to judge how far and whether the roller
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would have continued for any distance after the end of the device. At the end
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of the device, the roller literally falls off the device onto the floor or a
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waiting hand.
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*** This lack of movement at the end is strictly a matter of design. The
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duplicates made by other gentlemen do proceed far beyond the end, and
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there is even comment on this point as being one of the problems that
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science faces in explaining this, as is alluded to in the above comments.
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------------------------------------------------------------------------------
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Date: 1994-07-02,18:37
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From: BRIAN WHATCOTT
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To: RON FREIMUTH
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Subject: Harris Device
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RF> From Judy's diagram it appeared the mass exited your system with a
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RF> velocity at exactly the height it was started. It would be hard to
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RF> explain the kinetic energy of the mass at this point.
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RF> Will the mass still have any velocity if the exit point is exactly at
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RF> the initial height?
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I can say, sight unseen, the runner could have appreciable velocity if it
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exited HIGHER.
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You wouldn't be surprized if a wad of paper could shoot higher from an elastic
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band, surely? Remember, if there's initial repulsion before the runner is
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placed on the track, that's potential energy for the acceleration phase!
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*** This is the general objection to the continuous motion aspect of this
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device. The 'flapper' is designed to demostrate that this shortcuts the
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repulsion aspect of the Theory of Magnetic Instability I have put
|
|
together; and this shows that the mass or runner can actually start from
|
|
scratch without the impetus of any passage through a repulsion phase.
|
|
|
|
I realize the PE is a function of height and distance from the magnets.
|
|
|
|
Now, I don't know how those disk magnets are stacked. All in the same
|
|
direction? If the moving mass were magnetized one could stack the magnets to
|
|
first attract, then repel. Equivalent approximately to a parabolic gravity
|
|
well. A mass would accelerate to the bottom, then *nearly* reach the top at
|
|
the other side.
|
|
|
|
*** Notice "nearly". Yet my runner does not nearly reach the upper apex, it
|
|
is accelerating at that point. Accelerating, so it is gaining momentum.
|
|
|
|
Add another force, gravity, and one can distort the well by adjusting the
|
|
curve of the track.
|
|
|
|
*** Here is one of my problems with this whole affair. Is gravity an energy
|
|
input or a force which is never consumed. If the latter, then COE does not
|
|
apply at all. Is any gravity used up when all objects fall. When a plane
|
|
flies, is gravity an input or a force. Thrust is required to overcome
|
|
gravity. I wonder why, when my mass is moved uphill against gravity, no
|
|
work is being done similar to the thrust of an airplane engine. So what is
|
|
the engine? It must be the magnets. But my magnets still work the same as
|
|
they did 19 years ago.
|
|
------------------------------------------------------------------------------
|
|
Date: 1994-07-04,13:03
|
|
From: ISRAEL SILVERMAN
|
|
To: STEWART HARRIS
|
|
Subject: Harris device 1/2
|
|
|
|
SH> Never thought that, and it would not matter! You have not called me a
|
|
SH> fool, at least. Perhaps that is because neither of us is an expert.
|
|
SH> Only an expert can tell you the runner does not do what you see. I am
|
|
SH> used to it.
|
|
|
|
I have seen the videotape, and I see it does what you are saying.
|
|
|
|
I would, however, like to know how the magnets are arranged along the track.
|
|
For, having seen the device, I am sure I can buy a bunch of magnets and
|
|
construct a similar device. Perhaps even make one that is a bit better in
|
|
terms of efficiency and arrange so that the output of one such device leads
|
|
into the input of the other, and then repeat the output of the latter into the
|
|
input of the first. A closed loop.
|
|
|
|
For, science requires repeatability, and if you can get someone else to repeat
|
|
what you have done, independently, then that shows something.
|
|
|
|
*** The same argument made by gentlemen on Fido Science. And it was reproduced
|
|
and the exact same suggestions were made with regard to putting it into a
|
|
closed loop. That is what the new dream "from my aliens" showed me how to
|
|
do with a great deal less expense than my own ideas. I have not pursued
|
|
this with Mr. Silverman because I had given up by then. It was the new
|
|
dream about the 'flapper' which brought me bck to life.
|
|
------------------------------------------------------------------------------
|
|
Date: 1994-07-04,13:03
|
|
From: ISRAEL SILVERMAN
|
|
To: BRIAN WHATCOTT
|
|
Subject: Harris Device 1/2
|
|
|
|
BW> Stewart, I believe you have given a moderate and up front account of
|
|
BW> your interesting machine.
