Our live is covered/maintained by faint fluctuations on top of highly
stable matter that does not feel time at all.
Of course these small fluctations are highly dependent on time but this
does not imply that time exist for the universe! It's just us that want
to believe that there is time for everything. Our live temperature range
is given by about 0.14eV. This shows how important we are for the universe.
If you go to higher dimensions e.g. 8 then you can reintroduce a global
time and *global causality* but not for the small part of the world we
live in - the 0.14eV range that clearly shows stochastic behavior.
J.W.
Am 14.04.20 um 04:53 schrieb mix...@bigpond.com:
In reply to Jürg Wyttenbach's message of Tue, 14 Apr 2020 01:18:59 +0200:
Hi,
[snip]
Te best atomic clocks are sensitive to 10cm difference in altitude.
But there is one open point: Is only the Rb/Cs crystal oscillating a bit
slower/faster or is the electronics measuring slower/faster - or both?
This, may be, could be tested by changing the crystal only.
...or neither. Maybe Einstein is correct, and time actually flows at different
speeds at different altitudes. ;)
Of course Leibniz is correct and interesting to see that he knew this a
long time before we could mathematically prove it.
The basic elements of nature are 99.99999999% stable/static and only
small oscillations form our world. Only this tiny fraction believes that
there must be time because live is below 0.15eV compared to one proton
mass of 938MeV... The proton feels no time except you start to
accelerate it to very high speed ...
This is not clear. What do you mean by "Only this tiny fraction believes"?
(Only sentient beings can believe, not eV's.)
BTW the limit can't be 0.15 eV, or chemical reactions that result in a change
of multiple eV would also not be time
sensitive, whereas they clearly are. (Consider the application of chemical
catalysts.)
[snip]
Regards,
Robin van Spaandonk
local asymmetry = temporary success
--
Jürg Wyttenbach
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