The Linden Experiment

In a conversation this Web Site's Author had with Norm, one of John Bedini's associates, he spoke of convincing a reluctant College professor that there was Energy present in a Magnetic Field simply from the perspective that when you placed a Magnet on either a vertical or on the bottom side of a horizontal piece of metal, the Magnet is actually overcoming gravity. It is a simple process to weigh a Magnet and determine how much Energy would be required to prevent a Magnet from falling to the ground. The professor never liked Norm.

When internal combustion engines began showing up in the late 1700s, literal sparks began to fly. These types of engines became a primary focus for mobility and engineering. By the early 19th century, a variety of ignition systems had been developed, but few found commercial success due to reliability issues...

February 2, 1839 - Edmond Berger invents and is credited with the spark plug...

January 24, 1860:The jumping spark engine is patented...

A viable spark plug didn't come about until 1902, Gottlob Honold, an engineer working for Robert Bosch, patented the first commercially successful spark plug....

The strange world we live in is even more bizarre if we think we have all the technologies that could be useful to us. To be told we are free by governing officials who seek control over freedom is contrary to the human spirit. This point of the Presentation brings the reader to where the focus of this Web Page's Author begins. There are, indeed, things and information that could benefit us that have been / will be suppressed.

Historical Clarity Excerpt

Creating an Efficient and effective Electromagnetic Coil involves characteristics of a very strange and dynamic creature. If you set a Coil's standard as a Number of Turns, you soon discover how the meticulous influences of Wire AWG, Wire Length, Core Dia, Core Height, Core Length, and the Number of Wires all form very stable circumstances if the Wire Length is enough to maintain both sufficient and reasonable amounts of Current. A Wire Length that is either too long or too short may well inhibit Efficiency with too little or too much Current. Even a Wire Length which falls within Efficient specs may be tweaked a bit more for a higher Efficiency. Therefore, the most unique and Efficient situation resides somewhere amongst a component combination derived from the diverse number of fluid component inter-reactions, and all this within a realm that seems to house an ever-changing, life-like creature.

Though the printing press was a major influence to dispel the dark age's shadowy beliefs and traditions, the power of any specific information still encountered many challenges. The birth and infancy of new concepts faced challenges with terms used, record/publish accuracies, available technologies, and differing levels of calibrations, subject comprehension, written expression, and translational equality.

There have been many claims establishing the Efficient Principle this Web Site's Author references as being known, validated by expression, recorded, and vanquished for an obscure cause. This Web Site's Author's research on this subject reveals a fascinating sequence of details. As early as 1842, Daniel Davis published the Manual of Magnetics, a compilation of scientific experiments which establish a source that the Efficient Principle was demonstrated by Joseph Henry (before 1842). Michael Faraday, Joseph Henry, and Gauss are referenced by James Clerk Maxwell in a Treatise on Electricity and Magnetism, 1873 and 1882, a two-volume treatise encompassing the unified theory of Magnetism and Electromagnetism, wherein the most current research was broad and these results were unified.

Later, still, Clemente Figuero's 1908 Patent, Nikola Tesla's 1931 Sparks, Edward Leedskalnin's mid 1900's research on Magnetism, Raymond Kromrey's 1968 Patent, then John Bedini's 1984 Spikes, and others would demonstrate results of this Efficient Principle. Not all knew the Efficient Principle.

It is clear to this Web Site's Author that any contradiction and subsequent confusion were not intentional. Joseph Henry's earlier statement about the Efficient Principle is simply contradicted by an isolated later reference by Joseph Henry. Aside from proving the accuracy of either published info, one could hear or read the latest reference's implications, and believe what they only think is true.

Tesla had thought Energy was associated with alternations. There are many still embracing Tesla's initial interpretations. The apex for what Tesla was willing to learn and accomplish did not come of alternations. His research compelled him to consider something beyond his previous conclusions. His hunger to comprehend and his desire to be certain allowed him a new perception (see this Web Site's section titled, "Tesla's Perceptions," Part Three) and his apex achievement reveals that the most Efficient Energy comes of Impulses, not alternations. This Presentation and my Transient Phase Simulation would have no meaning without the Impulses Tesla isolated. It is the direct effects of how these Impulses influence Copper's (non-Magnetic) Electrons that enable the Transient Phase to deliver the greatest Efficiencies.

Michael Faraday (22 September 1791 - 25 August 1867) was an English scientist who contributed to the study of Electromagnetism and Electrochemistry. His main discoveries include the principles underlying Electromagnetic Induction, Diamagnetism and Electrolysis. Although Faraday received little formal education, as a self-made man he was one of the most influential scientists in history.

Faraday was a pure experimentalist and conveyed his expansive observations clearly in simple language; his Algebraic abilities, however, did not extend into Trigonometry. James Clerk Maxwell took the works of Faraday and others, and meshed their various perspectives and researched findings and then summarized their Electromagnetic phenomena as our modern theories base in a set of equations. On Faraday's uses of lines of Force, Maxwell wrote that they show Faraday "to have been, in reality, a mathematician of a very high order - one from whom the mathematicians of the future may derive valuable and fertile methods." The SI unit of Capacitance is named the Farad, in his honour. This course of action deeply implies that Faraday comprehended the structural reactance of an Inductor were being mimicked by the structure of Capacitors.