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Planeteering 101

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posted on Oct, 18 2013 @ 04:03 PM
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planeteering 101

I hope to present this as a theory on how to produce mass from entanglement.

Please understand I come from a culinary backround and my terminology
may be incorrect. The theme to this note is entanglement of dimensions
individually and united.

Space exists in three dimensions.

Time, I consider a fourth dimension

For this experiment three separate facilities, contacted, spacially
entangle the spacial dimension of a photon in a fourth location.

I am uncertain as to the current concept of mass entanglement but the
first thought I have pertaining to the subject would be trying to
understand the math behind it using factoring, integration,
differentiantation, basic algebra and long division of pi.
A passing thought I had today was "" after thinking on it for a few
hours i came to the conclusion that it didn't mean anything.

It is believed in the classic model that quantum particles can not be
observed with reference to velocity and coordination simutaneously.
Referencing coordination for the three entanglements and predicting
velocity should suffice.
Time would be entangled as a variable alteration of the velocity of
the fourth particle.
The more dilation the more mass accumulation is my direvative. I think
about it constantly.
I still expect no reply and trust the curiousity of scientists...
Sent from my iPhone



posted on Oct, 18 2013 @ 04:35 PM
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FryEvans
planeteering 101

I hope to present this as a theory on how to produce mass from entanglement.

Please understand I come from a culinary backround and my terminology
may be incorrect.
Coming from a culinary background is not a problem.

Not understanding the terminology involved in what you're talking about can be a very serious problem. I would expect this can be true even in the culinary arts. Language used by physicists is often very precise.

There are free courses online where you could learn terminology. Here is the link for MIT open courseware:

ocw.mit.edu...

Even if I ignore the terminology issues, I still don't see how the heading "planeteering 101" relates to the rest of what you said.
edit on 18-10-2013 by Arbitrageur because: clarification



posted on Oct, 18 2013 @ 06:04 PM
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reply to post by FryEvans
 


Chef,

For the love of all that is holy, please stop these threads already.

As already pointed out above, what does the title have to do with anything you wrote in the post?



posted on Oct, 19 2013 @ 02:59 AM
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I should have looked at the author of the post before reading. This is a warning to all who come after me, turn back now, or forever lose 5 minutes of your life.



posted on Oct, 19 2013 @ 07:25 AM
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OccamsRazor04
I should have looked at the author of the post before reading. This is a warning to all who come after me, turn back now, or forever lose 5 minutes of your life.

I was intrigued by what you meant...5 minutes...poof..gone. Thanks



posted on Oct, 19 2013 @ 03:12 PM
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reply to post by FryEvans
 


Planeteering is an interesting subject. Perhaps you would explain why you chose a photon as the focus of 3 dimensional efforts? That might facilitate dialogue.

photon


The definition of a photon is a particle that has energy and movement; but, it does not have mass or electrical charge.



•Photons are unique and stand out from other particles because of their properties. This is because photons have the properties of waves as well as the properties of a normal particle.



Quite often, a photon is said to be a "particle of light;" however, radio transmission, X-rays and gamma rays are also made up of particles. Although they may not always be called photons, they are the same phenomena at different frequencies.



A single light photon can cause a neuron in your retina to fire or convert silver iodide to silver and iodine on photographic film. However, a single radio photon is nearly impossible to detect, and all by itself, is not doing anything that we want to measure.


planeteer


planeteer (plural planeteers)
1.Someone who helps protect the environment.



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