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RIDGE

RIDGE
ScnABR
Solid accumulations of old, inactive energy suspended in space and time. They are generated by opposing energy flows hitting one another and continue to exist long after the energy flows have ceased.
RIDGE
ScnBasic
A ridge is caused by two energy flows coinciding and causing an enturbulence of energy, which, on examination, is found to take on a characteristic which in energy flows is very like matter, having its particles in chaotic mixture.
RIDGE
ScnMaster
a long, narrow upper section or crest. Used figuratively in the lecture. Org Board and Livingness Glossary (approved 7-8-90)
RIDGE
ScnOEC
a long, narrow upper section or crest. Used figuratively in the lecture. And when those spheres of influence meet on their own borders, we don't want them to be different and create a ridge; we want them just to flow smoothly out and meet.
RIDGE
ScnOEC
a long, narrow upper section or crest. Used figuratively in the lecture. And when those spheres of influence meet on their own borders, we don't want them to be different and create a ridge; we want them just to flow smoothly out and meet.
RIDGE
ScnTUEU
a solid accumulation of old, inactive energy suspended in space and time. It is generated by opposing energy flows which hit one another, and continues to exist long after the energy flows have ceased. See also flowa solid accumulation of old, inactive energy suspended in space and time. A ridge is generated by opposing energy flows which hit one another, and continues to exist long after the energy flows have ceased. A great big healthy ridge moves in and hits you in the nose. -Man's Search and Scientology's Answer (4 July 1957) a solid accumulation of old, inactive energy suspended in space and time. It is generated by opposing energy flows which hit one another and continues to exist long after the energy flows have ceased. (Chapter 9, #1)a solid accumulation of old, inactive energy suspended in space and time. A ridge is generated by opposing energy flows which hit one another, and continues to exist long after the energy flows have ceased. And if you want to build up a ridge on the subject of learning, man, that's it! Just consider you know all there is to know about it.a solid accumulation of old, inactive energy suspended in space and time. A ridge is generated by opposing energy flows which hit one another, and continues to exist long after the energy flows have ceased. ... you didnt make either of the bodies; you had some share and responsibility in doing so but you didnt and there isnt any reason why he couldn't have pushed the same number of ridges around in the old lady's head that he was pushing around in his own head, now was there? - Union Station -R2-46 (30 Aug. 55)a solid body of energy caused by flows and dispersals which have a duration longer than the duration of flow. Any piece of matter could be considered to be a ridge in its last stage.a long, narrow upper section or crest. Used figuratively in the lecture.a solid accumulation of old, inactive energy suspended in space and time. A ridge is generated by opposing energy flows which hit one another. It continues to exist long after the energy flows have ceased. And when those spheres of influence meet on their own borders, we don't want them to be different and create a ridge; we want them just to flow smoothly out and meet.a solid accumulation of old, inactive energy suspended in space and time. A ridge is generated by opposing energy flows which hit one another, and continues to exist long after the energy flows have ceased.a solid accumulation of old, inactive energy suspended in space and time. A ridge is generated by opposing energy flows which hit one another and continues to exist long after the energy flows have ceased.solid accumulation of old, inactive energy suspended in space and time. It is generated by opposing energy flows which hit one another, and continues to exist long after the energy flows have ceased.a standing wave of some kind or another or a mass composed of electrical particles. Where an outgoing flow has met an incoming flow and both are constant, you get a ridge. Example a fellow is standing at one side of the room with a deck of cards and another fellow is standing at the other side of the room with a deck of cards. These two start throwing cards, one at a time, at each other, more or less on the same channel. A few of those cards are going to collide in midair. And in the center of the room between those two people a bunch of these cards will accumulate. Even though lots of cards reach the other side of the room, some cards are going to be piled up in the middle of the room. You have, as a final analysis, a ridge.a solid accumulation of old, inactive energy suspended in space and time. A ridge is generated by opposing energy flows which hit one another, and continues to exist long after the energy flows have ceased. Step outside of yourself, you're suddenly uninfluenced by a tremendous number of ridges which match your wavelength.
RIDGE
ScnTech
1. it's a standing apparent motionlessness of some kind or other, an apparent solidity, an apparent no-outflow—no-inflow, that's a ridge. Flows have direction. Ridges have location. (5904C08)2. a ridge is caused by two energy flows coinciding and causing an enturbulence of energy, which, on examination, is found to take on a characteristic which in energy flows is very like matter, having its particles in chaotic mixture. (Scn 8-80, p. 43)3. a ridge is formed from two flows and these two flows hitting will pile things up. (PDC 18)4. a ridge is essentially suspended energy in space. it comes about by flows, dispersals or ridges impinging against one another with a sufficient solidity to cause an enduring state of energy. (Scn 8-8008, p. 18)5. a solid body of energy caused by various flows and dispersals which has a duration longer than the duration of flow. Any piece of matter could be considered to be a ridge in its last stage. Ridges, however, exist in suspension around a person and are the foundation upon which facsimiles are built. (Scn 8-8008, p. 49)6. facsimiles, or pictures, of motion. (Scn 8-80, p. 45)7. areas of dense waves. (Scn 8-8008, p. 78)8. electronic densities. (Scn Jour 6-G)