|
|
|
|
BW> You have never claimed perpetual motion for it, nor even long
|
|
BW> continued action.
|
|
|
|
But because a closed loop could be constructed by joining output and inputs of
|
|
2 such devices, it certainly implies it.
|
|
|
|
BW> I believe I understand the operating principle of your device: I
|
|
BW> believe you provide energy in placing the runner into its
|
|
BW> energetically favorable starting position.
|
|
|
|
BW> You can easily test for this initial repulsion that must be overcome.
|
|
BW> You probably cannot even FEEL the force you are providing - a basis
|
|
BW> for your puzzlement, I'm sure.
|
|
|
|
BW> But if you will suspend the runner on two long threads of cotton, say
|
|
BW> 24 inches long each, and GRADUALLY approach the runner to its starting
|
|
BW> position on the track, you will find that the runner pushes back from
|
|
BW> its starting position, until it gets quite close, then it starts to
|
|
BW> pull forward. You will see the cotton suspension leans a little from
|
|
BW> the vertical.
|
|
|
|
And how owuld this initial imparting of energy carry the device over the 2
|
|
inclines?
|
|
|
|
*** Notice the interesting question by Mr. Silverman at the end. The
|
|
proposition by Mr. Whatcott was done by me many, many years ago. And this
|
|
is exactly what disproves that repulsion is not the initiating impetus.
|
|
And Mr. Silverman's question is exactly what bothers me, in that I can say
|
|
what it is, but it will not make scientists very happy. TOMI, the Theory
|
|
of Magnetic Instability.
|
|
------------------------------------------------------------------------------
|
|
Date: 1994-07-04,15:52
|
|
From: JUDY STEIN
|
|
To: STEWART HARRIS
|
|
Subject: Harris device 1/2
|
|
|
|
SH> I tried very hard to remove my finger in a "backward movement" to
|
|
SH> avoid the impression it was being pushed.
|
|
|
|
Indeed, that's quite noticeable on the tape. Once you have the runner in
|
|
position, you lay your forefinger over the center of the runner, then release
|
|
it by drawing your finger back until it no longer contacts the runner, at
|
|
which point the runner immediately starts moving forward. It's clear your
|
|
finger is holding it back rather than pushing it forward.
|
|
|
|
*** Interesting only to head off beliefs I push the runner at the initial
|
|
point of takeoff.
|
|
------------------------------------------------------------------------------
|
|
Date: 1994-07-04,13:03
|
|
From: ISRAEL SILVERMAN
|
|
To: KEN STUCKAS
|
|
Subject: Harris device
|
|
|
|
KS> Easy. You just ask them to tilt the camera at the same angle that the
|
|
KS> device is tilted to disguise the fact that the whole thing is going
|
|
KS> down hill.
|
|
|
|
Of course, the people standing around while the device is being operated and
|
|
moved around, since they appear to be standing straight up with respect to the
|
|
device, must have also modified the law of gravity. I don't think shifting the
|
|
device and camera will act to change the gravity vector.
|
|
|
|
KS> If you mail these tapes, now you are putting yourself in the domain
|
|
KS> the the U.S. Postal Service which has the authority to investigate
|
|
KS> mail fraud.
|
|
|
|
As you probably don't recall, he said he didn't mail often since he didn't
|
|
want to take money, and it cost him moeny to make and send.
|
|
|
|
*** Even I do not have todefend against fraud, as those who have seen the tape
|
|
will attest to my integrity.
|
|
|
|
*** What follows is a description of the NSA experiment I refer to.
|
|
------------------------------------------------------------------------------
|
|
Date: 1994-07-04,15:56
|
|
From: JUDY STEIN
|
|
To: STEWART HARRIS
|
|
Subject: Harris device
|
|
|
|
SH> I would love for you to give a comparably lucid description on the
|
|
SH> NASA experiment which I included on that tape.
|
|
|
|
It shows a closeup view of what appear to be a series of drops of water
|
|
falling onto an inclined plane (about 10-15 degrees?), inclined from left to
|
|
right. The drops fall one by one from some kind of nozzle that's right above
|
|
the plane, close enough to it so the bottom of the drop touches the plane
|
|
before the top detaches from the nozzle.
|
|
|
|
The instant the bottom of the water drop touches the plane, it begins to move,
|
|
slowly as long as it's still attached to the nozzle, then with a burst of
|
|
speed when the top breaks free.
