M-BRANE: the basic membrane that is unbreakable and almost infinite elastic (stretchable). The M-Brane surface is in (constant) wave movement, thus oscillating. The M-Brane is considered a flat spherical surface with two sides (an inside and an outside). The total value is zero, but in a dynamic equilibrium. The symmetry is reached in the overhaul sense by the totality of outside and inside waves, be them restructured or be them free.
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SPACETIME: Spacetime is the Einsteinium expression of the M-Brane in a dynamic sense (movements in time). Where in GR spacetime is not a realworld event, in my approach it is. It's in every fundamental particle, multi-multi layered in every atom, in every molecule, in every cell.
As in GR spacetime 'ripples' or oscillates (waves like a table napkin moves in the wind or like the sea surface). In our concept spacetime is very dynamic. It is in CONSTANT movement. When on certain spots holons are created the local stretchability changes or deforms.
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RESTRUCTURED SPACETIME: Restructured spacetime is the local coupling of parts of the M-Brane.
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PELASTRATION: One of the ways parts of the M-Brane can interact. Pelastration is a coupling mechanism. The mechanism consists in the penetration of one part of the M-Brane by another part on the M-Brane. A pelastration creates a new discrete (or local) area where the penetrating part (active) is covered by the receptive (passive) part. The new multi-layered locality is called: a holon.
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HOLON: A holon is a local discrete area where a least two layers of the M-Brane are coupled by a penetration. A holon is a sub-set of the M-Brane. A holon has non-commutative layers. A holon contains a part of each of the parent M-brane part or contains parent-holons. (Other names used on this website for a holon: a pellon, an island, a monopole, a cigar). Examples of holons: a fundamental particle, an atom, a molecule, a gene, DNA, a cell, the liver, a human, the sun, ... .
See also this post on Superstringtheory.com
You can download a pdf-file showing how holons are created.
The 'traditional' holon approach does not know our double-layering or multi-layering structure and does not explain how holons might be created. Check holons in general: http://capita.wustl.edu, and: http://www.holon.se |
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HOLON OSCILLATION: Holon oscillation is the totality of all oscillations inside a holon and eventually added by embedded outside holons, surface-contact with other holons, or by parent holons .
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HOLON INTERACTION. Holons can interact in several ways. They can (1) pelastrate, (2) embed (infiltrate), (3) twin, (4) knot, (5) surface contact. By holon interactions transfer of oscillations happens.
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FRICTION: Friction is the kinetic dynamics that happens (1) inside holon between the inside ST layers, (2) between the outside ST-layers of contacting holons.
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HOLON NETWORK: A network of holons is a group of holons which have on (at least) one level inter-connection which bind them dynamically and give a joint reaction of movement provoked by outside holons.
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DIMENSIONS: Dimensions are the results of connections between holons and their perception (relative positioning) by observing participants.
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OBSERVING PARTICIPANT: An observing participant is a complex holon structure that contains at least one sensoring sub-holon system which allows him to be aware of changes in other holons or of at least position changes of other holons.
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PERCEPTION: Perception is the awareness of the observing participants of other resonant holons.
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AWARENESS: Awareness is the possibility to capture resonant oscillations of other holons by direct contact of the holons involved, by intermediary holons, by embedded holons, or indirect by membrane oscillations of parent holons.
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OSCILLATION MIRRORING: Oscillation mirroring is the surface interaction between two spacetime layers by which the oscillation-pattern of one layer is in surface contact with the other layer as a mirrored pattern.
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INTER-HOLON KNOTS: Inter-holon knots are local pelastrations provoked by excitations in a spacetime layer of a holon by (1) another spacetime layer inside the holon, (2) by an outside holon or (3) oscillations of a spacetime layer of a parent holons. (i.e. knowledge knots).
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GRAVITY : the local and non-local stretching effects of the M-Brane
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MASS: a property given to local areas with a high number of membrane layers. The more layers a locality has the more density is reached, and such zone has less stretchability.
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| MEMBRANE CAUSALITY: The membrane being also a "conductor" of oscillations will inter-connect all holons, all sub-holons and the total system. Local holons can cause changes in other - very distant - other holons which seems to have no causal relationship to the observer/participant. (cfr. Jung's synchronicity, ESP, remote viewing, etc.). A post on superstringtheory.com. |
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MEMBRANE DUALITY: The membrane or spacetime can create on both sides (INside and OUTside) holons. To the inside observer the outside holons can not be observed but their gravitational effects can be measured by the deformations of spacetime. This explains dark matter or dark energy. In each holon - having several layers of membrane coupled internally - this duality is present. On this page with photo's you can see on photo's 8 and 9 how holons at the other side are invisible to us but provoke deformational effects on the (gravitational) brane.
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| VACUUM: In essence our concept does not need vacuum or ether to explain the creation of everything. Once the layer is in oscillation it can create locally holons. Everything is created by combinations of the basic holons. Kinetic energy becomes TD, EM, Weak and Strong Force. Local interaction create locally moves in the holon which influence also the other parts in the total system. It's a giant feed-back or push-pull system that is self-organizing. |
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