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Old 02-17-2010, 04:34 AM
witsend witsend is offline
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Join Date: May 2009
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Just to recap. The proposal is that light is the boundary limit of our measurable dimensions. I've argued that if something is both smaller and faster than light itself it cannot find it and it is therefore invisible to photons. The question now is what would happen when a string is broken and all those little magnetic dipoles congregate together? The first obvious consequence is that they would lose that orbital velocity. If they now become relatively stationary in space - then light would be able to interact with that 'relatively' stationary - or slower moving - particle and we would 'know' of it's existence. It would no longer be outside the boundary of our measurable dimensions. At its least it would have to be slower and bigger which suggests that it was first smaller and faster. Therefore the proposal is that there is an inverse proportional relationship between velocity and mass, or this case, 'volume'. Again. It would suggest that the bigger the particle, the slower it's velocity. And conversely, the smaller the particle the greater its velocity. Decrease in velocity would transmute to increase in volume (or mass) and increase in velocity would transmute to a decrease in volume (or mass). And this also suggests that the actual quantity of potential energy in each particle is fixed. It is only its expression that varies in relation to its volume. And that, in turn, may render it either visible or invisible within the constraints of light speed which is the limit to our measurable dimensions.
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Last edited by witsend; 02-17-2010 at 04:49 AM.