High Voltage from Thin Air?

[Inquorate]

Half the energy

Even though my sec in the last video was grossly out of tune, and not as efficient as my mass repeater led board, did anyone notice that half of the energy recovered came from a mass repeater sphere?

Mass repeaters seem well worth extra study, as those that have shown them in their videos seem to have noticed.

YouTube - quick comparison; mass repeater v not

Love and light

[DrStiffler]

100uF, but Thankyou I'll try nut it out from there

Edit // Hrm I'll wait for my tunable inductor, cec<1 at the moment. But I'm learning

@Inquorate
The only difference from 1uF to 10kuF would be the stored energy in on the caps. The continuous power dissipated across the 22k resistors is based on the voltage across them and having nothing to do with the charge. You won't get the cap energy back until you discharge them. What they have is 1/2 CV^2.

[Inquorate]

Energy dissipation

Thanks for taking the time helping out with such simple electronics questions Dr Stiffler.

Much appreciated.

[DrStiffler]

Presenting 'Little Beam'

The lady every man would want

YouTube - Little Beam #2 The Near Infinity Light

[Lidmotor]

The excellent work of Dr. Ronald Stiffler---Well done sir

The lady every man would want

YouTube - Little Beam #2 The Near Infinity Light

This just might be the best thing that you have ever done. A truly usable device that could make a difference world wide. Most led lights talk about run time in terms of hours but on 'Little Beam' the label will read ---days.
Well done.

Lidmotor

[Tonysam1]

This just might be the best thing that you have ever done. A truly usable device that could make a difference world wide. Most led lights talk about run time in terms of hours but on 'Little Beam' the label will read ---days.
Well done.

Lidmotor

Lidmotor is absolutely right, imagine the good that could do in 3rd world countries! Once again beautiful craftsmanship Doctor.

[samedsoft]

Dear ALL

I have run some computer simulations with single sinusoidal oscillations applied to SEC tower.

Please find attached picture for your reference.

Nuri Temurlenk,

Tesla Taahhüt Ltd.
Istanbul Turkey

[samedsoft]

Dear ALL

I have run some computer simulations with single sinusoidal oscillations applied to SEC tower.

Please find attached picture for your reference.

It shows electrical charge distributon on coil and top sphere.. Also Pointing flux density is shown on the plane-cut..

I wish brothership and love to humanity...

Nuri Temurlenk,

TESLA Taahhüt Ltd Şti,
Istanbul Turkey

[Lidmotor]

Run times

Nice work Dr. Stiffler, I was surprised at how tight the beam angle is. I remember buying one of these spot lights years ago, and how the battery would die in less than ten minutes.



Here's some runtime data from cpf if you are interested.
Runtime Index - CandlePowerForums

Good link to the run times. I looked hard but I couldn't find any that ran for DAYS!!!!!
I have several strong rechargeable spot lights and you are right they just don't last very long. That powerful beam for short bursts is very useful but you can't hold the trigger down long or you will be looking around in the dark for another flashlight.

Lidmotor

[theremart]

Congrates Doc

On the awesome flashlight.


I have been playing with the sec just for a bit, (waiting till my 100 led's get in ) and what knocked my socks off was to see when I touch the tower with just one of the leads from my analog meter the meter would jump up towards the highest part.

Another thing that was weird is I have an analog meter feeding voltage to the setup, I found that if I hook a digital meter to the input it would go all over the place while the analog meter on the front just stated put.

I did figure out what I was doing wrong with my led and the diodes I did not realize there was only one way it will work with the two diodes, I was just shocked to see the diode light up either way you touched the tower either with the anode or the cathode. All too strange for me.

I also found it interesting on the condiment cups that around the rim they are magnetic, all other parts are not....

The application that I am thinking for this is to grow algae with the lights. Or other plants like flowers inside. I believe with this setup you could bring down the cost and speed up the production of certain plants with the grow lights like they sell on ebay...

I was also thinking that it would be kool if you could have the backlight in the laptops powered with this, then saw the downfall of the laptop not being able to stand the energy effects of this, would have to sheild it, and shield it again... But.... if you had a projector with these lights you might be able to pull it off.......

So many different applications with this.

[CosmicFarmer]

@DrStiffler

Nice housing for the LED's. Does holding the light any way affect tuning?
Would be a nice effect to have the light turn on when you went to grab it, but that would fry the transistor from not being in resonance while its off.

I'm pretty much trying to make that right now, but I don't have any nice forms to stuff the electronics into :-)

@theremart

The diode lighting when you touch metal to excited matter shows you it is rectifying, or cohering. That's how if you have 1 backwards diode in a chain, the rest still light! The mass of the legs repeats the excitation. There is an IS-ness or scalar cohesion field around the diodes that I belive the P/N junction takes and rectifies to power. So the LED's are lit from the space they occupy... basically, metallic mass excites other metallic mass, and diodes are power, not loads.

