A Working Radiant Free Energy System

[gezgin]

test coil2(hissing) photo,with speaker magnet.

[hartiberlin]

Hi Ossi Callanan, thanks for your open source device and text.
im trying circuit with 12V charged battery, 6V dead battery, reed switch,
coil (2x12V transformer coil), small neon,2n3055 but ,
reed swtich normally open and  transistor doesnt work first time.
when small speaker magnet approching, neon lamp short time blinks.
how can i solve this problem, continiuos ossillation how can be do?
your reed switch diffirent? or my transformer coil isnt enought? is your coil wire 0.5mm?

Stefan,
I look yahoo grup files but they are very small size with media player asf files.
in there,  i see your  charger circuit with 8W fluoresant tube, self running vibrator relay switch.can i use normal relay or another component instead of vibrator switch?

thanks,

Hi Gezgin and all.
this circuit is really good, if you use a mechanical
switch for contact.
Please try it with a motor that turns a
"commutator" with copper-graphite
or copper-chrome
or graphite-magnesium contacts.

This way you can speed up or speed down the speed
of the motor and thus change the contact speed of this "switch" (commutator).

The mechanical switching and the right spark at this switch is
very important for to get a good battery recharging, so
all in all more power is produced, as would come out of the battery.

It is basically the Joseph Newman effect.
It is beneficial, if you put 2 switches in series, so the
spark will be distributed over 2 spark gaps.
This will enhance the effect even some more.

you can also try cerium donated Tungsten rods ( welding supply)
and graphite
for the electrode contacts,
so you also have the Morray negative resistor effect,
amplifying the RF bursts from the spark.

Regards, Stefan.

[callanan]

Hi,

I thought the following scope shots may convey more detail for what I understand and believe is a requirement for any radiant energy generator to be doing.

The first trace below are the pulses as the magnet passes the coil. These are from my reed switched motors. There are two passes shown here. This trace is across the charging battery.

The second trace below is one magnet pass but with the time base zoomed in.

As you can see, there are about 40 pulses per magnet pass.

The reed arrangement in the circuit I have shown you, does this quite easily and effectively.

For every one of these 40 pulses, when the coil is switched off there is an "Radiant Energy Event" (REE).

The more REEs you can make happen for the least amount of current drawn by your circuit, motor, charger, the more energy the circuit appears to draw out of the vacuum to produce COPs greater than one.

The REE causes what appears to be some sort of vacuum interaction at every impedance change in a series flow from the source battery's positive to the source battery's negative or in reverse of such a description as the case may be. At each series impedance change, if it is a node, then another branch is formed but at a lower energy state. This lower energy state branch will have the same series flow of the REE and vacuum interactions at is impedance changes and will flow through it's own series loop. Thus we can have a hierarchy of series loops of which our REEs will transcend from higher to lower energy states.

There is much more. The main thing, once you have the switching in your circuit right, is to know how to tap the vacuum interactions that occur at each impedance change when the REE flows through it.

Regards,

Ossie Callanan

[barbosi]

Hi everyone,

First many thanks to Ossie for sharing his experience, I'm about to build this as soon as I have the parts and later I'll try to do some variations. So far, as I know (understand) Tesla's theory about radiant energy, this setup makes a lot more sense to me than other setups.
But there is still a whole lot more to explore...

The neon bulb parallel to the transistor also helps to get
the spark converted to glow discharge region, where
we have partial negative resistance.

A question though: what are the ratings for the neon bulb? That in condition of 12VDC power supply.
More specificaly, how could be known where the negative resistance region is and how could I choose the right bulb function of peak to peak back EMF voltage? (I couldn't find neon bulb characteristics)

Thanks again.

[Hoppy]

Ossie wrote: -

"With an input of 50 volts, the motor draws only 100ma. So that is an input power of exactly 5 watts. Now here's the clincher! Charging a battery that reads 10.8 volts whilst connected and charging from this motor, the motor is sending 400ma into the this battery! That is an output of 4.32 watts!!! So that means that this motor is only using 680 milliwatts but still manages to run at 1200 RPM!!! This is a fairly heavy rotor with large bearing and considerable magnetic drag. That is an amazing amount of torque for just 680 milliwatts don't you think?"


You will be well aware from all that's been posted on the Bedini Monopole and SG forums that it's not possible to measure the complex current from a motor into a battery with ordinary analogue or digital meters. It's therefore very misleading to say that you have 400mA of charging current from an input of 100mA.  Compounding this problem in obtaining reliable figures for calculating power or the coeficient of performance - COP, is that the input current is also pulsing and this adds to the difficulty and the reason why you only appear to have an input current of 100mA, where in fact if you were to accurately measure this you would find that its a lot higher than this.  To see this practically, connect your system to a cheap 3 Amp bench supply with the current limit set at max and listen to the overload relay switching in and out. Waveform area mapping is one method that can be used to get accurate measurements when V & I are not in phase but this is quite an involved process. This misunderstanding of power in complex waveforms seems to be a recurring theme in the  'free energy' forums.

You will also no doubt be aware of how well batteries are de-sulfated when connected to motors / energisers that charge batteries using Bedini methods. I suggest from my experience that your REAC, irrespective of size and condition when first connected, will re-condition very quickly and start sharing the load from your motor / energiser. I think Stefan raised this point earlier.