Thanks for allowing me to participate in this forum. A look around this site shows there is
much that i can learn, I congratulate you for sharing information that represents a lot of
thoughtfulness and hard work.
I am very interested in finding better ways of utilizing the electrical phenomenon, what
follows is a very short summary of the path or direction research, experiments and experience
has brought me to. It may be the wrong path, it is surely an incomplete path but continuing on
seems reasonable until a brighter or better one is found.
This is a description of an experiment currently working on, I would appreciate some
comments about the actions of the copper tube "radiator" mentioned below, analog and
digital meters read nothing or a slight iratic movement on most sensitive scale, same with O
scope. But connecting motor leads to each end of it, with no other connections or input, the
motor runs fine. (have considered energy transfer by standing waves or longitudinal?)
Included is a simplified schematic showing a single stage of the radiator circuit only. It looks
like there is much activity in this forum on inductive discharge and such radiant events so no
need to clutter awkward graphics more.
Matter tells space how to curve, and space tells matter how to move. (John Wheeler)
Matter tells space what it is and space tells matter how to behave. (Wolff)
Here are other ways of looking/saying it.
Any change in matter, particle, atom or galaxy, is acknowledged by space which
accommodates the change and adjusts to establish new parameters for matter to react in a
specified way.
The sum of matter, in all its forms, establishes space for what it is and space empowers
matter to act.
It is a feedback loop, apparently self sustaining requiring information exchange and energy
exchange.
There is a handshake, exchange of information, a response of all matter and then the
adjustment.
So can we can cause a disturbance and place a receiver or collector between the response and
adjustment and then take what we get and convert into a useable form ?
Space, energy, resonance and waves are the principal players.
We can't make any space, nor create any energy but we can set up conditions to change
energy forms and use waves to utilize resonate conditions and to transport the
results to do work.(ref 1) Waves can be reflected, refracted, diffracted, and caused to
interfere.
The criteria would be that the process must be truly sustainable, entirely ecologically
friendly, and could be done in a practical way.
Suppose we have a lake on which we wish to make waves to produce work. Standing on the
lake shore we pick up a rock and throw it into the lake. Like a champion Olympic diver the
rock goes kerplunk into the water and makes a single small wave.
Same lake, same shore, same arm throws same rock with same energy, but the rock skips
across the water several times, each time causing a series of waves to form. For this operation
more waves means more work output so the rock thrower endeavours to make the rock skip
multiple times.
Now if the rock thrower shouts out across the lake each time he throws a rock
and there is a cliff face to reflect his shout and the returning echo can be made to interfere in
phase with the original shout they will add algebraically.
Any other reflections and echos that satisfy frequency and phase requirements will add
likewise.
These wave sums can be added to the water wave sums if the required criteria is met.
So the shouting rock thrower can, by exerting a minimum of energy, take advantage of wave
characteristics and his environment to produce a desired result.
Maybe there is no need to use up and destroy Natures visible bounty, by working with the
natural occurring potentials that are always available, sustainable energy conversions can be
achieved with no diminishing or distress to Nature.
An equivalent electronic block diagram looks like this:
oscillator, resonate rise units/inductive discharges, spark gap/isolation, radiator, standing
waves, collector, rectification/filtering, DC output.
An oscillator takes the place of the rock thrower, we are more interested in frequency than
amps so a low powered signal type generator with an output of sharp sided square waves is
used.
It can run off of a low power source like a battery, wind mill, water wheel or solar panel.
The square waves drive the primary of any type of resonate rise transformer coil
arrangement, air core or flyback , capacitance and inductance in series work to advantage,
so long as inductance, capacitance and frequency are adjusted for resonate operation. One or
several units can be used making sure that resonance is achieved in each unit and in each
coupling.
From the output of the last resonate rise unit install a spark gap. The spark gap provides
isolation and produces waves and rich harmonics. Multiple arcs rather than a single arc is
desired, adjust parallel plates rather close so that small arcs dance along the length of the
plates, this output is then routed to a radiator.
In this case the radiator is a length of one inch copper tube formed into a multiturn coil. A
well insulated conductor from the spark gap is passed several times thru the inside diameter
of the copper tube, there are no mechanical or electrical connections of the spark gap
conductor to the radiator.
Due to the square waves driving the resonators, collapse of inductance and the discharge of
capacitors there is the rapid rise and fall of potentials, sharp disconnects and discharges.
A great many more electrons are excited in the tube with this arrangement than if it were
connected as a conductor directly between the oscillator and the load.
The tube itself is one continuous non interrupted length of copper, it would be considered a
buss bar or short circuit in conventional electrical use. For these purposes it is the receiver of
waves and instrument for establishing standing waves. ELI the ICE man (ref 3) can be
employed to slew the phase of additional waves to match the phase of waves on the radiator.
