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Inverse square law



 
 
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  #1  
Old October 30th 14, 05:01 PM posted to alt.astronomy
G=EMC^2TreBert
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Default Inverse square law

Law goes with #1 photons,#2 electrons,#3 gluons.#4 electricity,#5 thicknes of wire.#6 Gravity #7 magnet #8 heat #9 shock waves #10 Sound waves #11 time #12 space #13 virtual .Next posting will be on stuff that does not obey this law. TreBert
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  #2  
Old October 31st 14, 10:19 PM posted to alt.astronomy
Double-A[_4_]
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Default Inverse square law

On Thursday, October 30, 2014 10:02:00 AM UTC-7, G=EMC^2TreBert wrote:
Law goes with #1 photons,#2 electrons,#3 gluons.#4 electricity,#5 thicknes of wire.#6 Gravity #7 magnet #8 heat #9 shock waves #10 Sound waves #11 time #12 space #13 virtual .Next posting will be on stuff that does not obey this law. TreBert



Not so sure about gluons or the strong force.

Double-A

  #3  
Old November 1st 14, 04:11 PM posted to alt.astronomy
G=EMC^2TreBert
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Default Inverse square law

On Thursday, October 30, 2014 10:02:00 AM UTC-7, G=EMC^2TreBert wrote:
Law goes with #1 photons,#2 electrons,#3 gluons.#4 electricity,#5 thicknes of wire.#6 Gravity #7 magnet #8 heat #9 shock waves #10 Sound waves #11 time #12 space #13 virtual .Next posting will be on stuff that does not obey this law. TreBert


Is there other strong forces other than gluons? I think I read that the strong force goes with the law.
  #4  
Old November 1st 14, 09:28 PM posted to alt.astronomy
Double-A[_4_]
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Default Inverse square law

On Saturday, November 1, 2014 9:11:56 AM UTC-7, G=EMC^2TreBert wrote:
On Thursday, October 30, 2014 10:02:00 AM UTC-7, G=EMC^2TreBert wrote:
Law goes with #1 photons,#2 electrons,#3 gluons.#4 electricity,#5 thicknes of wire.#6 Gravity #7 magnet #8 heat #9 shock waves #10 Sound waves #11 time #12 space #13 virtual .Next posting will be on stuff that does not obey this law. TreBert


Is there other strong forces other than gluons? I think I read that the strong force goes with the law.



"A force which can hold a nucleus together against the enormous forces of repulsion of the protons is strong indeed. However, it is not an inverse square force like the electromagnetic force and it has a very short range."

http://hyperphysics.phy-astr.gsu.edu...es/funfor.html

Double-A

  #5  
Old November 2nd 14, 09:27 PM posted to alt.astronomy
G=EMC^2TreBert
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Default Inverse square law

On Thursday, October 30, 2014 10:02:00 AM UTC-7, G=EMC^2TreBert wrote:
Law goes with #1 photons,#2 electrons,#3 gluons.#4 electricity,#5 thicknes of wire.#6 Gravity #7 magnet #8 heat #9 shock waves #10 Sound waves #11 time #12 space #13 virtual .Next posting will be on stuff that does not obey this law. TreBert


AA I am thinking inside atoms its quantum size ranges. Quarks come in parts,and gluons are particles that hold quarks together,and together they are protons,or neutrons. Seems gluons being the strong force that even gets stronger with distance(just the opposite of magnetisum,or gravity is(Only in the QM Realm.) That begs this question,.Can we with our great machines (smashers) Seperate glouns from each other?? Single gluons must be hard to come by in my thinking. trebert
  #6  
Old November 4th 14, 12:03 AM posted to alt.astronomy
G=EMC^2TreBert
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Default Inverse square law

On Thursday, October 30, 2014 10:02:00 AM UTC-7, G=EMC^2TreBert wrote:
Law goes with #1 photons,#2 electrons,#3 gluons.#4 electricity,#5 thicknes of wire.#6 Gravity #7 magnet #8 heat #9 shock waves #10 Sound waves #11 time #12 space #13 virtual .Next posting will be on stuff that does not obey this law. TreBert


Gluons obey the inverse square law,but going in reverse. Tricky stuff TreBert
  #7  
Old November 4th 14, 12:24 AM posted to alt.astronomy
Double-A[_4_]
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Default Inverse square law

On Monday, November 3, 2014 4:03:55 PM UTC-8, G=EMC^2TreBert wrote:
On Thursday, October 30, 2014 10:02:00 AM UTC-7, G=EMC^2TreBert wrote:
Law goes with #1 photons,#2 electrons,#3 gluons.#4 electricity,#5 thicknes of wire.#6 Gravity #7 magnet #8 heat #9 shock waves #10 Sound waves #11 time #12 space #13 virtual .Next posting will be on stuff that does not obey this law. TreBert


Gluons obey the inverse square law,but going in reverse. Tricky stuff TreBert



Then maybe it's the converse square law.

Double-A

  #8  
Old November 4th 14, 01:23 AM posted to alt.astronomy
Arc Michael
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Default Inverse square law

I hate shock waves, bad on the hearing, long time abuse.
  #9  
Old November 4th 14, 01:24 AM posted to alt.astronomy
Arc Michael
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Default Inverse square law

On Friday, October 31, 2014 3:19:23 PM UTC-7, Double-A wrote:
On Thursday, October 30, 2014 10:02:00 AM UTC-7, G=EMC^2TreBert wrote:
Law goes with #1 photons,#2 electrons,#3 gluons.#4 electricity,#5 thicknes of wire.#6 Gravity #7 magnet #8 heat #9 shock waves #10 Sound waves #11 time #12 space #13 virtual .Next posting will be on stuff that does not obey this law. TreBert



Not so sure about gluons or the strong force.

Double-A


glu-ons hold the bosons ( if we find them) and the neutrinos, like glue -- thus the easy name. They are like the US Senate, they bind the county but sit there and do nothing.
  #10  
Old November 4th 14, 01:38 AM posted to alt.astronomy
Double-A[_4_]
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Default Inverse square law

On Monday, November 3, 2014 5:24:54 PM UTC-8, Arc Michael wrote:
On Friday, October 31, 2014 3:19:23 PM UTC-7, Double-A wrote:
On Thursday, October 30, 2014 10:02:00 AM UTC-7, G=EMC^2TreBert wrote:
Law goes with #1 photons,#2 electrons,#3 gluons.#4 electricity,#5 thicknes of wire.#6 Gravity #7 magnet #8 heat #9 shock waves #10 Sound waves #11 time #12 space #13 virtual .Next posting will be on stuff that does not obey this law. TreBert



Not so sure about gluons or the strong force.

Double-A


glu-ons hold the bosons ( if we find them) and the neutrinos, like glue -- thus the easy name. They are like the US Senate, they bind the county but sit there and do nothing.



Or like the sitting President.

Double-A

 




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