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Charlatan · Oct 12, 2009, 12:58 am

Gluon - Wikipedia, the free encyclopedia

Gluons are said to be the binder of atomic nuclei. Further energy and other productions lie herein, as then you could make any sort of thing you want, having understood the binding element.

To bind things of that small a scale you need to strip the gluon down from what it is, dividing, but not 'exploding', the gluon. Look at it as the message in a fortune cookie, and the shell is the rest of the atoms or whatever. If you were to, instead of directly stripping away the gluon, add more things with gluons in them to the 'thing', then you could safely remove one of them without an explosion or something bad happening. If you can get one gluon out for every two glouns used, you should be able to infinitely continue experiments.

Conversely, if you were to add other gluon containing things together, then splitting the other gluon away, you would be left with something bringing them in together comactly, maybe releasing more energy of their own.

I do not know what will happen so far, so if somebody could get back to me with it I would highly appreciate it. Any comments?

Charlatan · Oct 21, 2009, 11:41 am

We could use stripped down gluons to produce materials with perfect thermal conductivity, being zero, theoretically, at least.

At the moment, acrylic glass has the lowest amount of thermal conductivity, so inspecting it to see what componenets of it resist heat is important to travel at light speed or keep the conductor cool.

I suggest taking non carbon based elements of small atoms or smaller amounts - even smaller than quarks with my microscope technology - and fiding which ones will not condcut heat at all. Upon fidning them we could gather them into atoms and then subsatnces for producing non cunductors forour methods of use.

If there is a non carbon gas, being nitrogen, then there should be atoms that make up the nitrogen. Stripping the nitrogen down will result in the thing we are looking for.

markakleive · Nov 6, 2009, 07:27 am

Hey this is a really nice article. Great work. I appreciate the effort. Thanks!

Oct 12, 2009, 12:58 am	#1 (permalink)
Charlatan Amateur stripper Location: Cape Town South Africa Posts: 1,574 Blog Entries: 5	Gluon technology Gluon - Wikipedia, the free encyclopedia Gluons are said to be the binder of atomic nuclei. Further energy and other productions lie herein, as then you could make any sort of thing you want, having understood the binding element. To bind things of that small a scale you need to strip the gluon down from what it is, dividing, but not 'exploding', the gluon. Look at it as the message in a fortune cookie, and the shell is the rest of the atoms or whatever. If you were to, instead of directly stripping away the gluon, add more things with gluons in them to the 'thing', then you could safely remove one of them without an explosion or something bad happening. If you can get one gluon out for every two glouns used, you should be able to infinitely continue experiments. Conversely, if you were to add other gluon containing things together, then splitting the other gluon away, you would be left with something bringing them in together comactly, maybe releasing more energy of their own. I do not know what will happen so far, so if somebody could get back to me with it I would highly appreciate it. Any comments? Going to my destruction!

Oct 21, 2009, 11:41 am	#2 (permalink)
Charlatan Amateur stripper Location: Cape Town South Africa Posts: 1,574 Blog Entries: 5	Gluons in conductivity materials We could use stripped down gluons to produce materials with perfect thermal conductivity, being zero, theoretically, at least. At the moment, acrylic glass has the lowest amount of thermal conductivity, so inspecting it to see what componenets of it resist heat is important to travel at light speed or keep the conductor cool. I suggest taking non carbon based elements of small atoms or smaller amounts - even smaller than quarks with my microscope technology - and fiding which ones will not condcut heat at all. Upon fidning them we could gather them into atoms and then subsatnces for producing non cunductors forour methods of use. If there is a non carbon gas, being nitrogen, then there should be atoms that make up the nitrogen. Stripping the nitrogen down will result in the thing we are looking for. Going to my destruction!

Nov 6, 2009, 07:27 am	#3 (permalink)
markakleive Sedimentary Rock Posts: 1	Reply: Hey this is a really nice article. Great work. I appreciate the effort. Thanks! Dentist in St.Paul