If you knew how simple it was you would laugh

lfarrand

If you knew how simple it was you would laugh
« on May 30th, 2022, 10:07 AM »
Hello my fellow OU explorers. I trust that I find myself in good company here.

I have been doing a significant amount of research alongside a number of experiments these past few months in an effort to understand the history of OU research and identify the common elements. My hope was that by eliminating all which is impossible, then whatever remains, however improbable, must be the truth. My research spanned decades and covered all the greats including Tesla, Gray, Floyd Sweet, Don Smith, Steven Mark, Tariel Kapanadze as well as some of the more recent newcomers.

My research and experiments have all boiled down to one thing: capacitors.

The formula for calculating the energy stored in a capacitor is: E = 1/2 * C * V²

Energy (Joules) = 1/2 * Capacitance (Farads) * Voltage squared.

The formula for the time to charge a capacitor is: T = RC

Time constant = Resistance * Capacitance

The key thing to note is that there is no mention anywhere of current in Amperes.

It is possible to charge a capacitor using static electricity only (volts with zero current).

When a capacitor discharges, the energy released is the total charge in Joules. 1 Joule is equivalent to 1 Watt per Second.

It is possible to extract amps from a charged capacitor. It requires no amps to charge said capacitor.

I am designing a generator using these principles and everything I have tested so far has worked according to my predictions.

I understand that most will be sceptical about this finding, but it is something quite simple that most of you should be able to reproduce and verify yourselves first hand.

I'll post a circuit diagram and step by step instructions on how to reproduce this effect later this evening or tomorrow.



Apoc4lypse

Re: If you knew how simple it was you would laugh
« Reply #3, on May 31st, 2022, 09:54 AM »
Very interesting point about capacitors... no amps in only volts to charge them? But gets watts out.... intriguing I love how simple it sounds.

Apoc4lypse

Re: If you knew how simple it was you would laugh
« Reply #4, on June 21st, 2022, 03:33 PM »Last edited on June 23rd, 2022, 06:46 PM
This https://www.youtube.com/watch?v=0y382gRb1No and This https://www.youtube.com/watch?v=sB_Y_afxH88&list=WL&index=18&t=2693s should be able to get you a voltage I'm unsure if it can get any amps, I'm still exploring this guys insane ideas but they seem plausible, but this should definitely be able to generate volts to charge capacitors.

Edit I literally just got back inside from trying this out, take an LED hook it up to a volt meter and put it somewhere in line of sight to the sun or stars. You get a DC Voltage. No amps yet, but I got like 10 volts DC just standing on my front porch nothing more than an LED light hooked up to my volt meter. O_O Doesn't work so well inside. If you have an LED laying around and a volt meter you can test it literally anyone can its that simple. So now we need to use it to charge a capacitor.

Edit: I tried it with 2 and the voltage literally doubled.

Edit: Apparently this is the same way solar panels work? lol learn something new I guess... nothing really significant about it especially if your looking for amps.



securesupplies

Re: If you knew how simple it was you would laugh
« Reply #7,  »
Quote from lfarrand on May 30th, 2022, 10:07 AM
Hello my fellow OU explorers. I trust that I find myself in good company here.

I have been doing a significant amount of research alongside a number of experiments these past few months in an effort to understand the history of OU research and identify the common elements. My hope was that by eliminating all which is impossible, then whatever remains, however improbable, must be the truth. My research spanned decades and covered all the greats including Tesla, Gray, Floyd Sweet, Don Smith, Steven Mark, Tariel Kapanadze as well as some of the more recent newcomers.

My research and experiments have all boiled down to one thing: capacitors.

The formula for calculating the energy stored in a capacitor is: E = 1/2 * C * V²

Energy (Joules) = 1/2 * Capacitance (Farads) * Voltage squared.

The formula for the time to charge a capacitor is: T = RC

Time constant = Resistance * Capacitance

The key thing to note is that there is no mention anywhere of current in Amperes.

It is possible to charge a capacitor using static electricity only (volts with zero current).

When a capacitor discharges, the energy released is the total charge in Joules. 1 Joule is equivalent to 1 Watt per Second.

It is possible to extract amps from a charged capacitor. It requires no amps to charge said capacitor.

I am designing a generator using these principles and everything I have tested so far has worked according to my predictions.

I understand that most will be sceptical about this finding, but it is something quite simple that most of you should be able to reproduce and verify yourselves first hand.

I'll post a circuit diagram and step by step instructions on how to reproduce this effect later this evening or tomorrow.
lfarrand
Love to see this Circuit and or capacitor   Dan