Body
Hi Norman,
Good video. Akira confirms the Rhythmodynamics theory in this old video. Even when beaming succeeding single electrons through the electron microscope the result is that interference patterns are made.
The picture of the bubble memory 'field lines' looks more like interference patterns too:
This looks like the simulations made by the Rhythmodynamics theory. I really don't see them as lines but more like standing waves made by interference of traveling waves. This would also describe why single electrons can make interference patterns as they actually are waves of electromagnetic fields like told by W.B. Smith or I. Catt. At the end of the video the vortices are annihilating each other when they meet and their spin directions cancel. Consider the vortices like smoke rings or phase locked fields forming a particle.
Regards
Ole
---In [email protected], <nwootan@...> wrote :
Ole, take the time to watch this interesting presentation at the Royal Institute. http://vega.org.uk/video/programme/66 http://vega.org.uk/video/programme/66
On 2/9/2019 9:52 AM, onielsen@... mailto:onielsen@... [EVGRAY] wrote:
Hi Norman,
After reading about the Dotto ring it does look amazing. My belief is that the field given off by the ring is a powerful motional electric field (W.J. Hooper's research http://www.rexresearch.com/hooper/gibson.htm http://www.rexresearch.com/hooper/gibson.htm). This could explain the antigravity effect. According to Hooper the electrons move faster in hot metals than in cold metals. At constant current in cold conductors few electrons move at a high speed while in hot conductors many electrons move at low speed. As the magnetic field is determined by the current only there's no difference in its size because of the temperature of the conductor. But as the motional electric field is also determined by the speed of the charges this has great influence on the size of the motional electric field. As the Dotto ring has different temperatures along the ring this means decelerating the speed of the electrons which again means electromagnetic radiation as in antennas. Citing from the F. Gibson report (http://www.rexresearch.com/hooper/gibson.htm http://www.rexresearch.com/hooper/gibson.htm):
"These experiments show that the number of conduction electrons remains fairly constant at room temperatures and that the drift velocity increases linearly with the current. When resistance in the form of heat, carbon pile rheostat, or photo floods was added to the circuit, the number of conduction electrons decreased from that of room temperature and normal resistance while the drift velocity increased. At dry ice temperature and at low current, there were almost ten times as many conduction electrons moving, but moving very slowly, like cars on a crowded highway. As the amperage increased, the number of conduction electrons decreased rapidly, causing a greatly accelerated increase in the electron drift velocity. When AC current was put in the generator, it appeared that 3 to 4 times as many electrons were moving at low amperage as move under DC current at room temperature, but as with dry ice, when more electrons were moving, they were moving very slowly. By the time the amperage increased to 20 amps the number of electrons had decreased to almost the same number as with DC current at room temperature. From 20 to 30 amps the number of electrons remained fairly constant. The electron drift velocity increased rapidly at low amperages and continued to increase but at a decreasing rate at higher amperages.
These observations regarding electron drift velocity and number of conduction electrons would appear to be more consistent with current theory regarding gases, semiconductors, and semi-metals, than with the current theory for metals. If these findings are true, they would seem to indicate that the conductivity of a metal is related to the number of electrons in motion and their velocity, both of which change with temperature and resistance."
Looking at Alexey Chekurov's antigravity device this also has variable motional fields as well as a conventional permanent magnetic field which is actually rotating like in motors and generators. The motional part is done by mechanical rotating the rippled discs which gives much higher speeds than the normal conduction speed of electrons in metals.
In the Dotto paper is mentioned scalar waves which is an oxymoron as waves can't be scalars and vice versa. Waves have a time factor as well as a direction besides their size (scalar) which is varying too.
Regards
Ole
---In [email protected] mailto:[email protected], <nwootan@...> mailto:nwootan@... wrote :
https://www.remedyspot.com/content/topic/1430589-dotto-ring/ https://www.remedyspot.com/content/topic/1430589-dotto-ring/
http://www.keelynet.com/biology/dotto.htm http://www.keelynet.com/biology/dotto.htm
What is the Thompson Effect?
One end of a copper rod is heated and the other is cooled. If the hot side is heated high enough, it will thermally increase the kinetic energy of the outer orbit electrons to a point where their kinetic energy (1/2 mv squared) will be greater than the work function and allow them to discharge into space. Due to the copper conductivity the electrons, instead of dissipating into the air, will shift in tremendous quantity toward the cool side in straight lines, following the heat propagation velocity. By reaction, excited electrons from the cool side will travel in the opposite direction at the speed of a particle (1/2 mv squared) toward the hot side encircling the copper rod by gyroscopic phenomenon and following the Fleming's rule. The product is very low voltage (few millivolts) as a resultant of the electrons traveling in circular motion. But, as in any electrical circuit, the EMF in the copper rod is governed by the Ohm's law (E/R=I), and will be in the range of several thousand amperes. Peltier Effect
In a metal alloy bar (such as constantan, 60% Cu, 40% Ni) one end is heated and the other is maintained cold. When the hot end is heated enough, electrons of nickel and copper atoms become excited. The electrons of nickel force the electrons of coper to reverse orbital spinning (as described in Part 1). By centripetal force electrons from the cool side shift toward the hot side. The hot side becomes negative in respect to the cold positive side, exactly opposite to the Thompson effect. Of course, the Thompson and the Peltier effects are temporary; they last only until the proportion between the cool and the hot side reaches the electrons numerical balance. Let's now combine the Thompson and Peltier effects together in the thermocouple fashion. In the Thompson effect the electrons move from the hot side toward the cold side. Ole, Hermes, I suggest a little pipe smoking time here and grasp the whole theory of operation. Norm
On 2/8/2019 6:26 AM, Norman Wootan wrote:
https://patents.google.com/patent/US3839771 https://patents.google.com/patent/US3839771 Simple reading and reading comprehension are totally different animals. Please read the Rex Research article to understand how the Dotto Ring worked with the DNA of the body. My understanding of the ring and counter flow of high amperage cyclic currents within the copper gave a scarlar effect in that there was partial magnetic field cancellation and even possible reconnect phenomenon since there was an emission of photon energy when in operation. The reason for my bringing up of the Dotto Ring was to alert you as to the possible reconnect phenomenon here in this device. I was very interested in the temperature differential causing the anti-gravity effect just as Walter Russel had mentioned. Here we get back into on of my pet theory of ionization causing the AG effect.
