Saturday, April 15, 2017

The Simplest Way to Create Free Energy for Ourselves is to Make our own Capacitors.

Free Energy, v.2 - Simulator Instructions

I was prompted by two individuals to renovate my free energy simulation to include instructions for its operation not unlike the need to seek Driver's Ed whenever wanting to learn to drive a car. A potentiometer is included which allows for adjustment of resistance down or up which translates into the output of the simulation likewise going up or down. By playing with these modulations, it is possible to get a solid output to any degree of infinity desirable.

Philip Nelson and analysis of public address systems. Anything can be made out of anything.

The Theory of Infinite Anything is no different than Einstein's Theory of Relativity. If Ee equals Em times Cee squared for fusion and fission reactions at the nuclear level, then why not something similar for electrical and magnetic dynamics as well?

Electrical and magnetic dynamics comes out of the copper and iron and dielectric plastic and glass and ceramic and what not within our electrical circuits. It does not come from the power source alone. That plays a significant role, but is only one player in this drama. Ultimately, the symphonic performance won't get played without its players. In other words, the orchestral conductor is not enough to make music. It is these copper and iron and ceramic (dielectrics within capacitors) who perform the electrical and magnetic presentation. The power source is the role of a symphonic conductor giving his/her own interpretation of the composer's work - but not creating it. So, although the power company bills us for its delivery of our appliances' daily performances, it is our appliances who are the real celebrities. Without them, electrical dynamics would never flourish.

I say this because surges can arise from within a circuit resulting in oscillations which could escalate towards infinite values of wattage and amperage, etc. This requalifies the role of the material substances within the circuit as being more significant than the power source.

Surges and Oscillations : that's what my investigation into Free Energy is all about.

Lamentations of a Free Energy Rock Hound

What would happen to the American work force stuck in rush hour parking lot traffic if EVs got their lunch for free? They'd quit their job and become an EV or else retire early as an American worker.

Free Energy from Momentary Contact with the Positive Terminal of a 1.5V ...

Sunburst Simulation of Free Energy from a Twelve Volt Battery giving Tens of Volts and Micro Watts

Sunday, April 9, 2017

The Slowest 'Burn Rate' Escalating Upwards Towards Infinity That I've Ever Seen in any of These Simulations!

This is the slowest spontaneous combustion escalating upwards towards infinity that I've ever seen simulated based on Eric Dollard's analog computer in LMD mode - Longitudinal Magneto-Dielectric; a Tesla coil in miniature; intended to highlight one aspect of a transmission line: its capacitance. Thus, high voltage is born, at the sacrifice of amperage, from a very very small supply at this circuit's DC source. In fact, the DC source herein is so small, I'd have a hard time finding it! Yet, this circuit wouldn't work without the battery rated at 12 volts. One volt less and the circuit won't work. It's that delicately balanced that just about every variable in this setup is necessary to succeed at producing a very slow escalation towards an infinitely combustible outcome.

High Voltage, Low Amperage without any cost from a Battery - a Perpetual Simulation!

This simulation uses next to no watts from a 12 volt DC battery. In fact, it charges the battery at a rate of negative 1.4 nano watts to be precise. Its output is over 1 kV and around 26 micro amps (approximately 20 milli watts of power), continually, without much variation by comparison to my earlier attempts at simulating overunity.

"Overall, higher voltage systems will actually be more efficient and more cost-effective, whether DC or AC. Losses in electrical circuits are based on the amperage (electron flow). You can move more energy (kWh) with lower amperage by running it at higher voltage. This is why utility transmission lines run in the thousands of volts, and homes at 120/240 volts. Higher voltage means lower losses with the same size wire, or the same losses with much smaller wire. Copper wire is costly, so higher voltage saves you dollars up front, as well as energy losses throughout the life of the system."

Sunday, April 2, 2017

Regenerating Dead, Dry Cell Batteries with Radiant Energy - aka Cold Electricity

This is the beginning of an experiment in which I will see if I can regenerate - not recharge - two dead batteries starting out at a voltage of 480mV for the top left battery and 387.9mV for the bottom right battery using only one wire to connect each to its positive terminal. I will be periodically updating the photo above with additional voltage readings. This experiment is inspired by my having stumbled upon an accidental recharging/regeneration of a brand new battery in the course of successfully healing my deep wound using Dr. Robert Otto Becker, MD's, knowledge from chapter seven of his book, entitled: "The Body Electric".

This experiment merely resulted in depleting one of these two batteries - the one on the lower left - by a few millivolts due to that side of the circuit not being grounded as compared to the top side being grounded. So, this experiment is temporarily, or permanently, on hold until I can figure out what next to try.