Hazel Wrote:
But there’s something else I figured out, he mentioned, which I’ve been waiting for someone to confirm, and that’s the Earth’s twelve chakras.
“Chakras are subtle energy centres, linked by the sushumna, a central channel in the spinal cord, so there may be corresponding energy centres on and in the body of the earth”. Shambhala (Himalayas) is sometimes described as the main power centre, (the axis mundi is the sushumna, Gaea’s chakras are the mysterious twelve vortice at 72% intervals, the snake winding up the ‘back-bone of Osiris’ is Kundalini.) I have sent an attachment of these portals, you can see one is situated right where Shambhala is."
Dean Writes:
You know, I never made the connection between the name Shambhala and it's role as a chakra center for the planet. In Sanskrit, bala means force and sham means six. Actually, I think that the word shad means six, but it gets changed around according to declinations/suffix- grammar and all that.
Soft particle is a name that Mr. Cater gave to the orgone of Reich. I think that Mr. Cater wanted to use a more scientific name, but soft particles are the same as orgone and prana. I wrote a whole essay on this: http://www.skyboom.com/hollowearthpuranas/index8.html
It is called Ether and Prana in the Puranas and Gita. You have to scroll way down.
I am pasting, at the bottom, some comments that Mr. Cater made about atmospheric patterns on this planet. It is from chapter 20 of the Ultimate Reality: http://www.healthresearchbooks.com/Authors/joseph_cater.htm
He feels that since there are six prevailing wind belts, that there must be magnetic nodal points responsible for these wind-belt divisions. He explains how the soft particles emanate from the interior, passing out through one polar opening, and run down the length of the planet to enter at the othe polar opening. This is only natural behavior as the soft particles all have a charge on them, of course- they have a slight, negative charge, SO THEY FOLLOW THE MAGNETIC LINES OF FORCE. Air is possessed of a slight positive charge, so as the soft particle flow follows the magnetic lines of force, it drags the air along, too, and forms the wind belts.
Prana is also referred to as " life air." Prana animates the body. Our planet is a living, dynamic body, not just some round lump of dead rock. That which animates the planet's geological processes is prana, i.e., soft particles. They accumulate along fault lines, similar to the way in which a condenser builds up and stores a charge, and they power earthquakes, plate movement and volcanic activity. The atmospheric wind partterns on the planets are driven by the same prana, as I just went over. Here are Mr. Cater's direct comments in this regard:
( Once again, it is not easy to get conventional science involved in this understanding because soft particles are not easily perceived )
AIr currents seem to be generated by electrostatic forces caused by the presence of concentrations of hard and soft electrons in the atmosphere. The rush of these charges towards lower potential areas creates a charged particle stream. This stream generates wind because the ionized air molecules tend to be drawn along with it. Since soft electrons are continually disintegrating and releasing camouflaged hard electrons contained inside, the electrostatic forces will primarily be the result of hard electrons.
It has been demonstrated that a bar magnet which is long in proportion to its width has a number of nodes distributed along its length. These nodes result from magnetic lines which lines which tend to follow oval or circular paths. The magnetic lines flow out of one pole and back into the side, instead of flowing into the opposite pole. This point of entry generates a node, which becomes the starting point for another flow out of the side and back into the magnet at a second node.
Geomagnetism was explained in a previous chapter as the result of charges in the atmosphere moving with the Earth in its rotation. In addition, the shell of the Earth should act then as a bar magnet. It was shown that particles bombarding the Earth tend to slow down as they penetrate the shell. A cross section of the Earth would look like two curved bar magnets 800 miles thick and 12,000 miles long. This configuration should result in multiple nodes since it fits the pattern of a long, narrow bar magnet. At each nodal point or line, there should be a magnetic flow into and out of the surface of the shell, which carries a high concentration of soft electrons. The Earth’s gravity would then tend to repel the ejected, negative soft electrons out beyond the confines of the magnetic flow, so that they would tend to move North and South of the nodal line by mutual repulsion.
Magnetometers may not show great deviations in the Earth’s field in these regions, because they only measure the fields produced by hard electrons [ the recognised electrons are in the ultrahigh frequency range of gamma rays ]. The majority of the particles ejected at these nodes will probably be the more stable soft electrons, which do not readily disintegrate to release the hard electrons contained inside. Sufficient groundwork has now been laid to explain the prevailing atmospheric winds, which are broken into six discrete bands from the North to the South Pole.
Since the Earth has polar egresses, there should be a rapid flow of electrons of all kinds from both poles, in addition to those particles ejected from the nodal areas. Although the magnetic flow is into the North polar magnetic region, particles ejected out of the Northern egress tend to spread out and flow in a Southerly direction. The Coriolis effect then comes into play as particles move toward the South. This causes and additional accelerating force on the particles relative to the Earth’s surface because the rotational velocity of the Earth increases as one moves towards the Equator. The flow of the particles will be in a Southwesterly direction since the Earth’s direction is towards the East. This produces a tendency for the Earth to move away from the particles, thus giving them a motion relative to the surface and toward the West. The flow will tend to carry ionized air molecules with it, creating the belt of Westerly winds in the higher Northern latitudes.
The six prevailing wind belts suggest the existence of two magnetic nodal lines between the North and South magnetic poles. Ejected particles at the first nodal line below the North pole will tend to move both North and South from the belt, as explained previously. Those that flow North will tend to move in a Northeasterly direction because of the Coriolis effect. They will be given an acceleration relative to the Earth’s surface in an Easterly direction because they will be going where the Earth’s rotational velocity is lower. A cancellation effect is produced between the first nodal line and the North Pole because the air masses moving In a Northeasterly dIrection encounter the air masses moving in a Southwest direction, nearly at the midpoint.
The particles that move South from the first nodal line produce the Westerlies in the lower latitudes. The Coriolis effect weakens rapidly as one moves from the higher to the lower latitudes. As a result, the accelerating effect is less able to offset frictional forces as they approach the Equator. This produces the doldrums or zones of calm along the Equator. The same explanation that was mentioned above applies to the Southern hemisphere.