Previous Practicle Applications of Electromagnetic Resonance

Possible Existance of Another Top Secret Experiment

It is my contention that there was not just one top secret project researching war applications of this profound theory but two top secret projects. For the fact that for every equation there are always two sides. For example: By using one side of Maxwell's famous electromagnetic field equations we can arrive at the principle of the electric motor, and by applying the reverse we can arrive at the principle of power generation. In regards to the famous equation of relativity we likewise have two practical applications which arise. One we are very familiar with, although originally the idea was top secret and considered scientifically ridiculous, the idea of releasing the energy contained within atomic matter. However, the reverse side or application of the equation to this day remains in the realm of science fiction and ridicule. That is what about combining or containing energy in some fashion to create matter. More specifically the application of both sides of the equation not only suggests the ability to release the energy within an atom but it defines how energy becomes matter, and how energy defines and limits that matter to form the very world in which we exist. Can anyone firmly believe that on one hand millions of dollars and thousands of hours were expended to develop the fantastic and incredible science of atomic energy and yet not one penny was expended to understand the other implications of this famous formula?

The Philadelphia Experiment appears to be just such a research program. The very concept of " magnetic resonance " as described in the experiment follows this exact line of scientific reasoning. If energy is resonated so as to augment with itself, (be it magnetic, electric, or mechanical) in a confined region, under the correct conditions, can matter be altered, created or manipulated in any fashion? The reports and statements made in these books seem to suggest that this indeed is possible. They had the same scientific intelligence available as that which developed atomic energy. They had a huge amount of money, energy and equipment available to them. They repeatedly make reference to the use of resonance as a way to increase and amplify this energy. There is reference to the fact this method of energy " bottling" has the potential to " runaway " as would be expected of a resonant system ( remember the Tacoma Narrows Bridge ). Indeed from this simple perspective of development of all practical applications of any scientific formula it is certain that some form of electromagnetic field resonance was attempted in the early 1940's.

The Solenoid Chronograph Principle
Used to Measure Projectile velocity

A Link to an article on Degausing and Magnetism
This is for machinery but the principles are the same.

A Link to an article on Ship Degausing
This shows some of the magnetic coil configurations used on ships to erase the ships magnetic signature.

Deperming or degausing of a Submarine with a large magnetic coil

Ship Degausing Coils

The magnetic field induced in a ship by the Earth's magnetic field and the magnetic field created by the degausing coil on the ship. This is one of the first experiments in ship degausing.

Quotes from The Philadelphia Experiment of Specific Interest

• " Magnetic resonance is tantamount to temporary obliteration of our dimension...","is transference of matter into another level or dimension." pg 131



• "using naval type magnetic generators, known as degausers, which were pulsed at resonant frequencies so as to create a tremendous magnetic field on and around a docked vessel" pg 130




Magnetic Field
Around a Current
• " had Faraday concerned himself with the Magnetic field around a current his discovery might have been something different " pg 40



• " The field flowed in a counter clockwise direction around the ship actually pushing and propelling. Surrounded by a sheet of pure electricity. Had a strength and a density. " pg 110-111



• "Large amounts of static electricity invovled" pg 109



• " power of levitation ( defying the force of gravity to lift heavy objects ) was not only scientifically possible but had once been a known process on Earth " pg 36-37

Application of Unusual Electrical Theory for Production of Intense Magnetic fields

• For a Motor
  "If the supply voltage is constant, the armature current and the field flux will be constant only if the load is constant. If there were no load (this is never done)on the motor, the armature would speed up to such an extent that the windings might be thrown from the slots and the commutator destroyed by the excessive centrifugal forces."



• For a Generator
  "High capacitive load on a generator causes runaway current and voltage due to regenerative feedback of stator magnetic field and armature magnetic field. Current generated in the armature produces a magnetic field which reinforces the magnetic field of the stator, which is what is inducing the generated current. Normally this situation is avoided because it is a runaway effect."

Motor/Generator Principle

The Motor generator Principle

Electromagnetic Field of a Current in a Coil

According to Jane's Fighting Ships( 1967-68,0g. 408 )the Eldridge (DE-173) was 306 feet long by 37 feet at the beam, and had a draft of 14 feet. Its main engines were General Motors diesels, electricly driving two shafts. The available generating capacity, was 4,500,000 watts.

