kevin.b wrote:
Gravity doesn't exist, except as a consequence of the method of creation and maintenance of created.
And yet it is an observed experimental fact, at least in our publically documented scientific experience so far, that all objects we can test in the experience an acceleration towards each other proportional to their mass and inversely proportional to their distance, and is unaffected by electric or magnetic charge, and at the surface of the Earth, on average, this force is equal to an acceleration of 9.87 metres per second per second.
However you envisage gravity 'working' or whatever 'really' causes it, and whether it's really there 'all the time' or has exceptions, you still have to be able to explain the observed facts. The word 'gravity' describes an *observation*, not a mechanism, because we don't actually *have* a physical mechanism for it even in theory (except mumble mumble Higgs field, but that's not actually an explanation, just a name).
If it is true that 'gravity doesn't exist': please describe a precise experimental configuration where we can see a mass *not* being attracted in such a way.
I'm not disagreeing with what you say, but I find it difficult to communicate if we don't share common language. 'Gravity' DOES exist regardless of what produces it - it's a generalised observation that so far has yet to be falsified. If you can show us how to falsify it, please do.
And as no gravity actually exists, then given the correct placement at the correct field timing, no thing need weigh anything relevant to the general local area, but it will reset and reform back to the normal local area over a short time period, which Dr Brown called benification.
Sorry, pedant alert: Brown actually called the temporary lowering of mass by adding light or friction 'excitation'. 'Beneficiation' in his notes is the process of separating out a substance with a *permanently* lowered (or susceptible to being lowered) mass. Very different concepts. Possibly confusing because one of his methods of beneficiation (wind-blown sand or loess) relies on excitation also.
'Field timing': do you mean something like 'oscillation frequency' or 'date and time'? If frequency, what kind of frequency bands do you see as achieving antigravitational effects? Sonic? Radio? Optical? X-ray? Higher or lower? If 'date and time', are we talking alignments that occur on the order of hours, days, months, years, centuries? And 'correct placement': how accurate a placement do we need? On the order of kilometres, metres, centimetres, millimetres, subatomic precision?
I assure you that every single rock and living thing has an individual FIELD, if that field conforms to the normal, then it will become as the local normal, but alter the field shape and subsequent local flows about it, then the push of negative to positive can be locally changed, it will all be simple, not complicated at all, thats why a five foot latvian could do it on his own.
I'm intrigued by this claim, as I've been reading through Project Unity and that's saying the same thing, and it *sorta* makes sense, but I can't see how to connect any of this framework with the terminology of science.
For example, what exactly do you mean by 'field'? The physics definition is something like 'a numeric value assigned at every point in a space'. Do you mean a field like that? If so, what kind of space are we talking about: 3D? 4D? Plain old Eucledian geometry? Minkowski space? Something more exotic? What kind of value? Scalar? Vector? Tensor? Quaternion?
Or do you mean something entirely different from the normal physics definition that just happens to use the word 'field'? If so, can you please explain what you mean?
For example: Project Unity uses the term 'dynamic field of frequency', but I can't relate that to any known terminology. Frequency relates to the speed of regular vibration - an amplitude value that varies over time. A 'field of frequency' would presumably be a 3D space that contains a vibrating waveform at every point? Or a single waveform spread out over a 3D area? But 'frequency' as vibration assumes time in its definition? While Unity's 'time' actually *is* the field, so there is no way for it to vary 'over time'. So does 'frequency' there mean something like 'density'? These terms are very difficult if not defined and described clearly.
Another thing: If every 'object' has its own 'field', then what happens when such 'fields' overlap, as they must for every object, because every object is in fact a collection of smaller objects? Which 'field' is my house in: the field of the Earth, the field of its structural timber, the field of the walls, the field of the furniture inside, the field of me sitting in it...? What makes the definition of an 'object'? Where does my house stop being my house, at the front door, at the garden gate, at the street...?
In normal physics this is a nonexistent problem because we do not say that 'everything has a field' but rather that there is by definition only *one* field, covering the whole of space - a field is defined as covering space rather than assigning to 'objects'. An 'object' if we choose to call it such 'has a field' but that only means that we are looking at that particular piece of space (or spacetime) that we have chosen to separate out and examine and call 'that object'.
Do you mean something similar, or do you really mean to describe a universe made up of many overlapping 'fields'? In which case, how do we determine 'field' boundaries?
Thanks, if you can shed any light on this.