01.

Information equals energy times time.

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1.1
Information in a signal is its bandwidth (limited by frequency/energy)    times duration.
\begin{align}I \propto f t \propto E t \notag\end{align}
1.2
Measuring energy and time by their standard deviation and using the Heisenberg Uncertainty.
\begin{align}I = \frac{E t}{\Delta E \Delta t} = \left ( \frac{2}{\hbar}\right ) E t \notag\end{align}
1.3
With more detailed investigation, one can derive the governing thesis that entropy is action
\begin{align}\text{entropy}/k_B \equiv \log (\Omega) = \left ( \frac{2}{\hbar} \right ) \int (mc^2 - \mathcal{L}) dt \equiv \text{action} \notag\end{align}
02.

Unification of action and entropy.

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A unification of two major branches of Physics will yield dividends
UNIFICATIONS
Other outstanding unifications
Unification of Gravity and Astronomy
Newton 17th Century
Unification of Electricity and Magnetism
Maxwell 19th Century
Unification of Mass and Energy
Einstein 20th century
Unification of Particles and Fields
Quantum Mechanics 20th Century
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