hi, for the last 6 years or so i have been developing a novel hypothesis which is intended to from the basis of a new understanding of the mechanisms behind energy, gravity, etc etc. i haven't managed to get it looked at by many people partly cos i have been lazy about doing so.
i've been curious for awhile about molecules that are insufficient in quantity to form a solid or liquid structure, yet have the other attributes of the solid or liquid state.
for instance, the smallest possible solid configuration of water is purposely shortchanged by a single molecule of steam:
what form would the hypothetical bundle of molecules take on, assuming a sub-freezing temp is maintained?
quazi-liquid?
broken snowflake?
you should have a look at atomic clusters, there is these microclusters of aluminium atoms which behave like other elements, due to conjugation of their charge complexes in such a way that the formed cluster has the electron properties of another atom. When i first read about these nanoclusters or whatever they are called (sorry my memory is vague) my first thought was: my hypothesis predicts that geometric clustering could bring about radical changes of physical properties. by combining a number of atoms (in my hypothesis, paired equally opposed radiative triplets) in such a way as to produce a metastructure which is spinning and emitting a trail of fundamental particles such that it causes the group to have a spin rate of near to perfect harmony (octave or third most likely) which then creates a structure which behaves identically to another element.
gah, my brain is so foggy these days, i'm sure i had a more coherent insight about atomic clusters than this when i first read it.
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