|
|
|
|
Then there is an edit in the film, and the camera has apparently moved
|
|
slightly to the right. We see a drop moving very slowly up the plane, then
|
|
suddenly going faster, then slower again. The nozzle is no longer in the
|
|
frame, but presumably it's *just* outside the left of the frame, so the
|
|
increase in speed is, again, what happens when the top of the drop breaks free
|
|
of the nozzle. But then after that initial acceleration, the drop slows down
|
|
again as it moves out of the frame to the right.
|
|
|
|
The drop looks a bit peculiar after it's left the nozzle; it looks like a lens
|
|
(like a football flattened longitudinally) rather than a water drop (in other
|
|
words, the bottom of the drop does not appear to lie flat on the plane but is
|
|
rather turned up at the ends, the side view making it look as though they're
|
|
pointed), but that must be a distortion of the camera view.
|
|
|
|
I can't tell how large the droplets are, so it's hard to say how fast the
|
|
drops are moving or how great a distance they travel. In the second shot, with
|
|
the nozzle out of the frame, it takes the drop about 7 seconds to move from
|
|
the left of the frame (it starts partially inside the frame) to the right and
|
|
disappear out of the frame. The motion, again, in this shot is slow-fast-slow.
|
|
The acceleration and period of top speed is only about a second.
|
|
|
|
I can't tell for sure, but it looks to me as though *just* as the drop is
|
|
disappearing out of the frame to the left, it speeds up again slightly.
|
|
|
|
If the drops are what I think of as "normal sized," i.e., what comes out of my
|
|
faucet when it's leaking drop by drop, I would guess the distance the drop in
|
|
the second camera shot traverses is maybe three-quarters of an inch or
|
|
slightly less.
|
|
|
|
'Zat what you wanted??
|
|
|
|
SH> I am changing course and trying to get a local plastic company to make
|
|
SH> the flapper. And I have a great idea for a toy: Look at the drawings
|
|
SH> of the hamster wheel. Can you imagine a track on the outside rim of
|
|
SH> the wheel, covered by decorations, with chairs suspended a la a ferris
|
|
SH> wheel?
|
|
|
|
Sounds neat. I wish I had a kid to play with it!
|
|
|
|
SH> Maybe even a large wheel using no input other than the "lifesavers." I
|
|
SH> love that, Judy. It's the most clear but most amusing description I
|
|
SH> have heard about this in 18 years.
|
|
|
|
I'm surprised nobody has come up with it so far; it seemed fairly obvious...
|
|
------------------------------------------------------------------------------
|
|
From: JUDY STEIN
|
|
To: KEN STUCKAS
|
|
Subject: Harris device
|
|
|
|
SH> I did not understand what the gentleman said myself. How can I create
|
|
SH> an optical illusion in a video studio under the eyes of commercial
|
|
SH> photographers with cardboard and scotch tape.
|
|
|
|
KS> Easy. You just ask them to tilt the camera at the same angle that the
|
|
KS> device is tilted to disguise the fact that the whole thing is going
|
|
KS> down hill. Mind giving me the phone number of the commercial
|
|
KS> photographers who made the video?
|
|
|
|
You didn't take the trouble to read any of the earlier posts describing the
|
|
device, including my detailed description, with diagrams, of what is seen in
|
|
the demo tape. Yet you're willing to accuse Stewart of possible fraud when you
|
|
don't even have a clear mental image of what it is we're talking about.
|
|
|
|
With the camera running, the box, which rests on a table, is shoved around
|
|
from one position to another so that the camera can film repetitions of the
|
|
action at all angles. To continuously adjust the tilt--not just of the box but
|
|
of the table, the walls of the room, and Stewart himself, much of whose body
|
|
is visible standing beside the table as he turns the box around and positions
|
|
the runner--to maintain the deceptive angle, you'd need a room-turning
|
|
mechanism far more elaborate and precise than that used to film Fred Astaire's
|
|
famous dance on the ceiling.
|
|
|
|
I don't know how you'd calibrate it even so, because the box is shoved around
|
|
the way you'd thrust a cereal box at your breakfast companion sitting across
|
|
the table from you. Stewart is not a dancer, and moreover he has a gross hand
|
|
tremor. And the camera is hand-held, not steady at all.
|
|
|
|
KS> yourself in the domain the the U.S. Postal Service which has the
|
|
KS> authority to investigate mail fraud.
