newedana wrote:
I newedana posted on May 26, 3;38,
I declare on May 27, 2005 declare that Newedana is a crank.
furthermore, if he is not Hansik Yoon then he must be a Yoon clone.
get over the silly third person talk..... newedana wrote, Newedana
said. what kind of silly person are you?
you have to know the stupid origin of equation, E=3DMc^2.
According to Dr.Yoon, it starts from the special theory of relativity fo=
r mass, m=3Dm'(1-v^2/c^2)^-1/2. If we expand this to be a poly-nominal seri=
es, it gives, m=3Dm'[1+1/2(v/c)^2 + 3/8(v/c)^4 +. . . . .]. Since v/c is ne=
gligibly small as in usual, we can eliminate after third term. Thus the sim=
plified equation becomes, (m-m')c^2 =3D1/2m'v^2=3DE, and E=3DMc^2. Do you b=
elieve this equation can explain the atomic nuclear energy? nonsense!
Then you replied we cannot cancel v/c.
i never said that knucklehead. can you read? can you comprehend? if
not, how can you even write a textbook Yoon?
If so, you have to know another way of proving the stupidity of E=3Dmc^=
2=2E
Dr.Yoon ridiculed both deBroglei equation, =CE=BB=3Dh/p, and the key equ=
ation of your particle physicists, E=3Dh=CE=BD. From these two stupid equa=
tions another stupid equation, E=3Dmc^2 is straightly deduced. You see?
there is a more fundamental derivation of E=3Dmc^2. no, i don't see
anything but you giving a lot of crap. if you want to prove it wrogn
show us an experiment which shows that and show us what your high
school maths give us....
yes, i do know another way of proving E=3Dmc^2, it's in all standard
textbooks. no need to use a taylor series expansion like you
knucklehead. it is exact. obviously, you've never had a decent physics
education. you are just dumb, Yoon.
I recommend you better read his textbook(www.yoonsatom.net)if you want t=
o know more details, what is the origin of the rest of =CE=B1 and =CE=B3 r=
ays. newedana wrote
newedana wrote a lot of crap. Yoon is full of crap. only teo
unimportant publications in his whole life, yet making big,
unsubstantiated claims about rewriting the whole foundations of
physics.