Dangerous of High Static Magnetic Fields on Human Biology

Moving Charge in Magnetic Field

• "Static magnetic fields exert a force on a moving charge in the field. Through this mechanism magnetic fields can distort current loops for nerve conduction ( propagation of the action potential ) and can cause a decrease in the conduction potential and a decrease in the conductions velocity. Strong fields above 24T are required for this effect."

Magnetic Resonance Imaging - How it Works

The main requirement for an MRI machine or any magnetic resonance machine to work, is the existance of atomic magnetic fields. In order to induce nuclear magnetic resonance, the atoms we wish to resonate with our external magnetic fields, must have a magnetic field or magnetic moment of themselves.

The magnetic properties of all materials are related to the behaviour of the electrons in the atoms of the material. An electron in orbit can be thought of as a miniature loop of electric current. According to the laws of electromagnetism, such a loop will create a magnetic field. Each electron in orbit around an atomic nucleus produces its own magnetic field, and the sum of these fields, together with the intrinsic fields of the electrons and the nucleus, determines the magnetic field of the atom. Unless all of these fields cancel out, the atom can be thought of as a tiny magnet.

In ordinary materials, the magnetic fields of the atoms making up the material, are usually very disorganized. The magnetic fields of the atoms in something, do not all line up, but point in somewhat random orientations. In order to get a clear picture, out of all this random magnetic noise, we need to create some alignment within the material we wish to image. In MRI machines, this alignment is done with a large superconducting electromagnet. When an object is placed in this powerful magnetic field, the magnetic fields of each atom in the object, will try to line up with the magnetic field direction of our powerful electromagnet. The atomic magnets line up with our big electromagnetic field, exactly the same way a compass alignes itself with the magnetic field of the Earth.

"The main element of an MRI machine is a massive electromagnet coil that fills most of the enclosure. The ability to capture detailed images quickly depends on having a very powerful magnetic field, usually in the range of 1 to 3 Tesla. (1 Tesla = 10,000 Gauss.) Some specialized machines designed for super-detailed images inside a patient's head can be as high as 7 Tesla. Generating that kind of field requires superconducting coils cooled with liquid helium. This giant magnet is the part of a MRI machine, we see when we get a MRI."

Now, this is the technical explanation of how this magnetic alignment is used to create an image in MRI.

"Inside the magnet, we have the RF antenna (anatomically shaped surface coils), which picks up the MR signal, emitted from the tissue sample, and then we have a gradient coil which helps us find the spatial location where the signal is coming from. The gradient coil is made up of three groupings of coils, oriented on the X, Y, and Z axes. With three axes, you can construct a volume. We have our RF signal, and at the same time, we superimpose this gradient over it. This gives us three orientations to work with. If we want to make a horizontal 'cut,' we make the gradient in the horizontal direction a uniform value. If we want to look at the thickness of that volume, we vary the other planes, the Y and Z, and slowly move them around through a 360 degree change in gradient strength. We control the amount, so we know exactly how the plane is rotating. The only thing that is moving is current inside the coil."

The average person will not immediatly see how this is possible, because an important piece of information is left out of the previous explanation. What the average person needs to understand, to fully grasp the operation of MRI, is one of the basic principles of quantum mechanics. We need to understand what exactly is meant by a "quantum". A quantum is a discrete bundle or packet of energy. The atomic magnetic fields cannot exist at all possible strengths of magnetic field, but must occupy distinct quantum's or levels of energy. If an atom wants to change how much magnetic field it has, then it must absorb or emit a distinct photon of energy. Each atom will emit or absorb different photons of energy, depending on the atoms magnetic field strength. This is the basis of all spectroscopy.

In a material, in which the atoms are not magnetically aligned, these photons will be emitted or absorbed from all directions. Not only in all directions, but at all energy levels each atom is capable of emitting. When we magnetically align these atoms, as we have done with our strong electromagnetic field, we get these emissions or absorbtions to occur in a specific direction and at specific frequencies. So wheras before we could not detect these emissions, because they were in random directions and at random energies( random frequencies and wavelengths ), by aligning the atomic magnetic fields we get more of these signals to line up, and thus the signal or photons emitted are in the same direction and the total signal will be strong enough to detect. So the magnetic alignment of a strong electromagnetic field has allowed scientists to tune into the signals emitted by the atoms themselves. You can receive this atomic transmission exactly like in an ordinary radio, with a Radio Frequency or RF antena or coil. This is the Magnetic Resonance signal, or RF signal and is receive by the RF antenna or coil discussed in the previous explanation of MRI.

