Free Energy Generator-Searl Effect Generator (SEG)

By:Prayag Nao

We all know that according to thermo-dynamics laws Perpetual motion machines are impossible to make.

( Perpetual motion is motion that continues indefinitely without any external source of energy.This is impossible to ever achieve because of friction and other sources of energy loss^. A perpetual motion machine is a hypothetical machine that can do work indefinitely without an energy source. This kind of machine is impossible, as it would violate the first or second law of thermodynamics.)

But Prof. John Searl designed a generator called Searl Effect Generator (SEG) that can generate electrical energy without giving any energy,At least we don't have to give energy to it. SEG takes energy from environment as form of heat and gives continuous electric energy.

Searl website:http://www.searlsolution.com/

Basic Information

The SEG consists of 3 large ring type stators that are specially magnetized with patterns designed to generate continual motion of similarly magnetized cylindrical rotors. The rotors are free to rotate around the stator rings with mutually interactive eddy currents of induction that forms a frictionless magnetic bearings between moving parts. In the process, electrons pair up as bosons, accelerate to form electrical currents and thus are harnessed for their kinetic energy before they emitted out to the air again. This makes for an open energy cycle that extracts energy out the environment and consequently cools down the ambient air only for its inherent energy. It is a system that converts random energy at the quantum level into a coherent flow of electron currents. It is ideally suited for the World’s demand for green energy that is as benign to the biosphere as a solar cell or a even hydroelectric dam.

Read more about SEG:http://www.searlsolution.com/technology2.html

Comments

Real life Jarvis-Talk With Your Computer like Jarvis in Iron Man ....!

By:Prayag nao Code to Make your Computer like Jarvis New Speech macro..>> Choose Advanced and change the code like this.. <speechMacros> <command> <listenFor></listenFor> </command> </speechMacros> You have to add a commands <listenFor>........</listenFor> - computer listens the words you specify here and respond accordingly. <speak>............</speak> - computer speaks what is written in this field according to the command which it got. Similarly, You can Edit more commands in the same way. <speechMacros> <command> <listenFor>What's going on dude</listenFor> <speak>Nothing special tony</speak> </command> </speechMacros> ...

HOW INTERNAL EXPANDING BRAKE WORKS

By:Prayag nao An internal expanding brake consists of two shoes S 1 and S 2 . The outer surface of the shoes are lined with some friction material (usually with Ferodo) to increase the coefficient of friction and to prevent wearing away of the metal. Each shoe is pivoted at one end about a fixed fulcrum O 1 and O 2 and made to contact a cam at the other end. When the cam rotates, the shoes are pushed outwards against the rim of the drum. The friction between the shoes and the drum produces the braking torque and hence reduces the speed of the drum. The shoes are normally held in off position by a spring . The drum encloses the entire mechanism to keep out dust and moisture. This type of brake is commonly used in motor cars and light trucks. We shall now consider the forces acting on such a brake, when the drum rotates in the anticlockwise direction . It may be noted that for the anticlockwise direction, the left hand shoe is known as leading or primary ...

How an engine cooling system works

By: Prayag nao A car’s engine produces lot of heat during running condition, in order to avoid engine damage it must be cooled. It’s done by circulating coolant liquid usually air or water mixture with anti-freezing liquid through fins or specially designed tubes . A water-cooled cooling system A water-cooled engine block and cylinder head have interconnected coolant channels running through them. At the top of the cylinder head all the channels converge to a single outlet. A pump, driven by a pulley and belt from the crankshaft, drives hot coolant out of the engine to the radiator, which is a form of heat exchanger. Unwanted heat is passed from the radiator into the air stream, and the cooled liquid then returns to an inlet at the bottom of the block and flows back into the channels again. Usually the pump sends coolant up through the engine and down through the radiator, taking advantage of the fact that hot water expands, becomes...

Phoenixer Asia

Search This Blog