GB2249863A - 'Fuel-free' energy generator - Google Patents

Abstract

The energy generator consists of two opposing rigs each comprising a proton producer attached to the commencing end of a length of electromagnetic accelerator tube finishing in a powerful compressing electromagnet. A clutch of protons from the proton producer (the site of which is shown in the diagram at point 1) is accelerated along the tube (point 2) by an array of electromagnets (not shown). As the protons near the end of the accelerator tube they pass beneath a powerful electromagnet (3). The electromagnetic field produced by this electromagnet applies a motive force that impels the protons into close proximity (4). Before the protons can separate they emerge from the end of the tube and collide with another cluster which has emerged from the opposite tube. This kind of collision generates radiant heat - the amount generated being greater than the amount of energy applied - which can be extracted by a heat extraction system. <IMAGE>

Description

'FUEL-FREE' ENERGY GENERATOR The 'Fuel-Free' Energy Generator is equipment for producing heat which heat can then be utilised for generating electricity.

This idea is about generating radiant energy by producing an effect with the so-called large nuclear force. The effect resembles nuclear fusion but it is not nuclear fusion. It originates from a postulation about the large nuclear force. This force is said to hold nucleons together but also to keep them apart. It is the faculty for keeping nucleons apart that this idea concerns.

The postulation is that this force field being of very short range can be regarded as being folded up like a concertina. A consequence of this would be that any object entering the field would meet a resistance equal to the field strength, energy transferring to the field against depth of penetration times field strength, however the energy absorbed by the field would depend upon field strength multiplied by the greater depth of penetration due to the field being folded up. There would be a discrepancy and the extra energy required to be transferred to the force field from the object entering it would be generated within the force field itself. When the pressure is relaxed the events are reversed and the extra energy formerly generated is no longer there. By way of further explanation this circumstance can be paraphrased in the following way.The general theory of relativity suggests that a gravitational field can be regarded as a curve in space. The trouble with this is that it requires an object entering a gravity field to become curved. Instead let us suppose that gravity simply behaves as though space were curved when in fact space remains unchanged. There would be a gravity field behaving as though space were curved superimposed on uncurved space.

Thus two conditions would exist in the same place at the same time.

When an object enters a gravity field the object still obeys the laws that apply in space which confer on a body definite ratios between velocity mass and momentum but from the point of view of the gravity field it is as though the body has entered curved space with its own ratios between velocity mass and momentum.

The same situation would obtain with the large nuclear force but the nuclear force is folded up and 'curved' in a way that gravity isn't. An object entering the nuclear force-field would be required to have a greater mass because de-acceleration takes place over a longer distance in the same period so far as the force-field is concerned. The mass of the object can't increase because this only occurs at high velocity so instead there is generated the energy that would consequently have been transferred to the force-field had the mass of the object been increased.

The reason for believing that the large nuclear force can generate energy is that it could be construed that gravity also generates energy. When an object is said to have potential energy with respect to a gravitational field it may be considered that this potential energy is not a form of energy manifested in the relative positions of bodies because if this were so then an increase in distance would lead to a proportional increase in potential energy. To be logically consistent a doubling in distance of the object from the focus of the gravity field should cause a doubling in potential energy just as in the similar case of momentum a doubling in the momentum of an object doubles its speed. But this relative increase only takes place in close proximity to the focus of the field.If for instance the potential energy of an object were measured 90 millions miles from the earth and then compared with its potential energy at 180 million miles there would not be a doubling of the potential energy but rather a negligible increase. Potential energy is thus not a form of energy.

Kinetic energy can thus be said to be created by a gravity field. Similarly energy applied against gravity can be said to disappear.

Liberating the energy created when the resistance of the large nuclear force is contacted requires that the duration of the impact exceeds the speed at which energy can be converted to matter so that radiant energy can be formed and propagated before the pressure is relaxed and the events reversed. It is assumed that there is a discrete rate of conversion of energy to matter fixed in time rather than instantaneous transmutation otherwise the velocity of light need not remain constant (wavelength being due to the aggregate of separate emissions of photons). Pressure consists at the subatomic level of individual collisions between fundamental particles of uniform mass1 and the duration of any collision is always the same for the same mass whatever the impact of velocity. It is assumed that this collision interval is quicker than the speed of conversion of energy to matter.

Magnetic force and electromagnetic force may provide sustained pressure but the size of electromagnet needed to generate a force-field of sufficient strength to provide a sustained compression would render the idea impractical yet a weaker electromagnet might succeed provided it is nevertheless powerful enough to temporarily press a cluster of protons into a continuous mass. The mass of this cluster can be much greater than the mass of a fundamental particle and it exerts the nuclear force too. Since the mass of the cluster is greater than any fundamental particle the duration of any impact between this cluster and another like it is increased beyond the time taken to generate radiant energy from momentum, whatever the speed of the collision, thus allowing the energy created to escape before it is re-absorbed on the rebound.

What is required is a particle accelerator propelling groups of protons cooled to a low temperature that are set to collide but immediately before impact pass through a powerful electromagnetic collar which by magnetic repulsion presses the protons together prior to two such clusters colliding head on from opposite directions in a stream of such clusters. Energy would be generated from the collisions following the sequence of events described.

The 'energy generator' consists of two opposing rigs each comprising a proton producer attached to the commencing end of a length of electromagnetic accelerator-tube finishing in a powerful compressing electromagnet.

A clutch of protons from the proton producer (the site of which is shown in the diagram at point 1) is accelerated along the tube (point 2) by an array of electromagnets (not shown). As the protons near the end of the accelerator tube they pass beneath a powerful electromagnet (3). The electromagnetic field produced by this electromagnet applies a motive force that impels the protons into close proximity (4). Before the protons can separate they emerge from the end of the tube and collide with another cluster which has emerged from the opposite tube. This kind of collision generates radiant heat - the amount generated being greater than the amount of energy applied - which can be extracted by a heat extraction system.

Claims (1)

1. CLAIM

   A 'fuel-free' energy generator consisting of two opposing rigs each comprising a proton producer attached to the commencing end of a length of electromagnetic accelerator tube along with protons are accelerated until they collide in the middle where the two opposing tubes meet and thus produce radiant heat energy. Before the protons collide they pass through the crucial part of the generator this being a powerful electromagnet surrounding the accelerator tube such that it can compress a number of protons into close proximity with each other for the duration of the period during which the protons pass within the influence of the electromagnet and shortly thereafter.