In addition to a strong electromagnet and an RF antenna, there is one more component of our MRI machine, the Gradient Coils. If you think about the previously described case, you may have noticed a problem. Although, we have used a strong electromagnet and a RF antenna to receive a signal from the object we are imaging, we will receive this signal from all the atoms in the object at once. Not that this is not useful for spectroscopy and other applications, but for medical imaging we would want a more precise image of a specific part or section of the object. In order to receive a signal from only certain atoms within the object we are imaging, we need a way to isolate signals coming from a specific point. This can be done, using 3 more electromagnetic coils, which in MRI machines have been named the Gradient Coils. In a modern MRI machine, there are usually 3 pairs of electromagnetic coils( for a total of 6 coils ), with their axis of alignment arranged along each of the 3-dimensions( the X,Y and Z axis ). You can visualize this easily, as a cube, with a circular magnetic coil pasted flat to each face of the cube( 6 faces on a cube gives us 6 coils.)

To understand how the Gradient Coils work, we only need to consider what happens when we use one set of gradient coils, as the same concept applies to the other two sets of coils. With a pair of coils, we can create a magnetic field in a specific direction. If we apply electric current to our coils in one direction, we get a magnetic field in one direction. If we reverse the electric current, we reverse the direction of the magnetic field. Likewise, if we put more current through one coil than the other, we can produce a magnetic field which is stronger at one end than the other. This is a magnetic field gradient. When our object being magnetic resonance imaged, is placed in a magnetic field gradient, there is a different magnetic field strength across the object. This causes a different signal to be emitted from the atoms at one end of the object versues the signal emitted from the atoms at the other end of the object. So using the application of a magnetic field gradient, produced by our gradient coils, we can isolate different sections of our object. By using a three dimensional arrangement of gradient coils, we can isolate a signal from any 3-dimensional point within our object.

If nothing's moving, why the noise?
"Metellus says MRI machines make a loud acoustic noise because, when you pass current through the gradient coil that lies within the electromagnetic field, the currents are opposing each other, resulting in a sound of varying intensity. Depending on the scanning algorithm, it has a different rhythm. While the sound suggests something is spinning inside the housing, there are no moving parts. In fact, keeping everything still, especially the patient, creates the highest quality images."

Magnetic Resonance Imaging Machine ( MRI )

Inside a Magnetic Resonance Imaging Machine ( MRI ) Simple Hardware Diagram

Magnetic Resonance Imaging Machine Gradient Coils
(note the 3-Dimensional arrangement)

Medical images taken of the human body are acquired or displayed in three main orientations:

1. Coronal orientation: in a cross section (plane), for example, across the shoulders, dividing the body into front and back halves
2. Sagittal orientation: in a cross section (plane), for example, down the middle, dividing the body into left and right halves
3. Axial orientation: in a cross section (plane), perpendicular to the long axis of the body, dividing the body into upper and lower halves

Magnetic Resonance Spectrometry Simple Diagram

Magnetic resonance Imaging Electronics and Digital Signal Processors (DSP)

A pallet jack pulled into an MRI magnet.

A United States University MRI Safety Manual
Demonstrates the Hazards of Working
With 2 Tesla Magnetic Fields
Imagine 24 T or greater!

Palm Sized MRI Machines?

How to build and test a small Magnetic Resonance Device
A text file only

An excellent technical explanation of
How Magnetic Resonance Amplification Works

Wether you understand it or not
this is how it really works.

The Link Between Magnetic Resonance Imaging, Degausing and Optical Invisibility

So, as I explained before, we know atoms are like little magnets and we know the US Navy was interested in de-gausing ships to evade the magnet mines, but how is this related to Magnetic Resonance Imaging or MRI?