Waves of same frequency and phase add algebraically.
From each end of the copper tube make connections to a rectifier/filter circuit. Fast or Ultra
Fast Recovery diodes harvest more of the output and insure that energy is not dissipated to
heat but used for pumping additional charge through the load. A large filter capacitor further
smooths the potential into a conventional plus and minus DC supply.
Under the present experimental set up the DC output is used to drive a brushless permanent
magnet motor. It runs reliably and with noticeable vigour.
It is noteworthy that the oscillator connected direct to the motor can not make it run.
The oscillator runs freely regardless of the load on the motor, the leads from the copper tube
radiator can be completely shorted and the oscillator is not affected.
This shows that the oscillator which is driving the whole show is isolated from the load.
Both leads going to the rectifier unit are connected to each end of the copper pipe. There is
no measurable amount of voltage between the leads therefor it must be wave action that
initiates the energy transfer.
Consider running the lead coming from the spark gap thru a series of radiator copper tubes
each a different length and connecting each one to a rectifier unit.
Shown in this experiment: there is resonance and resonance rise a condition where energy
builds, wave fold over where waves in phase add, inductive discharges that can be harvested,
electron excitement that results in more energy available to change forms and the possibility
that the geometry and relationship of parts contribute to the overall efficiency.
This is not any kind of end all machine that will do everything for everybody nor an attempt
to prove anything to anybody or make unsubstantiated claims, it is an exploration into how
things can work.
We are surrounded and live with phenomena that apparently is willing to work
with us if we are willing to learn how to work with it.
By recognizing that matter itself is a collection of spherical standing waves, mechanical
forces are electromagnetic in origin and electromagnetism is an expression of coherent
electron wave function, makes possible many and varied ways to work with Natures basic
binary system.(ref 2)
(ref 1) The papers and books by Milo Wolff show the wave structure of electrons, and
expanded theory of particles as waves and hence matter as wave structured. Also discourse
on specific functions of spherical waves, standing waves and scalar operations.
(ref 2) "Collective Electrodynamics" by Carver Mead. By recognizing the wave structure of
electrons, Mead shows how working with the phase angle of the wave is a much easier
method of calculating the way that electrons interact.
(ref 3) ELI the ICE man. E (voltage) thru (L) inductor leads I (current) by 90 degrees
I ( current) thru (C) capacitor leads E (voltage) by 90 degrees
much that i can learn, I congratulate you for sharing information that represents a lot of
thoughtfulness and hard work.
I am very interested in finding better ways of utilizing the electrical phenomenon, what
follows is a very short summary of the path or direction research, experiments and experience
has brought me to. It may be the wrong path, it is surely an incomplete path but continuing on
seems reasonable until a brighter or better one is found.
This is a description of an experiment currently working on, I would appreciate some
comments about the actions of the copper tube "radiator" mentioned below, analog and
digital meters read nothing or a slight iratic movement on most sensitive scale, same with O
scope. But connecting motor leads to each end of it, with no other connections or input, the
motor runs fine. (have considered energy transfer by standing waves or longitudinal?)
Included is a simplified schematic showing a single stage of the radiator circuit only. It looks
like there is much activity in this forum on inductive discharge and such radiant events so no
need to clutter awkward graphics more.
Matter tells space how to curve, and space tells matter how to move. (John Wheeler)
Matter tells space what it is and space tells matter how to behave. (Wolff)
Here are other ways of looking/saying it.
Any change in matter, particle, atom or galaxy, is acknowledged by space which
accommodates the change and adjusts to establish new parameters for matter to react in a
specified way.
The sum of matter, in all its forms, establishes space for what it is and space empowers
matter to act.
It is a feedback loop, apparently self sustaining requiring information exchange and energy
exchange.
There is a handshake, exchange of information, a response of all matter and then the
adjustment.
So can we can cause a disturbance and place a receiver or collector between the response and
adjustment and then take what we get and convert into a useable form ?
Space, energy, resonance and waves are the principal players.
We can't make any space, nor create any energy but we can set up conditions to change
energy forms and use waves to utilize resonate conditions and to transport the
results to do work.(ref 1) Waves can be reflected, refracted, diffracted, and caused to
interfere.
The criteria would be that the process must be truly sustainable, entirely ecologically
friendly, and could be done in a practical way.
Suppose we have a lake on which we wish to make waves to produce work. Standing on the
lake shore we pick up a rock and throw it into the lake. Like a champion Olympic diver the
rock goes kerplunk into the water and makes a single small wave.
Same lake, same shore, same arm throws same rock with same energy, but the rock skips
across the water several times, each time causing a series of waves to form. For this operation
more waves means more work output so the rock thrower endeavours to make the rock skip
multiple times.
