So,
how does it address the complaint against the theoretical causality and reality based causality?
how does it address the complaint against the theoretical causality and reality based causality?
Short answer:
For the same reason that Newtonian mechanics doesn't treat acceleration as a relative property.
Slightly longer answer with clarification:
In SRT, the magnitude of acceleration is frame dependent, the direction of acceleration is not (for inertial reference frames with the same orientation).
The direction of acceleration is not relative, because it is necessarily the same as the direction of a net physical force. Physical forces are not frame dependent, hence the direction of acceleration is not frame dependent (for inertial reference frames with the same orientation).
Acceleration isn't relative. You can measure acceleration using accelerometers, which measure changes in forces. What velocity you started at and what you finish at are relative though, relative to whatever frame you're working in. All you know is that you definitely have been moving at some point because you can't have undergone acceleration and remained stationary the entire time.That to me seems really easy to understand as a complaint against SRT....
now either SRT treats acceleration as it does all other aspects/properties [ relatively ] or SRT is seriously flawed....thats the result as I far as I can determine it to be at this stage...
It's been 'under fire' primarily from cranks and people who don't understand it or who think science should be immediately obvious, that nothing in the universe should be against common day to day experience. How naive of them. Of you.Given that SRT has been under fire for over 100 years this issue should be so easy to resolve in fact there shoud be many links specifically just about this particular issue.....
Acceleration isn't relative. You can measure acceleration using accelerometers, which measure changes in forces. What velocity you started at and what you finish at are relative though, relative to whatever frame you're working in. All you know is that you definitely have been moving at some point because you can't have undergone acceleration and remained stationary the entire time.
so how does that address the complaint made against SRT?It's been 'under fire' primarily from cranks and people who don't understand it or who think science should be immediately obvious, that nothing in the universe should be against common day to day experience. How naive of them. Of you.
Another epic fail on your part QQ. Don't you have anything else to do with your life?
Science is governed by primary laws and one of those primary laws which is the focus of this complaint is the law of Cause and Effect.
simply put the complaint is:
Test statement:
Only a clock that has endured acceleration can record physical dilation when compared to a clock that hasn't endured accelleration.
Complaint:
Any suggestion that a non accellerated clock can have physical dilation is merely a mathematical construct and convenience of abstraction to simply accommodate light speed invariance as postulated.
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That to me seems really easy to understand as a complaint against SRT....
now either SRT treats acceleration as it does all other aspects/properties [ relatively ] or SRT is seriously flawed....thats the result as I far as I can determine it to be at this stage...
Given that SRT has been under fire for over 100 years this issue should be so easy to resolve in fact there shoud be many links specifically just about this particular issue.....
an alternative question is to ask:
Why doesn't SRT treat accelleration as a relative "property"?
for surely there must be a sound reason for this omission from the relative aspects or properties of SRT
[my solution is that to treat acceleration as a relative property, no clock will be able to be dilated as relativity of acceleration means that all clocks have exactly the same dilation thus relative TD=0 and to adhere to the 2nd postulate invariance of light for all observers regardless of velocity only one clock can endure acceleration.]
so why hasn't it been resolved?
So what say you?
Is the complaint founded?
Has a case for a breaching of the laws of Cause and Effect been established?
You said that SR should treat acceleration as relative or it's flawed. But given acceleration isn't relative any description of nature shouldn't treat it as relative.so how does that address the complaint made against SRT?
I'm correcting a claim you made. I'm questioning the validity of your statements. As I just pointed out, your statement "SR must treat acceleration as relative or it's flawed" is itself a flawed statement and now I'm pointing out another mistake from you. If you make a claim about relativity which is itself flawed then by pointing it out to you I address the complaint.so how does that address the complaint made against SRT?
You really are completely immune to coherent logic, aren't you?so how does that address the complaint made against SRT? [only have to win once you know and I have already done that! - proof..well you did post a BS post and the bet I had just earnt me a heap of coin.]
BECAUSE ACCELERATION IS NOT RELATIVEWhy doesn't SRT treat accelleration as a relative "property"?
absolutely agrees...and never didn't agree....You said that SR should treat acceleration as relative or it's flawed. But given acceleration isn't relative any description of nature shouldn't treat it as relative.
