tI said earlier (possibly in another thread) that "Time is our perception of increasing entropy."
Hmm .. Entropy is a
calculated concept. It may be
associated with our perceptions (observations) of states of disorder, randomness or uncertainty, but entropy, itself, cannot be directly observed.
The time concept differs from that, because we first notice that our own minds possess memory, which stores and recalls perceptions. (An example of such perceptions might then be the above mentioned observations of disorder, randomness or uncertainty).
The
time concept, is then
how we make sense of those memories/recollections.
I don't think entropy necessarily helps us in making sense of our own recollections(?)
In the field of enquiry into thermodynamic principles, the entropy concept helps us explain what happens with
changes in other fundamental
parameters, (ie: heat and temperature) and the logical consequences of that in our physical models, but
making sense of those logical consequences, almost undeniably, requires use of our human memory and its concept of time.
(Try doing it
without using memory .. I myself, certainly can't do it!?)
My next thought is that the arrow of time, or the tick rate of time is an average of the rate of the increase of entropy relative to the observer.
The term '
rate' there, invokes time as the basis for arguing an increase in entropy. This suggests (to me) time is more fundamental to us than entropy(?)
Calculating entropy, (in the thermodynamic context, for eg), also requires the concepts of heat and temperature (thermal kinetic energy) to be in place as well .. both of which, again, make use of the time concept.
Would this explain why time slows down around massive objects and near the speed of light? Because entropy increases at a slower rate in those situations?
Space-like singularities lie in the future or past of all events, within a certain region. (One such singularity is
theoretically considered as being within a non-rotating, uncharged Schwarzschild black hole). Our
theoretical concept of space-time, shifts to being
theoretically perceived, as being more space-like. There's little-to-no-more time left to consider there .. and that's why time
theoretically appears as slowing down to a standstill.
The concept of
forces inducing (the concept of)
thermalisation in the proximity of a black hole
, allows us to conclude its extremely high entropy,
in theory. (Recent direct images the support the theory there also).
Hope all that is reasonable .. and hope it helps(?)
Cheers