It really is fanciful circuit creation, just add diodes for more power! I wish children were taught how to wire spatial circuits as kids because who knows what they would come up with.

Right now I have a ton of LED strips, which are all in multiple parallel paths with resistors, and on a strip I would have 10 leds, and out of 10, only 2 or 3 will light. So if you want to do the garden light idea, might as well make it yourself, because consumer electronics will be wired crazy or wrong and chances are not ready for spatial wiring without serious re-work. If you want to look at something wired wrong, check out any of those "Power Savers"..........

Most people try to light LED's with current, so they are not going to want to have a high voltage transformer and risk shock and popping a LED, so chances are the LED board will not have more then 12 volts after the mains transformer so almost ALL of the premade LED boards will include parallel paths , 3 to 4 LEDs per path, and resistors that will have to come out or be modified. What we need is a single chain put together like a kid would make a bracelet. Thats why I call it fanciful circuit creation! Just have one lead to the other and have them all point the same way! Throw in a battery in the diode chain and now its a charger! All you have to do is simply re-tune to your new load.

Its magic....

one question...
How does the lattice get cohered, what happens, and From where? Sorry for being so basic... :-)
Is this basically a chaotic oscillator attached to an antenna?


"Attach machines to wheelwork of nature" ?

Allright thanks for letting me ramble...

P.S.

Good catch on the germanium mixup. The right diodes are silicon. Got some of the right diodes today. Is there an easy way without looking at the numbers to tell silicon diode from germanium? Cheers!

[Inquorate]

Mass repeater progress

@ dr Stiffler - re NIL; does the battery run down if no LED's are used, or will it trickle charge the battery?

@ All - The mass repeater can't be tightly capacitively linked to anything else, or power from the exciter is dissipated instead of increased. It appears to be related to mass as well a s surface area.

Love and light

[DrStiffler]

On the awesome flashlight.


I have been playing with the sec just for a bit, (waiting till my 100 led's get in ) and what knocked my socks off was to see when I touch the tower with just one of the leads from my analog meter the meter would jump up towards the highest part.

Another thing that was weird is I have an analog meter feeding voltage to the setup, I found that if I hook a digital meter to the input it would go all over the place while the analog meter on the front just stated put.

I did figure out what I was doing wrong with my led and the diodes I did not realize there was only one way it will work with the two diodes, I was just shocked to see the diode light up either way you touched the tower either with the anode or the cathode. All too strange for me.

I also found it interesting on the condiment cups that around the rim they are magnetic, all other parts are not....

The application that I am thinking for this is to grow algae with the lights. Or other plants like flowers inside. I believe with this setup you could bring down the cost and speed up the production of certain plants with the grow lights like they sell on ebay...

I was also thinking that it would be kool if you could have the backlight in the laptops powered with this, then saw the downfall of the laptop not being able to stand the energy effects of this, would have to sheild it, and shield it again... But.... if you had a projector with these lights you might be able to pull it off.......

So many different applications with this.

@theremart

The application that I am thinking for this is to grow algae with the lights. Or other plants like flowers inside. I believe with this setup you could bring down the cost and speed up the production of certain plants with the grow lights like they sell on ebay...

'Well all things are possible but many are impractical'

Maybe I could save you some time and money, just in case you pursue or explore father the above direction.

Forget the glow lights. They are not all that expensive and work very well with growth of vegetation and that is ( UV LEDS's). I have used UV LEDS for two years now and they have greatly improved and come down in cost. BE VERY CAREFUL AND ALWAYS USE EYE AND SKIN PROTECTION AROUND THEM.

I have applied UV's in the lab in my work with bacteria and also very extensively in electrolysis. In fact I made some custom Ident light for a few people. They will run very similar to the White LED's most are using with the Exciters.

I would engineer the light system around supplemented battery power with solar backup and charging. Such a system could be easily made 90% and better with care in design and construction (like tracking collectors). Even with the low efficiency of the panels and the problems with the batteries, the Exciters would make up for.

If you try having your maintenance charge from the grid, I might think you will run from 65% to 80%, but the overall cost of grid energy will drop you down to around 30-40% and worse as rates continue to climb.

Forget the laptop idea, thing auto lighting dash, tail lights, interior, all can be LED's and Exciters love LED's

Please take this farther, you have some very good ideas, please apply them in more than just dreams.

[DrStiffler]

@DrStiffler

Nice housing for the LED's. Does holding the light any way affect tuning?
Would be a nice effect to have the light turn on when you went to grab it, but that would fry the transistor from not being in resonance while its off.

