> [snip]
>
[quoted text clipped - 23 lines]
> when a force acts on the circlon, what do we have to use *instead* if we
> want to find out what happen when a force acts on the circlon?
------------
a good question
we start to introduce some new laws for an unique particle!
can you diget such a thing even just in princilpe ?
actually in a second thought we dont even do much new laws
it is mostely the 'old laws' whith some of them even *ommited*
s it mighjt be even *simpler* see later...
> --------
>
[quoted text clipped - 4 lines]
> decelerated? Did it ever occur to you that *changes in direction of
> velocity* are *also* a form of acceleration? Apparently not...
-------
no you dont realy understand the postulate .....
(it seems to me that you cant get ridd from the ordinart'srtaight line
motion. you force it in a system that elimenates the posibility of
straight line movenet
oh yess neerly forgot it is realy very important:
if the circlon gets hitted by another one *perpendicular to its
plan of movement that plan does move in a straight line*
> Well, let's try again, this time with an example: If a force is acting
> on a circlon perpendicular to its line of movement, how does it react to
> this force?
> ---------
sory i dint read it before so you have the answer above
actually i mentioned it even befor this article
a possible explanation to that is that the orriginal hitted circlon
had no mementun in the perpendiculat to that plan
iow it had momentum only in its plan of movement
-------
> > the only possibll change is direction change
>
> Hint: a change in direction *is* an acceleration. By *definition* of the
> word "acceleration" (this is defined as "change in velocity per time",
> and a change in direction *obviously* is a change in velocity).
> ----------
just stick to your definition but remember that the circlons
bvelocity does not change (cannot chage because it is the maximum
so only direction can change.
and in our 'circlon physics' a chnge in direction is not
acceleration or decceleration a chnge in direction is done (listen carefully)
without any change in anargy . it is a perfect elastic collission.
> > and radiious movement change
>
> Pardon?
> ----------
the radius od diameter of movement can change (again without
any investment of energy
which just reminds me what is energy in my circlon physics!
it is the amount or mumber of circlons involved with a process!.
ie more corclons involved - = more energy and vice versa.
btw just by diascussing with you i make things clear to myself
the truth is i am not sure in invested it is as much
*as it deserves*.......
i allway related to it as just an intriguing idea a pioneering idea
that migh twell be an unripe one ie a lot has still to be invested in it
( a good challenge for a young physicist.....)
> >- depends on the angle it collided with the other circlon
>
> In what way does it depend on this angle?
-------
you have just to mmagine different cases of angles of collisions
and based on the basic assumptions, try to figure out
what should be the result.
the way is to take examples one by one and studdy it.
> And how do these collisions work? Are the circlons like small marbles or
> billard balls with hard surfaces?
-------
yes i alreay sayed that many times- a perfect elestic collision
(that might be the 'mother ' of elastic collitions.)---
> > now just may be you can save me explanations just start to
> > use your creative immagination and start examining all the posibble
[quoted text clipped - 6 lines]
> it act like a small marble?
> ------
yess
-----
> > now the most excciting result is
> > to produce *the attraction force* by moving back and forth
[quoted text clipped - 12 lines]
> And why does this growing amount of particles which miss the particles
> leads to an inverse square law?
-------
because as the driven (big ) particles come closer they are hitted by more
corclons
actually the opposite example is more obvious ie what happense
while the acted particles are far away!
since our hero circlons move in a closed circle ie
and not to forget that their orrigine id from those acted particles
ie if it is earth sun bodies that we study those ciclond come
out from .... earth and sun
so the space in with they are acting is limited just becuse of that
circular movenent so if you take the two assumptions
1 that it oggigines from the particle (earth sun )
combined with the second assumption of circular movenent
you get that the probability of finding them reduces with distance
from 'earth sun' particles
btw here you have an example ofwhat i call 'intuitive thinking'!
the fact is i \never before (untill now) was putting it on paper
even not explained it to myself *formaly*! is wa so clear to me
*intuitively* so i disnt had to explain it to myself...
now i am sure that once you take all the feattresi prented
here
yuo can show it mathmatically that the 'inverse sqare distance"
law , applyes to our circlon as well
if you do it you start to put my postulate on a more scintific base!!
------
> It's clear that it will lead to a decreasing force - but why should this
> force decrease proportional to the inverse of the square of the
> distance?
> ----------
because actually 'force' is the nuber of collission involved.