Well, if your familiar with the discussions about the Philedelphia Experiment, you will remember there was considerable discussion about "invisibility." The general opinion about the Philedelphia Experiment was, the invisibility they refer to, was the way the ship was made "magnetically invisible" to the magnetic mines. By degausing or de-magnetizing the ship, the magnet mines could no longer "see" the magnetic field of the ship and could not explode. In fact, if we apply the principles used in MRI to this concept of degausing or de-magnetisng, we will see there does exist the very real possibility of "true invisibility" or optical invisibility. This is what the Navy began to investigate.

What began this whole experiment was this notion of atoms having a magnetic field of there own. The scientists simply took the idea of de-magnetising or degausing an entire ship, one step further. They asked themselves, if it is possible to de-magnetize a ship wouldn't it also be possible to de-magnetize an atom itself? Rather than de-magnetising the ship as a whole, what if they could de-magnetise all the atoms which made up the ship? What would happen then?

This is not such a far out question as one might think, and this very question leads us directly to the principles of the MRI machine. As I have tried to explain previously, the MRI machine receives a radio signal from the atoms themselves, in the object me are imaging. A very simplified way of looking at magnetic resonance is to see it as a simple way to make atoms receive and transmit on certain frequencies. The energy received or transmitted, comes from or goes into, the atom itself. So through MR we are changing the energy of the atoms themselves.

Now, you should know, when we see an object, what we are seeing is the electromagnetic light which is reflected back from the object. If there was a way we could prevent this reflection of light from the object, we would not be able to see the object. So to make an object invisible, we need to remove the atoms ability to absorb or reflect any of the light which hits them. We can do this with Magnetic resonance, because we can directly control the atoms energy levels with Magnetic Resonance. If we use magnetic resonance in reverse, or magnetic dissonance, we can de-energize or de-magnetize the atoms themselves. If the atoms do not have any magnetic field, or a greatly reduced magnetic field, then they cannot interact with electromagnetic light. The atoms need a certain amount of magnetic field, in order to ineract with the fields around them. This requires the same precise control over the magnetic field within and around an object, as is acheived in an MRI machine.

So again, you can use a powerful magnetic dissonance to de-magnetize the atoms of an object, to the point the object will no longer interact with visible light. Sounds like science fiction, but it gets even weirder than this.

What they found out by accident, is magnetic resonance can not only make something invisible, but can make it completely vanish from our dimension. Now this may sound utterly crazy, but I assure you there is reason behind this claim. You have to ask yourself, what is it exactly which defines our reality or our dimension of reality? What you will find is, the predominate forces which define our perceived reality, are electromagnetic forces. If you start to experiment with these electromagnetic forces, at an atomic level, then you are indeed playing with the very same forces which define your reality. Changing how atoms interact with electromagnetic fields, would completly change everything you see and touch and hear around you, even the flow of time. Basically, you can de-magnetize something right out of the Universe.

This is a completely different way of travel, than anything we have ever considered before. This idea, is most similar to the science fiction ideas of hyperspace or teleportation. You simply disconnect your spaceship from the normal forces of space/time, go anywhere you want, and the reconnect your spaceship back to normal space/time. This is travelling, without moving, or what I would call "Non-Linear propulsion".

Selected Quotes from The Case for the UFO

This website is an excellent primer if your not up to date with current trends in space exploration and where the future may take us. Covers rockets to relativity. I wish I had the time to produce such information and am glad someone else has taken the time.

The Solar Skiff website : www.SolarSkiff.com

Laesie Works - Maintained by Giesbert Nijhuis

Further Unusual Evidence for Previous Applications of Magnetic Resonance

The windings and magnetic field of toroid
Top View

Ancient Sun Stone

Ancient Sun Stone

Adopted in the 1900's by the Military as a Medical Symbol
The Cadacues actually represents the staff of Hermes Trimegistus or Mercury, the winged messenger.

US Army Medical Corps Branch Plaque - Instituted in 1902

Possibly the most comprehensive evaluation of a link between electromagnetism and gravity in existence to date has been funded by the United States Air Force. This is a serious mathematical research funded by the United States Air Force to examine the possiblity of creating a new form of propulsion using knowledge of a means to effect gravity through electromagnetism.

Electric Propulsion Study
Prepared for
Air Force Space Technology Center