Stuff I wrote some years ago. May help in your exploration of time ..
Here are 12 properties associated with the nature of Time as may be deduced from known physics
1-Spontaneity: Time runs by itself. Nobody makes time run. Time is spontaneous. We know we can't rush time. This is why our time measuring instruments are based on spontaneous processes; sand falling in the hourglass, mechanical relaxation of quartz crystal, spontaneous electronic transition in atoms etc. In this, we trust that a spontaneous process does represent the nature of the passage of time. In that sense, the clock is actually driven by time. In theory, if time stopped, so would the clock! (Well, this can't happen because the clock would cease to exist as well. In the monistic approach, matter is just a conjugate set of time derivatives that exists only by replacing locally the passage of time. If time stopped, matter would cease to exist altogether.)
2-Universality: It is safe to assume that time runs everywhere in the universe. Its pace or rate may differ in different location and circumstances.
( see Necessity below)
3-Rate: Time passes at a certain pace or rate. The passage of time being a dynamic concept, it requires that it passes at a certain Rate.
4-Complexity: The passage of time passes at a certain rate, and this rate can vary in various location and/or circumstances as can be deduced from General
Relativity. For example, for a successively accelerated and decelerated body, this rate of passage of time is decreasing and then increasing. We may suspect the existence of other derivatives of variations in the rate of passage of time corresponding to a jerk, a Snap? A Crackle? A Pop? etc.
5-Relative: Relativity tells us that time is relative. This means that "measuring time" consists in making a relative comparison between the duration of two events; one is the observation, and the other is the clock. The meaning of Relative also suggests that there is no causal connection between the clock and the event i.e. one is not driving or causing the other. They are rather assumed as sharing the same local rate of passage of time, hence the use of one clock for two locations (comparison).
6-Locality: The logical conclusion of the relativity of the passage of time is its next property; locality. To a specific location corresponds a specific set of properties of time.
7-Size: Now, if the passage of time is local, how big is the size of the passage of time, locally? What is the size of a moment in time? In other word, what is the size of the natural set of joint locations that has no time between any of its parts? The concept of space-time tells us that a moment in time is infinitesimally small. Any distance in space corresponds to a distance in time as well.
8-Shape: What is the shape of the passage of time? In what shape does it evolve? If a moment in time is an infinitesimal point, and if time evolves from this point without preference or, in all directions without constraint, then, it behaves as a little explosion. Does it expand without end or does it stops and explodes again from its new projections? At a macroscopic scale, the passage of time can assume some pseudo-static structures. For example, since the rate of passage of time is lower in a gravitational field, this rate varies away from the source of gravitation. We therefore can deduce the existence of a gradient in the rate of passage of time, increasing away from the source. We could associate a different pseudo-static structure with the centre of mass of rotating bodies like the Earth and the Moon.
9-Fluidity: This gradient structure extends away from Earth and will be affected by the influence of one or more celestial bodies. The three body system of Earth, Moon and Sun must have an ever fluctuating complex gradient. In other words, these influences and the gradients resulting from them do not paint gravitation as a line of sight phenomenon. Over large distances, it resembles a weather system, one that is driven by masses, motion and distances. One could also see fluidity as an inescapable consequence of a speed limit c and resulting non-instantaneity.
10-Quantity: The dimensionality of time is still the hardest aspect of its study. For each property or aspect of the passage of time we may deduce, this property must be studied by experience, and experience requires units and quantities. Even the theoretical approach requires such units. The case is most likely that these units of quantities already exist in one form or another within the body of physics. Note that in theory, these quantities must be conservative in order to support a logically expected conservation law for the derivatives of the passage of time.(Time itself is not conserved as being continually generated in a spontaneous way; the derivatives are.)
11-Notation: For many, this is the main stumbling block on the road to accepting the passage of time as a real (but non-physical) entity. What would be the units of the rate of passage of time? Second per second s/s ? This seems to make no sense to them and therefore is a sufficient reason to discredit the existence of a rate for the passage time. It is not easy to integrate our physical notion of the passage of time with words and mathematics. Let me try to answer this. In physics, events are said to happen at a certain rate as "per second". In that respect, we could say that the rate of passage of time can be described as "per second" or 1/t. If the rate of passage of time decreases, then the denominator "t" should increase, relatively speaking. It so happens for particles whose half-life is increased in a measurable way at near light speeds, because the passage of time local to the particle is slower relative to an observer...
12-Necessity: Is time a requirement for this universe? Is it necessary for what exists and happens around us? Or can we do without time? The answer could be in the following questions. Can we say that something exists without understanding that it does so with a minimum (non virtual) persistence in time? Can we say something happens without doing so at a certain rate, hence, in a certain amount of time? No. The passage of time appears to be an intricate dimension of what exists and happens.
Marcel,