Others only read what you 'suggested'.
No, unlike you, they understood. Big difference. One day, you might as well if you spent less time trolling and more time learning. Or maybe not.
Others only read what you 'suggested'.
No, unlike you, they understood. Big difference. One day, you might as well. Or maybe not.
But did YOU understand your own 'suggestion' implications?
Yes, and so did the others, by contrast to you. Some people get it, some never do. Life is unfair.
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Oh, Tach. Don't think I've forgotten your 'second-per-second' claim.
So, you don't know how clocks measure time, either. Thanks for proving it.
A totally hollow statement devoid of fact and denying the mainstream view I used to point out your wrong assumptions there too.
They teach you how clocks work in introductory classes for relativity, thank you for pointing out that you didn't know something as elementary. When do you plan to take this class?
You haven't defended your "second-per-second" claim.
There is no need to defend a basic mainstream concept about how clocks measure time. On the other hand, you will need to correct your anti-mainstream ideas by taking the introductory class that teaches this subject. When do you plan to take the class?
But your 'second-per-second' concept is NOT mainstream.
Sadly for you, it is. That introductory class is really necessary, don't miss it.
Let's get this straight...
You REALLY and TRULY do NOT see the CIRCUITOUS logic in your in-frame 'second-per-second' claim????
All I can see is your lack of basic knowledge on this fundamental concept. It is taught in the "How clocks work" chapter for introductory classes. You should check your local junior college, they may allow people to audit the class.
Is that where you 'learned' to apply CIRCUITOUS LOGIC to arrive at your "understanding"?
Then get some sleep
No, I learned at an university, I thought that you needed a simpler class, this is why I recommended auditing the introductory class at the local junior college. Hopefully they will manage to un-teach your fringe ideas as to how clocks work. After you get that straightened out, you may progress to more complex subjects.
I thought you were the one going to bed. Did you change your mind and are you rushing to go enroll in the beginner's class I recommended? Good for you, that's the attitude!
RealityCheck said:Sadly for you, it is. That introductory class is really necessary, don't miss it.
Let's get this straight...
You REALLY and TRULY do NOT see the CIRCUITOUS logic in your in-frame 'second-per-second' claim????
And you REALLY and TRULY have convinced yourself that your CIRCUITOUS LOGIC concept/claim there is 'mainstream'??????
Amazing.
Did your university specialise in CIRCUITOUS LOGIC to teach you your circuitous concept "understandings"?
For some reason, gentlemen, this topic has lost interest to me. I've laid out my reasoning many times over for many readers which, if not irrefutable, at least has logical merit.
I'll put together a sloppy summary before I bid you adieu, make some breakfast for my kids, and unsubscribe from this thread. To recap, I continue to make the claim that acceleration (and not relative velocity) is a necessary, causal component to absolute, unambiguous time dilation. Observations:
1) The usual counter-examples given to this stance are the Third Twin scenario and the Orbiting Muon. The time dilation in the Third Twin was proven to be ambiguous despite the usual misinterpretation. The experiment in which a muon under "magnetic orbital acceleration" is actually a misapplication of the EEP because, as we know, an object in free-fall does not experience acceleration as one does while resting on the ground, for example. Therefore, we should expect such a muon to possess the same lifetime as one which has been accelerated to that same linear velocity and energy (which is exactly what we find).
2) Clock A in the nose and clock B in the tail of a perpetually-accelerating rocket ship, OR clock A on a large non-rotating mass with clock B in the dead of space are two scenarios which would display unambiguous time dilation. In both scenarios we have acceleration (either direct or via EEP), yet we have no change in displacement over time between the clocks, hence no relative velocity.
3) If displacement is changing over time between two clocks (as is required for relative velocity to exist), two co-location events must occur in order to establish unambiguous time dilation. Two co-location events require acceleration for at least one of the clocks. Strictly speaking, this is sufficient to prove the necessary nature of acceleration but seems to get written off as a "technicality".
In summary, we have no scenario in which unambiguous time dilation exists devoid of acceleration; we do have scenarios in which unambiguous time dilation exists devoid of relative velocity; lastly, we have that "last line of defense", even if it's a technicality, that says acceleration is required for there to be differing world line lengths between two co-location events...given all of this, I believe I can be forgiven for questioning the mainstream view on this subject. :shrug: Thanks