Joining the classical physics to Quantum physics
Newton’s
law states that “Every body attracts every another body with a force which is
directly proportional to the product of their masses and inversely
proportionate to the square of the distance between them”
F α
(m*M/R^2)
Newton’s
law tells about Attraction of masses but it cannot tells us the repulsion
effect…it is further elaborated by the quantum physics that’s the same chare
repulsion takes place…so I think the Newton’s law applies on neutral objects…having
no charge to them
F α
(m*M/R^2) +0
This
zero should be additional input to the law to elaborate the repulsion effect
Like
here if there is a unity negative charge the equation will be
F α
(m*M/R^2) -1
As
the charge will be more negative it will reduce the attraction force…as the
charge will be equal to the (m*M/R^2) value there will be Zero force…and when
the charge value is numerically greater then the (m*M/R^2) value then the
repulsion will takes place. This repulsion can be elaborate in ions…when they
donates its electron and they becomes
charged particle the value I added is a net value of both the bodies…
like
one body has a charge value -3 and another is having value +2 then only the charge
will be -1 in equation…so here the Charge matters
In a
electrons the mass is negligible but the chare is considerable so at that place
the value of (m*M/R^2) is very much less and the Force will turn into negative
context and repulsion will take place……
There
must be some errors in my calculations but the noticeable fact is there must be an additional factor to the Newton’s
Formula
I
also elaborated that there must be a paradox with a negativity concept but if
there is PARADOX then the Newton’s formula is correct, but is there it
something negative exist then there must be a additional factor…
In Einstein
theory of Relativity the space time Molding happens with a presence of the
massive objects…so the charge must be having the property to oppose that
molding or may mould in opposite context… that result in repulsion
Thanks!!!
