1) The size of the equation is rather large. Nature tends to like simple equations, I wonder if this equation could be restated in a simpler format and not lose its efficacy. I also wonder if there are still simpler versions that trade off efficacy for degrees of error.
2) If the equation cannot be reduced, then this equation bears looking at from an information preservation perspective, that is, to people who study how the universe preserves information under various conditions, this is one of the equations they should add to their list of equations to study...
But, overall a brilliant, laudable, commendable work with great applications and benefit to society!
Two thoughts:
1) The size of the equation is rather large. Nature tends to like simple equations, I wonder if this equation could be restated in a simpler format and not lose its efficacy. I also wonder if there are still simpler versions that trade off efficacy for degrees of error.
2) If the equation cannot be reduced, then this equation bears looking at from an information preservation perspective, that is, to people who study how the universe preserves information under various conditions, this is one of the equations they should add to their list of equations to study...
But, overall a brilliant, laudable, commendable work with great applications and benefit to society!
Well done!