Patrick on Time

Hey guys, read this and tell me it makes you feel as stupid as it did me! This in ONE SHARP DUDE! (Erik’s words, too.)

By the way, Robert is doing well. Diet is advancing, tubes are coming out, and hopefully he’ll come home with me Wednesday.

********

Elisa – I am reluctant to post this on www.channelingerik.com

Your discretion

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I was intrigued by Erik’s mention of time and distance and I weighed in on it. I’ve thought about it some more, I thought I’d mention it in the conference call, but decided that would be selfish. Reading Elisa’s comment that one of the objectives of Robert’s current medical episode is to coax some members out of the shadows with their insight prompted me to finally organize this on paper. I haven’t been lurking – this tidbit has.

Here’s one way to interpret a small portion of time and movement. I hope Erik can fill this in and get his Heaven Homies to help fill in the gaps and correct the inaccuracies. By the way, Erik’s e-mail address is stinky_socks@heavenlysmells.org

We are told that light and electromagnetic waves move at a speed of 186K miles/second and that this speed is the fastest in the universe. Indeed it is FOR US.

Consider for a moment the rate of vibration of molecules; they can be changed significantly, and that’s heat, transferred through conduction (physical contact of solid objects) or convection (via gaseous medium) such as a convection oven or a hair dryer. Heat is also transferred through waves, such as infrared. Imagine glowing molten iron flowing from a blast furnace…its heat energy can be felt through still air from quite a distance; no touch and no airflow occurs – no conduction or convection – yet the heat is intense. The infrared waves are not seen but most certainly felt.

What other waves have an effect and cannot be seen? Ultraviolet frequencies, the source of suburn. Again we feel no conduction or convection from the sun, but its light rays – invisible to us – affect us directly.

How about sound? Many animals can hear sound frequencies humans cannot, evidence of influences humans do not notice. Recent history includes our unlocking of rudimentary use of electromagnetic waves to transmit sound and picture (radio and TV) but we cannot perceive of their existence without complex (to us) electronic devices, just as we do not feel effects from magnetism – yet very obvious when a magnetic field and a ferrous object (containing iron) cross fields.

If there are frequencies of light and sound that we cannot see that affect us, and magnetic waves we create (which can transmit electricity through air and even a molecular vacuum the way we now send it through wires and cable [this technology will be revealed to us once again on Earth]) then it is only logical that the speed of light we perceive is limited by our ability to perceive it.

Consider being able to move faster. Ponder this example:  A car crashes into another one on Earth. Assume you are on the moon with a telescope powerful enough to zoom in and see the crash; light rays travel at 186,000 miles per second and require about 1½ seconds to reach the moon. Do you – the observer on the moon – see it as it happens OR 1½ seconds later? Pretend you can be right next to the crash, where the light reaches you in 0.00000004567 seconds, then you travel halfway to the moon, and observe the same crash ¾ of a second later, and then you travel all the way to the moon and watch the same crash happen a third time. How are you able to move such distances so quickly? Can you see the crash three times? YES.

Return to the light discussion; there is a visible and invisible spectrum. Why not a slower and faster spectrum, also? How fast does sound move? It moves FASTER through a denser medium – like water versus air – independent of its frequency. Imagine if you could move through a medium of different density – relative to your current one – you would move faster, also.

Let’s introduce distance. You are standing in a large field; there is a circle drawn around you; you are in the exact center. The circle is 360 degrees, as are all, and it is 100 feet in diameter. One degree along the perimeter of the circle is 1/360th of 314 feet (Pi [3.14] x 100) = 0.87222222 feet; about 10½ inches. If you look at the edge of the circle and then look one degree left or right, you look 10½ inches along the edge. Now imagine a 100 mile diameter circle; one degree along the edge of that circle is about 55,264 inches. The “degree” of movement is the same, 1 degree, but depending on the circle, it’s either 10½ inches or 55,264 inches, an enormous difference of the same one degree.

Picture yourself high above the Earth on a cloudless day. The circles are not just to your left and right, in front of you or behind you, they are also below and above you. You are at the center of many, many circles; an infinite number of globes. There are other circles that intersect with yours; other globes. You can move one degree along the edge of any circle – or globe – you choose, and depending on the size, the distance can be large or relatively small.

Back to light spectrum and vibration – what about circles/globes you cannot see? Lower the frequency of a circle – or a spirit – humans see it. Raise the equivalent vibration level – the harmony – of the human and then see the circle, or the sound or the light….and travel the “distance” of various degrees.

The sky appears blue through the gases of earth’s atmosphere; above the atmosphere black. Is there a green, red, blue or yellow sky, depending on the right “filter”?

Does this help a little to understand how we can move forward and backwards “in time” where there is no planetary rotation and angle of light, daytime and night, to tell us “time”..no yardstick that measures moments?

You can see through air; you can see though water but not rock; too dense. Or maybe you are too dense for moving through the rock, but just right for air or water – but at different speeds. Heat and electromagnetic waves go through rock, don’t they? Does not light penetrate some solids but not others? Will a laser penetrate rock? Will concentrated light rays penetrate steel, Yes and yes. The must be focused to displace. Or lightened to pass through.

Patrick D.

My Response

Damn you’re so frigging SMART!! Please, please please let me post this OR you can post it as a comment! You make it all so clear! We need you so quit lurking, you silly goose!

xo

Elisa

Patrick’s Response

Elisa:

That’s QUITE a statement coming from a DOCTOR…thank you!

Please post it if you’d like…as I said, your discretion…I’m very curious to have others correct and improve on it…Erik’s Home Boys and Ghetto Girls especially…”Da wunz dat, like, yo, he be hangin’ wit, ya know?” (Sorry for the bad phonetics but it rhymes)

Seemed like it would fit a separate topic, like for ex. “Robert Redux” or “Coax the Folks” etc etc.

– Patrick

THANKS PROFESSOR PATRICK!!!

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