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Paul Lowrance Free Energy Research on Magnetic Material

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Main Page • Foundation • Thermodynamics • Details • Energize • Data • Synopsize • Computer Simulation • Starting your own Research

• Research and Development Questions • Update

Status: This project was commenced publicly on Feb. 28th 2005.

THIS PAGE IS LOCKED FROM EDITING. If you have a change to recommend, then please send me an email at Energy_Mover-owner@yahoogroups.co*m (remove the star). If you are doing research in this field then please add to the Research and Development Questions web page.

The premise is based on Moving Energy. Such a device would move the energy from Point A to Point B. Point A being the device, would become cold. Point B being an appliance, such as a TV, would generate heat. This is not related to free energy machines that create or convert potential energy to kinetic energy.

Please read the small section on the 2nd Law of Thermodynamics

This research is based on the premise that energy can be extracted from ambient heat by means of magnetic materials. One main focus of this research is to create tools that can predict and therefore be tested. Math is one such tool. This project revolves around computer programs that contain math equations to predict an outcome. As example, let's take a loop of wire that has current. By using basic math equations, the program can easily calculate the magnet field generated by the loop of current. You tell the program the details of the loop of current, it's location, rotation, etc, and ask for the magnetic field at any 3D point in space and the program can return the answer. This is an easy task for a computer and easy to test in real life.

Additionally you can expand the program to include electromagnetic fields. Therefore, you could specific the di/dt. The di/dt is the rate at which the current changes per unit of time. And the program can provide you with the magnetic field at any 3D point in space in addition to the electromagnetic field. Then you could expand the program to allow numerous current loops and the ability to apply a velocity to the current loops. Such tests have already been performed.

So then how would the program simulate magnetic materials? Every test know to this writer demonstrates that the magnetic and electromagnetic fields as generated by magnetic materials can be equated to countless infitesimally tiny loops of current. In fact, according to mainstream science, the magnetic field generated by magnetic materials is caused by the Intrinsic Electron Spin. This Intrinsic Electron Spin generates a magnetic field as if it were current spinning in a circle. Therefore, you could test this theory by plugging in the above mentioned math equations into the program and see if it matches the magnetic fields generated by a magnet. Now this is not to imply that the program can peer into the depths of the atom and analyze a single electron. Such math equations are used to accurately predict the magnetic and electromagnetic fields of a chunk of magnetic material. So far, to date, this simple and easy method always correctly predicts the magnetic and electromagnetic fields. That is, the directions and polarities of the fields match real life data. You plug in the shape of the magnetic material and the program returns the magnetic field.

This page continues to Thermodynamics