Dear Orac You asked me one time how look atom

it is impossible ...or possible ?my new question for You Can You see one mass m or two mass m

or You can see only one M ?

Important is what we see ?.... Einstein ?

p1...p2...p3...p4...p5...M ---- V ------>

Mass M is moving

p1,p2,p3,p4,p5 - points where mass M was in past

{p1--p2}={p4--p5} this condition describe constant velocity

From each new position mass M is sending gravitation's wave

( Yelow rings - below drawing explain three situation)

1 mass M speed = ZERO

2 mass M speed = grawitation's wave speed

3 mass M speed > G

We have two the same masses m in space

between masses exist distance L

m ---- L ---- m ------ Vx ------>

m1=m2

m1+m2=M p1...p2...p3...p4...p5...m1 ---- L ---- m2 ------ Vx ------>

A-point

stationary

observer

Vx > G - velocity higher than gravitation's wave

Please evaluate what will happen if absolute velocity Vx and distance L will give very special combination.

What You think mass m1 can be in point for example p3 where mass m2 was in past and repeat similar wave ? what will feel observer ? what will see observer ?

Weak forces ?

gravitation and huge velocity can give zero distance ?

What will happen with Newton's equation

(gravitation forces ) can we div by zero ?

ATHOM ????????????????????????????????????????????

Very fast rotation mass m very fast is changing position and is in place where her opposite friend was in past

......m--->Vx

......I

..<---m

above I showed very fast omega we can have not only two mass but more and not only in one axis

Ohhh ... small example at the End

Maciej Marosz I'm 33 years old

Engineer and Inventor from POland

(my design vision , patents, physics )

http://tesla4.blogspot.de/