Philip Rand said... Your concerns are solved thus:x1=ix, x2=iy, x3=iz, x4=ctr=(x,y,z), x=(x1,x2,x3,x4)Sorry, noted the "==", this may have caused confusion.The above can also be read as:x1=x, x2=y, x3=z, x4=ictr=(x,y,z), x=(x1,x2,x3,x4)Both choices of co-ordinates, (ir,ct) or (r,ict) fully describe the system.The interesting question is: Where is zero? and: Is zero simple?
Another interesting question is: Why is light so important?Since the laws of physics are symmetric:particle + anti-particle -> annihilation + photonparticle - anti-particle <- construction - photonWhat is one of the terms Christ uses to describe Himself?
Dear Philip: Thank you for all your contributions, but I am afraid a number of your comments while intriguing are too cryptic and off-topic. I may have to start deleting such comments.
Asses prefer straw to gold. [Heraclitus]
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Philip Rand said...
Your concerns are solved thus:
x1=ix, x2=iy, x3=iz, x4=ct
r=(x,y,z), x=(x1,x2,x3,x4)
Sorry, noted the "==", this may have caused confusion.
The above can also be read as:
x1=x, x2=y, x3=z, x4=ict
r=(x,y,z), x=(x1,x2,x3,x4)
Both choices of co-ordinates, (ir,ct) or (r,ict) fully describe the system.
The interesting question is: Where is zero? and: Is zero simple?
Another interesting question is: Why is light so important?
Since the laws of physics are symmetric:
particle + anti-particle -> annihilation + photon
particle - anti-particle <- construction - photon
What is one of the terms Christ uses to describe Himself?
Dear Philip: Thank you for all your contributions, but I am afraid a number of your comments while intriguing are too cryptic and off-topic. I may have to start deleting such comments.
Asses prefer straw to gold. [Heraclitus]
Post a Comment