Now if the rock thrower shouts out across the lake each time he throws a rock
and there is a cliff face to reflect his shout and the returning echo can be made to interfere in
phase with the original shout they will add algebraically.
Any other reflections and echos that satisfy frequency and phase requirements will add
likewise.
These wave sums can be added to the water wave sums if the required criteria is met.
So the shouting rock thrower can, by exerting a minimum of energy, take advantage of wave
characteristics and his environment to produce a desired result.
Maybe there is no need to use up and destroy Natures visible bounty, by working with the
natural occurring potentials that are always available, sustainable energy conversions can be
achieved with no diminishing or distress to Nature.
An equivalent electronic block diagram looks like this:
oscillator, resonate rise units/inductive discharges, spark gap/isolation, radiator, standing
waves, collector, rectification/filtering, DC output.
An oscillator takes the place of the rock thrower, we are more interested in frequency than
amps so a low powered signal type generator with an output of sharp sided square waves is
used.
It can run off of a low power source like a battery, wind mill, water wheel or solar panel.
The square waves drive the primary of any type of resonate rise transformer coil
arrangement, air core or flyback , capacitance and inductance in series work to advantage,
so long as inductance, capacitance and frequency are adjusted for resonate operation. One or
several units can be used making sure that resonance is achieved in each unit and in each
coupling.
From the output of the last resonate rise unit install a spark gap. The spark gap provides
isolation and produces waves and rich harmonics. Multiple arcs rather than a single arc is
desired, adjust parallel plates rather close so that small arcs dance along the length of the
plates, this output is then routed to a radiator.
In this case the radiator is a length of one inch copper tube formed into a multiturn coil. A
well insulated conductor from the spark gap is passed several times thru the inside diameter
of the copper tube, there are no mechanical or electrical connections of the spark gap
conductor to the radiator.
Due to the square waves driving the resonators, collapse of inductance and the discharge of
capacitors there is the rapid rise and fall of potentials, sharp disconnects and discharges.
A great many more electrons are excited in the tube with this arrangement than if it were
connected as a conductor directly between the oscillator and the load.
The tube itself is one continuous non interrupted length of copper, it would be considered a
buss bar or short circuit in conventional electrical use. For these purposes it is the receiver of
waves and instrument for establishing standing waves. ELI the ICE man (ref 3) can be
employed to slew the phase of additional waves to match the phase of waves on the radiator.
Waves of same frequency and phase add algebraically.
From each end of the copper tube make connections to a rectifier/filter circuit. Fast or Ultra
Fast Recovery diodes harvest more of the output and insure that energy is not dissipated to
heat but used for pumping additional charge through the load. A large filter capacitor further
smooths the potential into a conventional plus and minus DC supply.
Under the present experimental set up the DC output is used to drive a brushless permanent
magnet motor. It runs reliably and with noticeable vigour.
It is noteworthy that the oscillator connected direct to the motor can not make it run.
The oscillator runs freely regardless of the load on the motor, the leads from the copper tube
radiator can be completely shorted and the oscillator is not affected.
This shows that the oscillator which is driving the whole show is isolated from the load.
Both leads going to the rectifier unit are connected to each end of the copper pipe. There is
no measurable amount of voltage between the leads therefor it must be wave action that
initiates the energy transfer.
Consider running the lead coming from the spark gap thru a series of radiator copper tubes
each a different length and connecting each one to a rectifier unit.
Shown in this experiment: there is resonance and resonance rise a condition where energy
builds, wave fold over where waves in phase add, inductive discharges that can be harvested,
electron excitement that results in more energy available to change forms and the possibility
that the geometry and relationship of parts contribute to the overall efficiency.
This is not any kind of end all machine that will do everything for everybody nor an attempt
to prove anything to anybody or make unsubstantiated claims, it is an exploration into how
things can work.
We are surrounded and live with phenomena that apparently is willing to work
with us if we are willing to learn how to work with it.
By recognizing that matter itself is a collection of spherical standing waves, mechanical
forces are electromagnetic in origin and electromagnetism is an expression of coherent
electron wave function, makes possible many and varied ways to work with Natures basic
binary system.(ref 2)
(ref 1) The papers and books by Milo Wolff show the wave structure of electrons, and
expanded theory of particles as waves and hence matter as wave structured. Also discourse
on specific functions of spherical waves, standing waves and scalar operations.
(ref 2) "Collective Electrodynamics" by Carver Mead. By recognizing the wave structure of
electrons, Mead shows how working with the phase angle of the wave is a much easier
method of calculating the way that electrons interact.
(ref 3) ELI the ICE man. E (voltage) thru (L) inductor leads I (current) by 90 degrees
I ( current) thru (C) capacitor leads E (voltage) by 90 degrees