On 2/7/2019 5:32 PM, onielsen@... mailto:onielsen@... [EVGRAY] wrote:
Hi Hermes,
"What happens with Lenz Law in an inductor if a capacitor is added?"
Nothing will happen to Lenz's law by adding capacitors. The reactive part of the power can be shifted from inductive power to capacitive power or simply cancel the inductive power when at resonance. At resonance the inductive reactance is equal in size to the capacitive reactance but of opposite sign. This makes them cancel to leave only the resistive part of the circuit.
>From Wikipedia:
Lenz's law https://en.wikipedia.org/wiki/Lenz%27s_law states that the direction of the current induced in a conductor by a changing magnetic field is such that the magnetic field created by the induced current opposes the initial changing magnetic field. This is similar to Newtons third law https://en.wikipedia.org/wiki/Newton%27s_laws_of_motion#Newtons_3rd_Law of motion in physics when talking about motion of bodies: "Law III: To every action there is always opposed an equal reaction: or the mutual actions of two bodies upon each other are always equal, and directed to contrary parts."
Regards
Ole
---In [email protected] mailto:[email protected], <hermesatar@...> mailto:hermesatar@... wrote :
"Wouldn't it be easier and more energy efficient to use 1000 turns for a winding and then send one or more amps of current through it?"
What happens with Lenz Law in an inductor if a capacitor is added? Best Wishes, Hermes
Den torsdag 7 februari 2019 15:28:28 CET, onielsen@... [EVGRAY] <[email protected]> mailto:[email protected] skrev:
Wouldn't it be easier and more energy efficient to use 1000 turns for a winding and then send one or more amps of current through it? That way at least a thousand amps magnetic field is made.
Regards
Ole
---In [email protected] mailto:[email protected], <wall_jakob@...> mailto:wall_jakob@... wrote :
In canada its probably good enought just to stick the copperr bar tru the wall, -23 outsiide, +22 inside
= 55 Degree difference, here you go. Don't forget to wind a nice coil around the rod. ''Thousends of amps''
should be enough to induce 30 amps 115volt after transforming the voltage to 115Volt
Would be nice if it could be thru:
--------------------------------------------
On Sun, 2/3/19, Warren Keillor schoonersolsticemoon@... mailto:schoonersolsticemoon@... [EVGRAY] <[email protected] mailto:[email protected]> wrote:
Subject: Re: Fwd: Re: [EVGRAY] Patent, Dotto
To: "[email protected] mailto:[email protected]" <[email protected] mailto:[email protected]>
Received: Sunday, February 3, 2019, 7:58
Norman
couldn't open the attachment link on my phone, but your
description of the ring experiment was cool, so to
speak.So,
you take a 3 foot length of solid copper bar stock 1/2"
thick, and roll it in a ring. Heat one end, and freeze the
other to get a potential difference between the
ends?You
say current? Lots of current? How does it manifest
itself?
A
CO2 fire extinguisher gets you dry ice any time you want
it.Butane,
propane, what ever, gets you heat, maybe concentrated
sunlight?Now
lets talk making a practical fun gadget here! You suggest a
lot of amps. How do you lead those suckers out of you toy,
into the big World so we can have fun with them.Can
it make the tires of my Tesla screech? A hot rodder's
super charger on command?Pull
you electric airplane out of a stall?What
do we have here?Cheers
Warren
Sent
from Yahoo Mail on Android
On Sun, 3 Feb 2019 at 8:25
AM, Norman Wootan nwootan@... mailto:nwootan@...
[EVGRAY]<[email protected] mailto:[email protected]>
wrote:
Talking about Anti-Gravity, take a look at this
Patent.
https://patents.google.com/patent/US3839771 https://patents.google.com/patent/US3839771
I actually formed a Dotto ring out of 2 inch wide X
1/2 inch
thick X 36 inch long yielding a 12 inch of pure
copper bar stock
into the familiar ring design of Dotto. By heating one
end of ring
with butane flame and cooling other end with liquid
CO2, measured
the millivolt differential of the ring ends and ,
using Ohms Law
calculated a flowing current of several thousands of
amps. You say
, Flowing with open circuit of ring ends, the
current flows one
way on the surface of the copper and returns to the
other end via
the core conductivity. Really strange. The
bridge is made of
material which will cause oscillations in the current
flow of
which I never built. At least I did the
experiment.
...