|
|
|
|
Ken, this is just off the wall. You just breezed in for one of your infrequent
|
|
visits, and you have no idea what has been said previously. Stewart doesn't
|
|
charge for the tapes. He's telling you he only sends out tapes when he can
|
|
afford to pay for them out of his own pocket. Earlier someone offered to
|
|
reimburse him for a copy, and he flatly refused. You want a copy, get on his
|
|
list to receive it free, but it seems there are a few folks ahead of you.
|
|
|
|
You owe him an abject apology. On several different counts.
|
|
|
|
KS> same angle to make the device appear level with the intent to decieve
|
|
KS> others, then that's fraud.
|
|
|
|
What if it's not going downhill?
|
|
|
|
*** Mr. Stuckas and many others worry about Mr. Silverman's question quite a
|
|
bit. It is just this which makes me go on. Otherwise, I would not bother
|
|
any longer.
|
|
|
|
SH> As to how long it will continue to operate, I don't know.
|
|
|
|
KS> It will operate for exactly one cycle unless you are being
|
|
KS> deliberately deceptive.
|
|
|
|
In the demo, it operates for two cycles (which is all the demo device has on
|
|
it). Stewart is referring to how many two-cycle runs it will do over time.
|
|
There are something like 15 or 20 on the demo tape.
|
|
------------------------------------------------------------------------------
|
|
From: RON FREIMUTH
|
|
To: JUDY STEIN
|
|
Subject: Harris Device
|
|
|
|
RF> Do you know what magnetic material is in the runner?
|
|
|
|
JS> They're flat circular magnets with a hole in the middle,
|
|
|
|
> strung on the runner's "axle" like a roll of Lifesavers. Stewart said
|
|
> elsewhere these magnets are available at Radio-Shack. Looks like
|
|
|
|
Yeah, got that from Brian, too.
|
|
|
|
This means the runner can be attracted or repelled by other magnets. One
|
|
effect is that the hills can be effectively moved zerbelow o height, as far as
|
|
potential energy goes.
|
|
|
|
One needs put only enough energy into the system to overcome friction.
|
|
|
|
*** This post caused me to wonder what happened to overcoming the force of
|
|
gravity going up the declines?
|
|
------------------------------------------------------------------------------
|
|
Date: 1994-07-18,18:31
|
|
From: BRIAN WHATCOTT
|
|
To: RON FREIMUTH
|
|
Subject: Harris Device 1/2
|
|
|
|
RF> OK, I wasn't aware the runner had magnets. Bet one has to supply work
|
|
RF> to get it in position. The energy then runs the device through
|
|
|
|
Interesting: he said that if you approach the track at more than 45 degrees
|
|
from above, you don't see repulsion. I guess that maximum repulsion is felt
|
|
from 45 degrees low....
|
|
|
|
*** Here is the crux of the 'flapper.' There is no repulsive effect above 45
|
|
degrees, not low. And the work supplied to get it into position is gravity
|
|
at work. Then, since gravity is not a source of energy, and the magnets
|
|
are doing all the work, there is no new input. If you consider gravity a
|
|
source of energy, then COE is shoved out the window. It is a paradox which
|
|
needs answering.
|
|
------------------------------------------------------------------------------
|
|
From: JIM GOODMAN
|
|
To: BRIAN WHATCOTT
|
|
Subject: Maglev Devices
|
|
|
|
BW> (Believe it or not, there are no known perpetual motion machines.
|
|
BW> Sorry!)
|
|
|
|
shucks, you caught me stirring the pot. I don't believe that Stewart Harris
|
|
has designed a pmm either, but he may have found another force. I'm betting on
|
|
some magnetic like force. see the Newman device discussion.
|
|
------------------------------------------------------------------------------
|
|
Date: 1994-07-22,09:51
|
|
From: JIM GOODMAN
|
|
To: JUDY STEIN
|
|
Subject: MAGLEV DEVICES
|
|
|
|
[Harris device]
|
|
|
|
JS> I'm not really even all that clear on what the *problem* is with it.
|
|
|
|
tanstaafl:there ain't no such thing as a free lunch
|
|
|
|
this means that there is no perpetual motion machine. something has to power
|
|
it. I'm interested in finding out what (force) makes the device run. Nobody
|
|
believes that a static magnet will make a mass speed up slightly,
|
|
indefinitely. a magnet will reduce friction (meglev), but not power anything.
|
|
|
|
Jim
|
|
------------------------------------------------------------------------------
|
|
Date: 1994-07-29,09:25
|
|
From: BRIAN WHATCOTT
|
|
To: JIM GOODMAN
|
|
Subject: Maglev Devices
|
|
|
|
JG> following a magnetic track is simple. But both Harris and Newman have
|
|
JG> reported the device operates indefinitely. It is a source of energy.
