I have been following you for years..Thankyou. re yr 3 penny video: very exciting.
Please follow up on this anomaly that you showed. Add several bank of leds and see if the effect keeps multiplying. something very weird seems to be going on and deserves more experimentation.
I also saw resently, I believed on lasersaber's site where he showed a coil that seemed to defy lenz law and produced power under load but speed up the pulse motor he was using to generate the power from the coil. replicat
I think I have an explanation to this. (i could be 100% wrong)
The reason why the amp draw goes down is because the pennies are CLOSER and making a more efficient "capacitor coupling" . when you remove the middle penny, it requires more current to flow through the empty space and therefore the motor turns slower and the ampdraw goes up.
How about using GOLD RING ?!?!... see what happens there. My guess is the ampdraw will go down even more.
@bytesilver ------Thanks. Several people have mentioned that adding the middle penny makes the coupling more efficient-----but no one is talking about the extra six LEDs that are getting lit up full brightness. Those six LEDs are in series. Each LED takes about 20mA and around 2.5 volts to light up. Where is THAT extra energy coming from when the amp draw goes down and he motor speeds up???? Hummm.
@Lidmotor : Thnks 4 replying. (Im a huge fan of your videos/experiments)
Intriguing indeed :) thats what keeps me coming back watching these videos!!! Although isn't the SEC transmitting high voltage at low amperage like a crystal radio? If so that would explain why you get the LED's to light up in series.
- 6 x 2.5 volts in series = 15 volts @ 20mah
- 6 x 2.5 volts in parallel = 2.5 volts @ 120mah
can you power the same LED's in parallel? does the motor still speed up, or slow down?
@zebok3 ----I need to get a laser IR thermometer to measure the heat at the different points like Dr. Stiffler is doing now. If I locate a "cold" spot somewhere that could be a very important find.
Your penny capacitor is bigger when you take away the leds and you are loading more negative energy/ negative time thus as observer you get more output. Nice finding.
@jackscholze ---Aloha Jack. This is fun stuff. Now if I can just get this to run my boat when there is no wind. Hummm------that might take a little more work.
Having an adjustable air capacitor might allow impedance matching adjustment to a load or a storage capacitor giving improved performance as a drive unit.
@mikrovolt -----I actually did something like that a long time ago. I had a variable air capacitor mounted on a chunk of aluminum that was the receiver. It worked. What we are trying to do here though, is examine the "energy junction" closely to look for something that is NOT a capacitive event. The guys in the lab really are the ones who can tell. Not me unfortunately.
Any ferromagnetism (such like that on resistors electrodes) is a very bad thing to such anomalies like experiment of low amp transmittion trough pure water without any electrolite at 30V 400ma using pure austenic 316l wire-electrodes.
If we could create components WITHOUT FERROMAGNETIC ELECTRODES, we could achieve a greater efficiency. I dont have any device to create these SEC right now.
@min2oly -----I have not scoped this but I imagine that the frequency does change. Dr. S calls this "spatial resonance". It is tricky to find. If you change things only slightly you lose it. There was only one setting on my tunable inductor where the event in this video happened. Based upon other experiments I suppose that it was around 14 megahertz---with other energy spikes spaced out at multiples of 1.094.
This is a head scratcher indeed. Wonder if a 4th penny above could light LED's wirelessly, or if a sort of stack of a dozen would work, different resonance points like a tapped transformer.
I'm a fan of that sort of presentation camera work, "here's the circuit running....and over here it's also wirelessly running a lightbulb and the washing machine". Well, near enough, very cool !
@slider2732 --- My experience with adding more loads is that each addition pulls energy form the other loads but does not increase the amp draw on the source. That is why what happened here surprised me. The amp draw went DOWN and the motor RPM went UP when I added the LEDs . This is not what usually happens. Oh how I wish that I could get this to run my washng machine--wireslessly. Maybe someday.
@Inquorate ------Thanks. Well if this draws attention to Dr. Stiffeer's SEC research then it doesn't matter if people understand it or not. Heck I don't really understand it. There may come a day when people just use it like a cell phone, take it for granted, and don't really care about how it works---just that it works.
That's amazing Lid.. It lowers the amp draw seeps up the motor needs to be looked into much more.Added to My Favorites and Playlists.Thank you for sharing..Tec
Your videos sure are fun!! Thanks for this. Here are my 2¢.
When you insert the 1¢ coin you are closing the air gap between the other 2 coins their-by reducing the resistance of the air gap. To me it seems more like a resentence coupling then a capacitance one.
Have you tried to put a 1¢ coin in the middle of the other coins with no LED’s attached to see if the amp draw is even lower?