I'm pretty much trying to make that right now, but I don't have any nice forms to stuff the electronics into :-)

@theremart

The diode lighting when you touch metal to excited matter shows you it is rectifying, or cohering. That's how if you have 1 backwards diode in a chain, the rest still light! The mass of the legs repeats the excitation. There is an IS-ness or scalar cohesion field around the diodes that I belive the P/N junction takes and rectifies to power. So the LED's are lit from the space they occupy... basically, metallic mass excites other metallic mass, and diodes are power, not loads.

It really is fanciful circuit creation, just add diodes for more power! I wish children were taught how to wire spatial circuits as kids because who knows what they would come up with.

Right now I have a ton of LED strips, which are all in multiple parallel paths with resistors, and on a strip I would have 10 leds, and out of 10, only 2 or 3 will light. So if you want to do the garden light idea, might as well make it yourself, because consumer electronics will be wired crazy or wrong and chances are not ready for spatial wiring without serious re-work. If you want to look at something wired wrong, check out any of those "Power Savers"..........

Most people try to light LED's with current, so they are not going to want to have a high voltage transformer and risk shock and popping a LED, so chances are the LED board will not have more then 12 volts after the mains transformer so almost ALL of the premade LED boards will include parallel paths , 3 to 4 LEDs per path, and resistors that will have to come out or be modified. What we need is a single chain put together like a kid would make a bracelet. Thats why I call it fanciful circuit creation! Just have one lead to the other and have them all point the same way! Throw in a battery in the diode chain and now its a charger! All you have to do is simply re-tune to your new load.

Its magic....

one question...
How does the lattice get cohered, what happens, and From where? Sorry for being so basic... :-)
Is this basically a chaotic oscillator attached to an antenna?


"Attach machines to wheelwork of nature" ?

Allright thanks for letting me ramble...

P.S.

Good catch on the germanium mixup. The right diodes are silicon. Got some of the right diodes today. Is there an easy way without looking at the numbers to tell silicon diode from germanium? Cheers!

@CosmicFarmer

Nice housing for the LED's. Does holding the light any way affect tuning?

No! well maybe if you wrapped your body around it you might see a very slight difference. A few posts back I brought it to all of your attention that this (was not the case) that this is a closed system versus the open system which is the normal configuration. The effect of parasitic capacity and the radiation bleed are very small.

Would be a nice effect to have the light turn on when you went to grab it, but that would fry the transistor from not being in resonance while its off.

Sorry I consider that to be a needless frill and has little practical application in the alternative energy realm.

Right now I have a ton of LED strips, which are all in multiple parallel paths with resistors, and on a strip I would have 10 leds, and out of 10, only 2 or 3 will light. So if you want to do the garden light idea, might as well make it yourself, because consumer electronics will be wired crazy or wrong and chances are not ready for spatial wiring without serious re-work. If you want to look at something wired wrong, check out any of those "Power Savers"..........

Your direction and statement is 150% correct. When working on the Spacial Light I went through boxes of off the shelf lights trying to find maybe one I could just add the driver to and use the existing panels. But as you have found this is not possible (not to my knowledge). I did find a number housings that worked very well for an 18-1 similar driver and almost all worked for the surface mount driver design.

So (our) word for all - If you by something and think you are going to drive it as is, save your money....

How does the lattice get cohered,

The Energy Lattice does not get cohered, the lattice is the supplier from which we cohere.

what happens, and From where?

I have covered this many times in this thread and it is a (Hot Button) topic with me and my peers. As far as (Where), all around you, every bit of space in the universe is energy capable.

Is this basically a chaotic oscillator attached to an antenna?

I consider that question as stage setting. It has been presented to me almost daily. First, yes it is an oscillator a (Stiffer or Spatial Energy Coherence "Exciter"), it does not fit the normal definitions of oscillators. It is not a Colpitts, Hartley, Armstrong... but it you must associate it to an accepted object, SEC Exciters are closest to the Clapp oscillator.

No! It is not an antenna (not if properly structured and loaded) rather it is a counter balancing mass.

Good catch on the germanium mixup. The right diodes are silicon. Got some of the right diodes today. Is there an easy way without looking at the numbers to tell silicon diode from germanium?

Of course, basic electronics. Measure the junction drop (potential). Take a 1.5 volt battery in series with a 15K resistor and connect to the diode in forward (conduction) direction and measure the voltage across the diode. A Ge diose will be from 0.2-0.35 volts. The Silicons can range from ~0.6-0.8 volts. enough difference that they are easily told apart.

[Shamus]

Car lighting is a great idea; I'm thinking more along the lines of house lighting. If that can be accomplished, that would be a *major* win. Still waiting on my superbrites, though.

You know, when you think about it, most of the electronics we use run on around 12V or so; only a few things actually use 110V grid power, like HVAC and incandescent/flourescent lighting. It would seem there are lots of applications for Dr. Stiffler's technology literally sitting around us...