|
|
JG> The
|
|
|
|
As far as I could see, Stewart NEVER claimed his machine operated
|
|
'indefinitely'.
|
|
|
|
My understanding is, he claimed
|
|
|
|
1) His machine operated 'repeatedly' over an extended period of years, with no
|
|
loss of vigor over the one two or three 'hills' he arranged.
|
|
|
|
2) When arranged in a circle, his runner on rare occasions could reach and
|
|
pass its starting point.
|
|
|
|
3) He hoped that by suitably transporting the runner back to its start
|
|
position, he could make the action repetitive ( a surely forlorn hope...)
|
|
|
|
*** Notice the lament. It is catching. I really don't want to even present the
|
|
evidence, since it will disrupt so many people from their lifetime
|
|
beliefs. It is not worth it at all to create disruption. I was proud of
|
|
this in one sense: no pollution and no possible harm to people. It does
|
|
not seem that that is true any longer.
|
|
------------------------------------------------------------------------------
|
|
Date: 1994-08-02,16:47
|
|
From: BRIAN WHATCOTT
|
|
To: JIM GOODMAN
|
|
Subject: Maglev Devices
|
|
|
|
JG> crosses the surface. I guess that the surface did not enclose all of
|
|
JG> the energy sources (sun) that the Harris device uses. Therefore the
|
|
JG> system is open and all bets are off. One of the sources of energy from
|
|
JG> the sun is a pumped magnetic field.
|
|
|
|
I postulate that the resistance that the runner encounters on approaching the
|
|
start of the track is the source of its motive power.
|
|
|
|
*** Another iteration of the standard objection. But the 'flapper' does not
|
|
run the runner in a position where it ever encounters resistance or
|
|
'repulsion.' Eliminating that is the purpose of the 'flapper.' Then what
|
|
comes next. I only offer this as references for answer which will come if
|
|
I put the 'flapper' into public view.
|
|
|
|
-*-*-*-*-*-*-*-*--*-*-*-*-*-*-*-*-*-*-*--*-*-*-*-*-*-*-*-*-*-*-*-
|
|
|
|
I hope this has been of some help and will answer some of your questions as to
|
|
what it is and why I no longer go on any science echos.
|
|
|
|
The 'flapper' has existed. I make that clear. It was destroyed twice. Once in
|
|
cardboard version; once in Tinkertoy version. A new one is being built in
|
|
sturdy plastic, which should be able to resist the violent forces at work.
|
|
|
|
The increase in force is due to removing the wheels as explained in the
|
|
description of the demo, then placing the runner in an enclosed container, but
|
|
which allows it it move from one end to the other freely; and then bringing
|
|
the container closer to the tracks. Al this combines to increase the speed
|
|
geometrically, it seems, until it very hard to catch the movement of the
|
|
runner.
|
|
|
|
This is one source of the violence, when it climbs the incline of the seesaw
|
|
with the weight shifting from the low apex to the top. Of necessity, it must
|
|
be stopped and that meant it is locked in and hits the end of the container
|
|
every time it climbs of the incline. The acceleration is tremendous and it
|
|
hits that wall with quite a bit of force. It knocked the ends off my cardboard
|
|
model and simply shot out the tube/container.
|
|
|
|
Then there is the downward swing of the pendulum which brings the mass back
|
|
into the influence of the track without that famous passage through any
|
|
repulsion field or resistance field which is alleged to be the energy input.
|
|
When it does enter the track, try to envision a change in direction:
|
|
|
|
\
|
|
___\
|
|
|
|
which is quite radical and necessitates the entire frame be very, very sturdy
|
|
and rigid. (It is ironic that the device is subject to such tremendous forces
|
|
which seem to be destructive, when at the same time scientists claim it is
|
|
losing so much energy that it will stop. If it stops, it will be because of a
|
|
buildup of force rather than a depletion, I believe.)
|
|
|
|
Well, this is it, the total of what I can get out. I hope it helps you. I have
|
|
asked my sysop to pick up I-UFO.
|
|
------------------------------------------------------------------------------
|
|
Internet: Stewart.harris@charleston.com
|
|
1100 Dumont Blvd. #115, Las Vegas, NV 89109 (702) 792-9326
|
|
Stand and Deliver! Or on your knees! Take your choice!
|
|
* Origin: * Vegas PlayGround! * 23 Nodes * (702)386-7979 * (1:209/276)
|
|
------------------------------------------------------------------------------
|