Re: A New Test may alter Time Dilation Law !

guskz_at_hotmail.com
Date: 02/06/05


Date: 6 Feb 2005 06:17:16 -0800


guskz@hotmail.com wrote:
> (Typing errors fixed from previous one)
> Setting:
>
> 4 people will call'em: A, B, C, and D
> 2 platforms will call'em: 1 and 2
>
> A&B are on 1 AND C&D are on 2
>
>
> Both platforms are together then 2 leaves
>
> Finally velocity remains constant between both platforms at: 1/3c
>
> SECTION AA:**** From existing theory C&D should age less "while" on 2
> ****
>
> Test: (A&C are witnesses/observers)
>
----------------------------------------------------------------------
> B&D will depart and ALL will set their clocks to ZERO before B&D
> depart.
> B&D leave at 2/3c until they reach the other's platform.
>
> B&D note the arrival time and STAY *2 days* then each returns to
their
> original platform and each note their return time.
>
> They do this several times and even lengthen the *2 days* to *1 week*
>
----------------------------------------------------------------------
>
> Conclusion:
>
> >From the laws of equality/proportionality (since each platform
> undergoes the same physics) therefore ALL B & D's recorded clock
> periods will be the same....
>
> but thee MOST IMPORTANT is that their *STAY* time should also be the
> same!
>
>
------------------------------------------------------------------------
> Contradiction:
>
> This contradicts the SECTION AA above which from popular theory says
> that the people on 2 (the platform that departed from platform 1)
> should age less during their *STAY* time on 2 ??
>
>
> Platform 1 can be Earth and gives the exact same results since the
> model remains the same.
>
>
------------------------------------------------------------------------
>
> Testing:
>
> A plane has already flown about Earth to prove a clock slows down but
> it doesn't make sense as explained above? perhaps they could do the
> same tests where B&D can be small guided rockets with a clock, that
fly
> from the plane (platform 2) and Earth (platform 1).
>
> It would be hard to get a small rocket to reach the plane so a faster
> Mach plane can help deliver the guided rocket to the plane.

New Setting:
So if platform_1 is Earth, platform_2 is the plane and each has a
carrier(man or rocket) with an atomic clock ....

Test:
-----------------------------------------------------------------
Then whose atomic clock would be slower and when?

(when .. meaning "only" when either atomic clock is in the Plane....)

Symptom:
And what would bring on this logic? Since from an observer's
ACCELERATION/DECELERATION perspective inside the plane the rocket(or
man)with the atomic clock leaving/arriving from/to it provides the
exact same ACCELERATION/DECELERATION perspective for the other observer
on Earth who also looks at a rocket(or man) with an atomic clock
leaving/arriving from/to Earth?
-----------------------------------------------------------

(also we cannot specify which is acceleration and which is deceleration
but only that there is a CHANGE in velocity in order for the clocks to
reach the other's platform (plane and Earth) since everything is
relative according to Relativity.

Conclusion??:



Relevant Pages

  • Re: Letter Writing and Cryptography
    ... needing due to dry, in charge of digital, off delighted kings. ... Jadallah apologises, then Mohammed purely supplements a magnificent ...
    (sci.crypt)
  • Re: Can anyone decrypt this string, EAAAAIXuZFgEFc-LQT6mOAKgNdc?
    ... My scared compensation won't inject before I attract it. ... reference opposite the special railway is the pilot that spits ...
    (sci.crypt)
  • Re: A New Test may alter Time Dilation Law !
    ... > original platform and each note their return time. ... > Platform 1 can be Earth and gives the exact same results since the ... > It would be hard to get a small rocket to reach the plane so a faster ... Then whose atomic clock would be slower and when? ...
    (sci.physics)
  • Re: A New Test may alter Time Dilation Law !
    ... > original platform and each note their return time. ... > Platform 1 can be Earth and gives the exact same results since the ... > It would be hard to get a small rocket to reach the plane so a faster ... Then whose atomic clock would be slower and when? ...
    (sci.physics)
  • Re: Entropy sources under WinXP
    ... Will you use off the water, if Liz late ... starts the headquarters? ... successfully competing competitor past my maid. ...
    (sci.crypt)