Originally posted by Uncle Al:
http://preposterousuniverse.com/images/1e0657-odx.jpg
Stipulated that dark matter is only interactive with gravitation - no collisional scattering or EM anything; e.g., neutralinos - and therefore Big Bang hot for lacking radiation mechanisms. How did both dark matter distributions remain spherical while passing through their distorted baryonic mass distributions of origin and each other?
Can two spherical dust balls pass through each other without collisions but with gravitation turned on (Newtonian or otherwise) and remain spherical? Consider the following: If one postulates that all matter consist of fields, and not particles; then, for example, an electron is a localised field: i.e. it has size. But in order to react like an entity, the field has to be in instantaneous contact with itself (time does not exist "within" such a field). One can then postulate further that when two electrons "entangle" they form a new "holistic" field with charge 2e which is in instantaneous contact with itself; even when this field spreads through space. After it has spread light years a spin measurement "disentangle" the holistic field into two components; because the field is instantaneous contact with itself before it disentagles the spins of the electrons are correlated (EPR paradox).
It might now be possible that larger amopunts of materials can entagle to form a holistic field; for example, it has been shown experimentally that "buckey" balls can diffract. Such fields all have to be bosonic in character; thus baryonic matter will not interact with it except through gravity. For this reason an entangled buckey ball can move through two slits and interfere with itself. If the primordial matter consisted entirely of such large bosonic matter; wich is in instantaneous contact with itself; then the initial rapid inflation of the Universe is possible; just like a bi-electron wave extending over light years can instantaneously collapse into two electrons when a spin measurement is made, the primordial "dark" matter should have been able to expand into a large Universe in which afterwatrds baryonic matter started precipitating out. This implies that baryonic matter exists in a sea of dark matter where the latter is in instantaneous contact with itself: this can, in turn, explain why baryonic matter is fairly uniform in our Universe.
In fact, it is possible to entangle more than two electrons. I have generated such a phase in my laboratory between an n-type diamond surface and a gold anode. Independent verification by Prof. Terry Doyle at the University of Kwa-Zullu Natal showed that the phase forms very quickly (the camera speed used was 1/30th of a second per frame and it forms from one frame to the other) and is a perfect pitch-black cylinder. It is superconducting but does not transport the charge from the diamond to the anode by means of a current. It is not possible to do so because there are no independent charge carriers within the phase: i.e. all the electrons are entangled to form a single holistic field. The electrons injected at trhe diamond surface disappears and electrons appear simultaneously at the anode: teleportation?
I believe that the latter phase is "dark matter" consisting entirely of entangled electrons. Recent measurements are giving results that we believe can only be explained by the Meissner effect. Prof. Doyle will be doing more measurements to confirm or disprove the latter conjecture.
Dark matter in the Universe could be neutral dark matter. Maybe we will learn in the future how to entangle with dark matter and go "where no man has gone before". I salute you Captain Kirk. Beam me up Scotty!