It's not that I know too much about it either, I'm just studying it, so got a chain of thoughts in my mind, I still have a long way to go :)
1. The required unit of chronal potential $$\phi_t$$ would be $$\frac{s}{kg \cdot m}$$
If we accept these units for the chronal potential, it means:

Chronal potential is a measure of how time flows per unit of momentum-space displacement.

It inversely scales with mass and position, implying heavier or faster-moving objects dampen the local time flow (sounds heretical to Minkowski and Schwarzschild metrics)

2. Oh maybe I didn't explain properly, thanks to that, I got caught up in the thought and forgot to define chronal field vector

$$\vec{C} = -\nabla\phi_t$$

so it becomes

$$\Delta t = \vec{C} \cdot |(\vec{T} \times \vec{p})|$$

so maybe,

$$\Delta t = \int_{a}^{b} \vec{C}\, \vec{dl}$$


noknees

I checked your GitHub, how did you go from the 

I might be completely off the mark, I know this kind of stuff often puts constants to 1. But I haven't done any of this since grad school. Not my field of expertise, at all.

science

A Chronophysics Theory

What are your units here?

$$\Delta t = (-\nabla\phi_t) \cdot |(\vec{T} \times \vec{p})|$$

I checked your GitHub, how did you go from the $$\phi_t$$ to the $$\nabla\phi_t$$ version without changing anything else?

I might be completely off the mark, I know this kind of stuff often puts constants to 1. But I haven't done any of this since grad school. Not my field of expertise, at all.