If SR treated acceleration as relative, it'd be wrong. You have got it the wrong way around. Or are you claiming a model of nature shouldn't actually model nature?
because the only way SRT can provide causation is to apply relativity to acceleration...which it can not do because to do so would breach the laws applied to accelerating objects.now either SRT treats acceleration as it does all other aspects/properties [ relatively ] or SRT is seriously flawed....thats the result as I far as I can determine it to be at this stage...
The clock which feels the acceleration, which is a well defined non-relative thing, is the one which must, at some point during the experiment, have been moving. Thus it will feel the time dilation and have a slower ticking clock.The complaint is that SRT violates the basic law of cause and effect.
A clock can not dilate unless it has physical and not merely theoretical cause to do so....and only the accelerated clock has cause the other has none.
SRT fails to provide relative causation for the dilation of both clocks
Pete in a nut shell...No causation for BOTH clocks dilating means no SRT...so I wonder who is puting their fingers in their ears and saying "la la laI can't hear you"Sorry, QQ, but putting your fingers in your ears and saying "lalalaICan'tHearYou" really isn't going to cut it.
Your "complaint", such as it is, has been adequately addressed. I can't help you understand unless you want to understand.
except you missed including in your assessment the issue of relativity of dilation.....which is essential to maintain the 2nd postulate....The clock which feels the acceleration, which is a well defined non-relative thing, is the one which must, at some point during the experiment, have been moving. Thus it will feel the time dilation and have a slower ticking clock.
Where, precisely, is the problem there? The cause is very clear, which clock will have measured a shorter time is very clear. There's no measured time dilation on the clock which doesn't feel acceleration because it can, with complete validity, define itself to be at rest. Even if you define it to be moving at a constant velocity relative to some third observer you'll find the relative time dilation between it and the accelerated clock is precisely what you get if you assume its stationary.
No contradiction, no error, no flaw. Only your ignorance. The one who should be embarrassed is you. Each and every time you make a claim you end up being shot down. Do you even bother to try to find out stuff from books before shooting your mouth off?
As I said I only have to win once..... which reminds me of a speech I listened to on the sport of Golf.Each and every time you make a claim you end up being shot down
ok..boy the lengths you guys [glib reference to physicists in general] have gone to to support this theory...amazing...
but ok...seriously give me a minute...or two
Look you have :
and this leads to the double bind.
- relativity of velocity.
- relativity of time dilation [ tick rates]
- No relativity of Acceleration, therefore
- No relativity of causation.
oh but I did...with...post #21You've had a day... or two, but you still haven't attempted to address that post.
how does it address the complaint against the theoretical causality and reality based causality?
That was stated much earlier, in my first post to the thread.Your later post that states that Magnitude of Acceleration is relative may offer some insight....
I don't understand your concern.And I wanted to ask how the magnitude of acceleration can be PHYSICALLY applied to any object of mass with out direction as well? Note emphasis on the word Physically.
That was stated much earlier, in my first post to the thread.
I don't understand your concern.
If an object is accelerating, then that acceleration has both magnitude and direction. These two properties are independent of each other - any magnitude could go with any direction, and vice versa.
Actually, acceleration is also relative in Newtonian mechanics... relative to orientation, but not velocity.
See if you can follow this:
If you specify the acceleration (magnitude and direction) of an object in a given inertial reference frame, then you can calculate that object's acceleration (magnitude and direction) in another inertial reference frame. This calculation can be done using SR or newtonian mechanics.
In newtonian mechanics:
In SR:
- the magnitude of the acceleration will be the same in all inertial reference frames.
- the direction of the acceleration is relative to frame orientation. If the two frames have the same orientation, the acceleration will have the same direction, otherwise not (except for special cases)
- the magnitude of the acceleration is relative to frame velocity. If the two frames have the same velocity, the acceleration will have the same magnitude, otherwise usually not.
- the direction of the acceleration is relative to frame orientation. If the two frames have the same orientation, the acceleration will have the same direction, otherwise not (except for special cases)