- #1
Idjot
- 77
- 0
It seems to me...
If we are moving relative to CBR at 390 km/sec, that should have a minute effect on our atomic clocks that we use to measure c.
In other words, we should be experiencing a small amount of Time Dilation relative to CBR.
Also, at certain times in our rotation, our orbit and even our Sun's orbit around the Milky Way, we could even be accelerating relative to CBR, which would further skew our measurements of c, but I won't get into that here, because I think the 390 km/sec is an average anyway.
Using only our inertial velocity I figured this out:
For every 1 minute that we experience in our 390 km/sec bubble: 1.0000008461714416367280534757218 minutes pass for the CBR.
In 10 billion years, CBR's time will have elapsed more than ours by 84 years, 225 days, 9 hours, 53 minutes, and 8.7 seconds
That doesn't seem like much, because it isn't :) But to me, of all things to consider True Time, this is it. All other times must bow before True Time!
Now let's see what that does to the speed of light:
Earth time measurement of c is 299.792.458 km/sec
According to my calculations...
True c is 299,792.204 km/sec.
That means that in 100 light years, light actually travels 801,563,040 km less than we thought it did, and also making our measurement of 100 light years to be about 44 light minutes and 33.7 light seconds off.
Go ahead. Shoot! :)
If we are moving relative to CBR at 390 km/sec, that should have a minute effect on our atomic clocks that we use to measure c.
In other words, we should be experiencing a small amount of Time Dilation relative to CBR.
Also, at certain times in our rotation, our orbit and even our Sun's orbit around the Milky Way, we could even be accelerating relative to CBR, which would further skew our measurements of c, but I won't get into that here, because I think the 390 km/sec is an average anyway.
Using only our inertial velocity I figured this out:
For every 1 minute that we experience in our 390 km/sec bubble: 1.0000008461714416367280534757218 minutes pass for the CBR.
In 10 billion years, CBR's time will have elapsed more than ours by 84 years, 225 days, 9 hours, 53 minutes, and 8.7 seconds
That doesn't seem like much, because it isn't :) But to me, of all things to consider True Time, this is it. All other times must bow before True Time!
Now let's see what that does to the speed of light:
Earth time measurement of c is 299.792.458 km/sec
According to my calculations...
True c is 299,792.204 km/sec.
That means that in 100 light years, light actually travels 801,563,040 km less than we thought it did, and also making our measurement of 100 light years to be about 44 light minutes and 33.7 light seconds off.
Go ahead. Shoot! :)
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