------
> > btw my job is to show it mathematically but i am may be too lazy
> > or too clumsy in mathematics so i leave it as a mission to others
> > (Bjoern ?......may be you?)(ie to show thatr the inverse law rule
> > is valid for the circlon in attraction force)
> -------
...... a challenge...
> Why on earth do you think I would do a calculation about a hypothesis I
> don't think to be valid?
> --------
ok take it or leave it for someone elese.
--------
> [snip]
>
[quoted text clipped - 6 lines]
> circular movement - ever heard of "centripetal acceleration"?)
> ----------
the centripetal movement is ..... not our oppera!
it is the oppera of bigg bodies (possibly made of too many circlons
the **center** of the ciclon circle* can move as the known Newonian laws.
> > probably you have there inner forces
>
> What do you mean by "inner" here?
---------
the innser collissions of the circlons that build the bigger
particle.
> > yet the third law of Newton is 'celebrating there
> > ie action eqall to reaction
>
> Why?
--------
thats the meaning of elastic collision isnt that so?
-------
> > > > or you are in principle against
> > > > anmything 'that is not written ' in your books /
[quoted text clipped - 6 lines]
>
> -------------
all the best
and thank you for your questions
Y.Porat
-------
Bjoern Feuerbacher - 10 Feb 2004 12:44 GMT
[snip]
> > > answer:
> > > my circlon is the (possibly smallest particle)
[quoted text clipped - 14 lines]
> ------------
> a good question
Nice that you admit this!
> we start to introduce some new laws for an unique particle!
Well, then please do this! Tell us what happens when a force acts on a
circlon!
> can you diget such a thing even just in princilpe ?
I can digest new proposals if there are good reasons to make them, and
at least the possibility to find evidence for them.
> actually in a second thought we dont even do much new laws
> it is mostely the 'old laws' whith some of them even *ommited*
> s it mighjt be even *simpler* see later...
I notice that you *still* don't bother to tell us what happens when a
force acts upon a circlon.
> > > particle it vever accelerates never deccelerate
> >
[quoted text clipped - 7 lines]
> motion. you force it in a system that elimenates the posibility of
> straight line movenet
No, *you* simply don't understand that a change in direction is an
acceleration!
> oh yess neerly forgot it is realy very important:
> if the circlon gets hitted by another one *perpendicular to its
> plan of movement that plan does move in a straight line*
A plane (I suppose you meant this) which moves in a straight line? What
is this supposed to mean???
> > Well, let's try again, this time with an example: If a force is acting
> > on a circlon perpendicular to its line of movement, how does it react to
> > this force?
> > ---------
> sory i dint read it before so you have the answer above
Above you only told me how the "plan" (plane?) moves, you didn't tell me
how the circlon moves.
And you only told me that this results in a motion along a straight line
- but you didn't told me anything about the velocity change involved
there. You give only qualitative, hand wavy statements, but don't bother
to formulate a quantitative law!
> actually i mentioned it even befor this article
> a possible explanation to that is that the orriginal hitted circlon
> had no mementun in the perpendiculat to that plan
> iow it had momentum only in its plan of movement
Why is this an explanation of this reaction?????
> > > the only possibll change is direction change
> >
[quoted text clipped - 3 lines]
> > ----------
> just stick to your definition
Do you prefer another?
> but remember that the circlons
> bvelocity does not change (cannot chage because it is the maximum
> so only direction can change.
Err, velocity is a *vector*. If the direction changes, then velocity
*does* change. What *you* mean is that the *magnitude* of the velocity
cannot change. Try to be more careful with words!
And you *still* do not understand that a change in direction, without
any change of (the magnitude of) velocity *IS* an acceleration.
> and in our 'circlon physics' a chnge in direction is not
> acceleration or decceleration
Then what *is* an acceleration in your circlon physics???
How do you define the vector a, if not by the change of the vector v per
time?????
(you *do* know what a vector is, don't you?)
> a chnge in direction is done (listen carefully)
> without any change in anargy . it is a perfect elastic collission.
Yes, you already said this several times. However, how do you get from
"a change in direction is done without any change in energy" to "there
is no acceleration"????? Hint: acceleration doesn't necessarily change
the energy.
> > > and radiious movement change
> >
[quoted text clipped - 3 lines]
> the radius od diameter of movement can change (again without
> any investment of energy
According to which laws?
