rgw@icdattcwsm:~/Blog$ cat 2024-11-28-Think-Physics.md

Unless applied to the REAL world, mathematics is pointless. And, the moment it is applied to the REAL world, mathematics transcends to physics.

The word "physics" traces its roots to the Ancient Greek word 'physikē'—which means "knowledge of nature." The subject originally covered inherent characteristics of the natural world but has, over time, evolved to the study of the interplay between matter and energy.

Although the state of existence is a boolean, the state itself requires an energy signature to exist and store that boolean. Hence, energy precedes mathematics.

The obvious advantage a core focus on physics gives to start-ups is that it helps keep your eyes on the ball. For instance, two main drivers of entrepreneurial success—i.e., Power and Efficiency—are terms defined in physics. On one hand, Power is the rate at which work is done. On the other hand, Efficiency is the ratio of useful work output to the total work done to produce that output.

When thinking in terms of physics, mathematics becomes merely a tool to articulate ideas—and ceases to suffocate with its constraints. Consider a restaurant optimizing its kitchen workflow. Pure mathematical models could suggest an infinite number of ways to arrange appliances and stations. However, physics introduces real-world constraints: space limitations, heat output, energy consumption, and human ergonomics.

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