@zebok3 -----If you are referring to PoirierMike's comment about battery voltage going up when the amperage goes down ---you are right. But if you had a "weak" battery the "loaded" voltage would show a fluctuation based on the load applied. Either way your drainng the battery. The "unloaded" voltage is going down as the energy is consumed.
Congratulations on your abundently succesful multiple reciever test! The second reciever appears to conclusivly magnify the power. This is a high water mark experimental video. Tesla maintained the longitudinal power wave travels at Pi over 2 times the speed of light. A gift for the age of Aquarius! We're all thrilled and over joyed at the results. Thanks for you finest video!
Capacitive coupling, you are increasing the surface area/capacitance of it when you add the second penny. Replace the penny set up with a capacitor with the top cut off and a wire added to the top as a tap, you should see the same result.
Lid, I like it. You increased the load and the source current goes down, I see, Interesting. Could you check the 12 volt battery voltage before and after? I wounder if the voltage goes up while the current goes down with the load increase. Yea!
@PoirierMike -----The "unloaded" battery voltage will go down as the energy drains out of it. The "loaded" voltage might go up just slightly as the amperage decreased-----but it was only about a 10 mA shift. Not enough to make a difference. Bottom line is that the device is using energy. It is just how much bang for the buck do you get out of it.
I have been following you for years..Thankyou. re yr 3 penny video: very exciting.
Please follow up on this anomaly that you showed. Add several bank of leds and see if the effect keeps multiplying. something very weird seems to be going on and deserves more experimentation.
I also saw resently, I believed on lasersaber's site where he showed a coil that seemed to defy lenz law and produced power under load but speed up the pulse motor he was using to generate the power from the coil. replicat
stjohnusvimusic 6 months ago
Brill. Absolutely brill old chap!
John
DadHav 6 months ago
I think I have an explanation to this. (i could be 100% wrong)
The reason why the amp draw goes down is because the pennies are CLOSER and making a more efficient "capacitor coupling" . when you remove the middle penny, it requires more current to flow through the empty space and therefore the motor turns slower and the ampdraw goes up.
How about using GOLD RING ?!?!... see what happens there. My guess is the ampdraw will go down even more.
bytesilver 6 months ago
@bytesilver ------Thanks. Several people have mentioned that adding the middle penny makes the coupling more efficient-----but no one is talking about the extra six LEDs that are getting lit up full brightness. Those six LEDs are in series. Each LED takes about 20mA and around 2.5 volts to light up. Where is THAT extra energy coming from when the amp draw goes down and he motor speeds up???? Hummm.
Lidmotor 6 months ago
@Lidmotor : Thnks 4 replying. (Im a huge fan of your videos/experiments)
Intriguing indeed :) thats what keeps me coming back watching these videos!!! Although isn't the SEC transmitting high voltage at low amperage like a crystal radio? If so that would explain why you get the LED's to light up in series.
- 6 x 2.5 volts in series = 15 volts @ 20mah
- 6 x 2.5 volts in parallel = 2.5 volts @ 120mah
can you power the same LED's in parallel? does the motor still speed up, or slow down?
bytesilver 6 months ago
Maybe the third penny cools off like Stiffler's SC transister. The opposite effect a conductor would have if normal current were used.
zebok3 6 months ago
@zebok3 ----I need to get a laser IR thermometer to measure the heat at the different points like Dr. Stiffler is doing now. If I locate a "cold" spot somewhere that could be a very important find.
Lidmotor 6 months ago
Your penny capacitor is bigger when you take away the leds and you are loading more negative energy/ negative time thus as observer you get more output. Nice finding.
JP
UrCoffeeTastesToasty 6 months ago
dr stiffler did show something similar in the time of his previous account;
with 2 short and one longer copper pipes like this
(___(====(___(o)
with all the specifics around it
who ever has this plz reseed such
Lupinlethird 6 months ago
Lid motor, a new and wonderful series of experiments. Fascinating energy coherence and resonances going on. Aloha
jackscholze 6 months ago
@jackscholze ---Aloha Jack. This is fun stuff. Now if I can just get this to run my boat when there is no wind. Hummm------that might take a little more work.
Lidmotor 6 months ago
Having an adjustable air capacitor might allow impedance matching adjustment to a load or a storage capacitor giving improved performance as a drive unit.
mikrovolt 6 months ago
@mikrovolt -----I actually did something like that a long time ago. I had a variable air capacitor mounted on a chunk of aluminum that was the receiver. It worked. What we are trying to do here though, is examine the "energy junction" closely to look for something that is NOT a capacitive event. The guys in the lab really are the ones who can tell. Not me unfortunately.
Lidmotor 6 months ago
Hi Lidmotor,its a pleasure to see you working,
Any ferromagnetism (such like that on resistors electrodes) is a very bad thing to such anomalies like experiment of low amp transmittion trough pure water without any electrolite at 30V 400ma using pure austenic 316l wire-electrodes.