> which just reminds me what is energy in my circlon physics!
> it is the amount or mumber of circlons involved with a process!.
> ie more corclons involved - = more energy and vice versa.
Err, energy is *defined* as "the ability to do work". What has this to
do with the number of circlons???
Additionally, processes don't have energies, so this makes no sense at
all.
[snip]
> > >- depends on the angle it collided with the other circlon
> >
[quoted text clipped - 3 lines]
> and based on the basic assumptions, try to figure out
> what should be the result.
What basic assumptions? You haven't told us anything so far how circlons
react to collisions *quantitatively*. "these are elastic collisions"
doesn't tell us much about the angle dependence!
> the way is to take examples one by one and studdy it.
Please tell us how to do such examples. Why don't you give an example
yourself?
> > And how do these collisions work? Are the circlons like small marbles or
> > billard balls with hard surfaces?
> -------
> yes i alreay sayed that many times- a perfect elestic collision
> (that might be the 'mother ' of elastic collitions.)---
What has "a perfect elastic collision" to do with "the circlons act like
small marbles or billard balls with hard surfaces"???????????? These two
statements are by no means equivalent!!!
> > > now just may be you can save me explanations just start to
> > > use your creative immagination and start examining all the posibble
[quoted text clipped - 7 lines]
> > ------
> yess
How does it manage to do this?
In other words: if it has got a hard surface, what is it made of? How do
the surfaces of the two circlons which collide manage to repel each
other? Where does the force come from in the collision which changes the
directions of the two circlons?
(you *do* know the standard explanation for why bodies have hard
surfaces and don't penetrate each other, don't you?)
> -----
> >
[quoted text clipped - 17 lines]
> because as the driven (big ) particles come closer they are hitted by more
> corclons
That's not an explanation, that's pure handwaving. You can only explain
why the force increases in this way, but *not* why it increases
according to the inverse square law!!!
> actually the opposite example is more obvious ie what happense
> while the acted particles are far away!
[quoted text clipped - 8 lines]
> you get that the probability of finding them reduces with distance
> from 'earth sun' particles
How do you arrive at an inverse square law in this way?
And, BTW, you said that the same circlons which cause gravity also cause
electrostatic forces, right?
If yes: how do you explain that gravity is always an attracting force,
whereas electrostatic forces can attract and repel, based on the charges
involved?
> btw here you have an example ofwhat i call 'intuitive thinking'!
> the fact is i \never before (untill now) was putting it on paper
[quoted text clipped - 4 lines]
> yuo can show it mathmatically that the 'inverse sqare distance"
> law , applyes to our circlon as well
In other words: *you* can't show this?
> if you do it you start to put my postulate on a more scintific base!!
Why don't you do this yourself?
> ------
> >
[quoted text clipped - 3 lines]
> > ----------
> because actually 'force' is the nuber of collission involved.
And why should the number of collision involved decrease proportional to
the inverse of the square of the distance?
[snip]
> > > > If a circlon is accelerated, has to be a force there, or not?
> > >
[quoted text clipped - 5 lines]
> > ----------
> the centripetal movement is ..... not our oppera!
You talk about movement in a circle. If you have movement in a circle,
you have a centripetal acceleration. That follows directly from the very
*definition* of acceleration. If you want to use another definition,
feel free to point it out.
> it is the oppera of bigg bodies (possibly made of too many circlons
> the **center** of the ciclon circle* can move as the known Newonian laws.
Nonsense. The existence of a centripetal acceleration has *nothing* to
do with the size of a body - it follows directly from the very
*definition* of "acceleration".
[snip]
> > > yet the third law of Newton is 'celebrating there
> > > ie action eqall to reaction
> >
> > Why?
> --------
> thats the meaning of elastic collision isnt that so?
No, it isn't. Why on earth do you think so??????
"elastic collision" means *only* that no energy is lost in the collision
- it is *not* equivalent to Newton's third law!!! Newton's third law
applies to inelastic collisions, too!!!
[snip]
> > > > I think no physicist is against new suggestions - provided that
> > > > they make sense..
> > >
> > > you have no idea about how much personal instincts are working
> > > between scintists.
You snipped my comment here - I will restore it for convenience:
Well, I *know* a lot of scientists *personally*. How many scientists do
you know personally? Not just from the newsgroup here?
Now would you please answer the question?
Bye,
Bjoern