Dear Reader,
Today is a red letter day. I have finally managed to make contact with Rossi. Here's the letter that I wrote subsequent to sending him those two papers of ours.
What a pleasure. Hopefully we'll hear more from him in due course.
Kindest as ever,
Rosemary
Dear Andrea,
This is – very broadly – the synopsis.
The thesis argues that magnetic fields are a primary force and that all the forces are the effects from varying dimensional structures of these magnetic fields. The fields themselves are structured from magnetic dipoles that naturally organise into ‘closed strings’. The fields are dynamic and they orbit at a velocity of 2C.
These fields come in three dimensions. So, a 1 dimensional field (a binding field) is responsible for the weak nuclear interaction including the electromagnetic and the galvanic processes. 2 dimensional fields, (having length and breadth) are responsible for the strong nuclear force. And finally, 3 dimensional fields (having length, breadth and depth) is the torus, which is associated with a complete magnetic field. This is responsible for gravity.
Where it deviates from the standard model is only in this. It proposes that magnetic fields comprise this non-standard dipole that has a velocity that exceeds light speed. It also proposes that a magnetic field is a primary force underpinning all the known forces. In all other respects it conforms ENTIRELY to the standard model. It would explain the existence and operation of the forces – and it would account for the Casimir effect. and it would be precisely related to Plank’s constant. Because – in a field – they orbit at velocities that exceed light speed, then light cannot find these particles. Therefore they remain ‘dark’ – outside our abilities to detect it. Effectively they operate in a dimension of time that exceeds our own abilities to measure it. Therefore it relates precisely to the ‘dark’ energy that has been measured by our astrophysicists.
As this relates to your own system, the proposal is that these fields are responsible for binding coalesced matter. Read the appendix to the second part of that two-part paper. In a chaotic state which is when the particle is NOT in an orbital field formation – then the particles become as hot and as big and as slow as they were previously cold and small and fast. But in their ‘hot’ state, they are no longer ‘binding’ that coalesced material. Therefore the bound condition becomes compromised. This would enable the contamination of anything within range of those chaotic particles. For example, should copper be proximate – then the copper atoms would decouple from their coalesced condition and loosen from the structure.
The thing is this. If there is an intrinsic molecular imbalance which occurs when more binding fields are available than required to ‘bind’ that material - then the condition of chaos can be perpetuated to become self sustaining. Our test 3 of the 1st part of that paper refers. As, indeed, do the results in your own experimental evidence. Then the requirement is to continually apply more material to reduce the rate of that interaction which, otherwise, will become catastrophically hot. We both applied water. You did this to much greater force and effect. LOL
But here’s the thing Andrea. We have only defined a magnetic field as being ‘structured’ from a magnetic dipole. I’ve presumed to call this a ‘zipon’ because it sort of relates to a required function to ‘zip’ on and off atoms – or to ‘zip’ in and out of a field condition. And then it links to the thing that it IS, which is related to ‘zero point’ energy. But call it what you will. The minute you apply a particle to the magnetic field – then all those unanswered questions of our Greats – fall into place. It explains the existence of that ‘other’ dimension – which is required to explain many paradoxes including questions of ‘locality’. It also marries those diverse branches of physics including quantum and classical – dark forces and string theories. And it is ONLY based on an extension to Faraday’s Lines of Force. It is better explained in the appendix to our second paper.
Incidentally – we have been able to reconcile the mass/size ratio of the proton to the electron – using this field. And this was managed, through the simple means of analysing stable particles as composites of these fundamental magnetic dipoles. And, more to the point – it localises that ‘dark energy’ that our astrophysicists require. I suspect that they may be pleased to hear of this – as it explains so much.
But most significantly – this explanation does NOT deviate – in any way – from the standard model. It’s only an extension. And the minute you apply this ‘extension’ then, as mentioned, everything sort of falls into place.
Let me know if you want to discuss this further.
Kindest regards,
Rosemary
