Compare

My Dear friend Roger Anderton moderator of
Unitaryscience yahoo group posted a few articles about
R J. Boscovich¡¦s theory. For reading all his articles
contact to;

http://groups.yahoo.com/group/unitaryscience

In eighth¡¦s article he wrote; R J. Boscovich was a
Jesuit mathematician, astronomer, and physicist, and
published in his Theoria ( 1758 ) the first general
mathematical theory of atomism, based on the ideas of
Newton and Leibniz but transforming them so as to
provide a programme for atomic physics.
This used the postulates:
(i) There exists one class only of fundamental
particles, all identical;
(ii) these are permanent quasi- material point-centres
of action, finite numbers of them constituting finite
systems;
(iii) they obey an oscillatory (alternatively
repulsive and attractive) law of interaction,
dependent on the distance between each pair;
(iv) this law eliminates the scale-free similarity
property of the Newtonian law, permitting stable
combinations and orbits of definite sizes;
(v) this complex law, whose constants are to be
determined by subsequent experiment, is to cover the
entire variety of physical and chemical properties;
(vi) the theory is relational, only distances between
pairs being involved, and all space and time
measurements being in some degree affected by all
relative motions; and
(vii) it is kinematic rather than mechanical, mass
being introduced as a pure number determined by
counting the number of point- particles in a system.
Boscovich's theory exerted a great influence on 19th-
and 20th-century physics, for it represents the ideal
mathematical atomism with the minimal assumptions
(central two-body actions dependent on powers of the
distance).
Without any purpose I will propound CPH Definition and
CPH Principle in following. I suggest please compare
them. Also, I am thanking of Dear Roger Anderton for
these excellent articles.

Definition of CPH
From the relation E=hfƒz ƒnwe have:

E1=hfƒz, ƒnE2=h(f+1) so; DE=E2-E1=h=mc2,(Delta signed
by D), so:

m=h/c2=7x10 power minus 49 kg

Take: m(CPH)=7x10 power minus 49 kg, we can show
that the mass of a photon
with energy E and frequency f is equal nm, and n=f.
The difference between the photons is in n (the number
of CPH.)
By considering the E=mc2, we know that the all
particles (electron, positron, proton, antiproton...)
are formed by many CPH.
Also By according W=fd=DE, (Delta signed by D), we can
show that the amount of gravity force that is need to
produce m=7x10 power minus 49 kg is equal;

F=2.8x10 power minus 33 N

That the amount of force that a graviton does carry.

The Principle of CPH:
The CPH is a particle with constant mass. CPH moves
with constant straight speed Vc, in empty space and
without any external forces in all inertial frames. So
that:

grad Vc=0 in all inertial frames and any space

The external forces can not increasing or decreasing
the amount of speed of CPH. The external force is the
factor that changing the route of movement of CPH from
straight motion to other motion. When CPH has spin, it
is graviton. Any contact between CPH, they go far from
each other and absorb each other. And this action and
reaction continue till distance between them reaches
to near zero.
Example: Suppose a point on the CPH passed route's S
in t time in an inertial frame, then:

S/t=constant=Vc, so, dS/dt=0

or ax+ay+az=0

A CPH in an object has spin and transferred along
movement with object. When object passes in the
Gravitation field (or other fields), the movement of
CPH changing from transferred condition to other
motion and vise versa. Suppose the gravity force F
applies on CPH. By considering the Principle of CPH
and Newton¡¦s second law we can write:

F=m(ax+ay+az)=0 or az= - (ax+ay)

The above relation means that the amount of speed of
CPH on the x-axis and y-axis changes to amount of
speed on the z-axis. So the speed on the z-axis
increases or decreases, such speed of object increases
or decreases. Then observer saw that the speed of
object does change and it accelerates (positive or
negative relativity the observer).

Sincerely
Hossein Javadi



__________________________________
Do you Yahoo!?
New Yahoo! Photos - easier uploading and sharing.
http://photos.yahoo.com/