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2018-09-11
, 14:44
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Posts: 1,873 |
Thanked: 4,529 times |
Joined on Mar 2010
@ North Potomac MD
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#6162
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Well, not quite
"clocks slow down when in an accelerating reference frame"
Moving by itself does not count, since as there is no absolute reference point there is no way to tell who is "moving" and who is "staying still"...
However acceleration can be observed by the effects it it creates on inertia, which is analogus to gravitational gradient.
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2018-09-11
, 16:21
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Posts: 7,075 |
Thanked: 9,073 times |
Joined on Oct 2009
@ Moon! It's not the East or the West side... it's the Dark Side
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#6163
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This is not fake news! Clocks move slower in moving reference frame than the stationary reference frame. Also clocks more slowly when near massive object.
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2018-09-11
, 17:07
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Posts: 1,873 |
Thanked: 4,529 times |
Joined on Mar 2010
@ North Potomac MD
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#6164
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Are you sure it’s the clocks? I thought it was the time
Sorry!
Now. Do you know why that is and how massive to you have to be to affect clocks/time/your surrounding.
If I could transform myself to to the size of half the universe. Now would seconds become minutes if you stood right beside me?
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2018-09-11
, 17:24
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Posts: 7,075 |
Thanked: 9,073 times |
Joined on Oct 2009
@ Moon! It's not the East or the West side... it's the Dark Side
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#6165
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2018-09-11
, 18:23
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Posts: 1,873 |
Thanked: 4,529 times |
Joined on Mar 2010
@ North Potomac MD
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#6166
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Anyone knows if it’s possibe to make seconds to minutes by being close to something really huge even compared with the hugest entities in our universe.
Is the time actually going slower or is it just fake space time that catching up to you later?
Also, If you consider that huge objects/gravitational pull actually scams the time from our time. How can we know the time/age of anythhing e.g the universe?
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2018-09-11
, 18:34
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Posts: 7,075 |
Thanked: 9,073 times |
Joined on Oct 2009
@ Moon! It's not the East or the West side... it's the Dark Side
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#6167
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You should learn to do it yourself. Better yet, make an app to do it!
Here's how to do the calculation
https://www.google.com/url?q=https:/...7zSkFNcpg9r5-v
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2018-09-11
, 19:18
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Posts: 1,873 |
Thanked: 4,529 times |
Joined on Mar 2010
@ North Potomac MD
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#6168
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2018-09-11
, 19:26
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Posts: 6,453 |
Thanked: 20,983 times |
Joined on Sep 2012
@ UK
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#6169
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Well, in the first case I meant frame moving relative to "stationary" frame.
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2018-09-11
, 19:45
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Posts: 1,873 |
Thanked: 4,529 times |
Joined on Mar 2010
@ North Potomac MD
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#6170
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There is no stationary frame. Only a lot of different frames moving relatively to each other. An observer may consider his own frame "stationary" but that is only an illusion.
.
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Tags |
countdown, dooms_day, specc is the, troll ericsson |
Thread Tools | |
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"clocks slow down when in an accelerating reference frame"
Moving by itself does not count, since as there is no absolute reference point there is no way to tell who is "moving" and who is "staying still"...
However acceleration can be observed by the effects it it creates on inertia, which is analogus to gravitational gradient.