If we could create components WITHOUT FERROMAGNETIC ELECTRODES, we could achieve a greater efficiency. I dont have any device to create these SEC right now.
I will post someday.
Thanks
gfcgamer
djdsfhakdfhlksdhklf 6 months ago
does the frequency of the Sec change when you add the LED's? how about a scope of it?
thanks for sharing.
min2oly 6 months ago
@min2oly -----I have not scoped this but I imagine that the frequency does change. Dr. S calls this "spatial resonance". It is tricky to find. If you change things only slightly you lose it. There was only one setting on my tunable inductor where the event in this video happened. Based upon other experiments I suppose that it was around 14 megahertz---with other energy spikes spaced out at multiples of 1.094.
Lidmotor 6 months ago
This is a head scratcher indeed. Wonder if a 4th penny above could light LED's wirelessly, or if a sort of stack of a dozen would work, different resonance points like a tapped transformer.
I'm a fan of that sort of presentation camera work, "here's the circuit running....and over here it's also wirelessly running a lightbulb and the washing machine". Well, near enough, very cool !
slider2732 6 months ago
@slider2732 --- My experience with adding more loads is that each addition pulls energy form the other loads but does not increase the amp draw on the source. That is why what happened here surprised me. The amp draw went DOWN and the motor RPM went UP when I added the LEDs . This is not what usually happens. Oh how I wish that I could get this to run my washng machine--wireslessly. Maybe someday.
Lidmotor 6 months ago
Wow, so much misunderstanding in these comments. Loved it Lid.
Inquorate 6 months ago
@Inquorate ------Thanks. Well if this draws attention to Dr. Stiffeer's SEC research then it doesn't matter if people understand it or not. Heck I don't really understand it. There may come a day when people just use it like a cell phone, take it for granted, and don't really care about how it works---just that it works.
Lidmotor 6 months ago
That's amazing Lid.. It lowers the amp draw seeps up the motor needs to be looked into much more.Added to My Favorites and Playlists.Thank you for sharing..Tec
tectalabyss 6 months ago
Have you introduced a magnet next to the pennies to see if they change anything
egn83b 6 months ago
MY 2¢ COMMENT:
Your videos sure are fun!! Thanks for this. Here are my 2¢.
When you insert the 1¢ coin you are closing the air gap between the other 2 coins their-by reducing the resistance of the air gap. To me it seems more like a resentence coupling then a capacitance one.
Have you tried to put a 1¢ coin in the middle of the other coins with no LED’s attached to see if the amp draw is even lower?
Thanks again!
ProgressiveTV 6 months ago
There's no way the drop in amperage can raise the battery voltage.
zebok3 6 months ago
@zebok3 -----If you are referring to PoirierMike's comment about battery voltage going up when the amperage goes down ---you are right. But if you had a "weak" battery the "loaded" voltage would show a fluctuation based on the load applied. Either way your drainng the battery. The "unloaded" voltage is going down as the energy is consumed.
Lidmotor 6 months ago
Congratulations on your abundently succesful multiple reciever test! The second reciever appears to conclusivly magnify the power. This is a high water mark experimental video. Tesla maintained the longitudinal power wave travels at Pi over 2 times the speed of light. A gift for the age of Aquarius! We're all thrilled and over joyed at the results. Thanks for you finest video!
zebok3 6 months ago
@zebok3 ----- Thanks. I cannot draw any concrete conclusions from this experiment but it sure was encouraging.
Lidmotor 6 months ago
Capacitive coupling, you are increasing the surface area/capacitance of it when you add the second penny. Replace the penny set up with a capacitor with the top cut off and a wire added to the top as a tap, you should see the same result.
KOWspazed 6 months ago
@KOWspazed ---Thanks.
Lidmotor 6 months ago
Great research. Love it.
daviddalbylive 6 months ago
@daviddalbylive --Thanks
Lidmotor 6 months ago
Lid, I like it. You increased the load and the source current goes down, I see, Interesting. Could you check the 12 volt battery voltage before and after? I wounder if the voltage goes up while the current goes down with the load increase. Yea!
PoirierMike 6 months ago
@PoirierMike -----The "unloaded" battery voltage will go down as the energy drains out of it. The "loaded" voltage might go up just slightly as the amperage decreased-----but it was only about a 10 mA shift. Not enough to make a difference. Bottom line is that the device is using energy. It is just how much bang for the buck do you get out of it.
Lidmotor 6 months ago
@Lidmotor Thanks, it fascinates me. Tonight, I was encourage by your your. I got out my old SEC 15 and doing some test of my own.
PoirierMike 6 months ago