[Could Trump Actually Be Right?] 🔥 Understanding the Global Economy Through Thermodynamics (Part 1) — Closed Worlds and Why Societies Differentiate [Crazy Theory]

Chapter 1: Closed Worlds, Open Systems

“What will the future of the global economy look like?”
Economists try to answer this with mathematical formulas, politicians with policies, and journalists with data.
But what if we re-examined it from the perspective of physics, specificallythermodynamics?

Thermodynamics has a simple law.

In other words, in a world where everything is connected, exchanged, and unified,
differences are lost, choices are reduced, and structures collapse.

Doesn't this look exactly like the currentglobal economy?

• The same companies dominate in every country

• Similar values spread in every city

• Everything is operating within the same “game”

That homogenized world is like a universe heading towardheat death.

▽ The Possibility of an Open Closed-System

So, is “closing” bad?

Not necessarily.
In fact, from a thermodynamic perspective,“a system that is partially closed but maintains meaningful exchanges with the outside”,
or an “open closed-system,” is the most capable of maintaining order and being creative.

Japan has had such a model twice.
Theabolition of the Kentoshi (missions to Tang China)in the Heian period, and theSakoku (national isolation) systemof the Edo period.

Both were eras where external influences were controlled, allowing culture and structure to grow from within.
While they appeared “closed” at a glance, meaningful connections were still maintained.

That is the condition for a “living society” from the perspective of thermodynamics.

Chapter 2: Why Does Society Differentiate?

The important perspective here is that “society differentiates as it grows.”

This is the same for living organisms.
Single-celled organisms become multicellular as they grow, and only bycells differentiating into specific rolescan they function as a “living organism.”

Society is the same.
As nations grow, regions differentiate,
and as organizations grow, departments split and roles become specialized.

A massive structure without differentiation is actually fragile.
If one part breaks, the whole thing collapses.
That is precisely why differentiation becomes thesource of self-recovery, or resilience.

This is also supported from the perspective ofnetwork theory.
Networks with diverse and redundant node structures are resistant to failure and prone to evolution.

▽ What a 'resource-poor country' should possess

It is often said that 'Japan has no resources'.
But let us rethink that once more.

In this day and age, aren't the truly strong resourcesmeaning, trust, and translatability?

What Japan boasted to the world in the Edo period was not physical resources.
Education, craftsmanship, community, trust networks...
Everything was 'meaning-generating power' = information energy.

In other words, Japan's strength was essentially
the ability to create meaning from within, rather than following external rules.

Finally, I wrote 'Part 1' in the title, but that's a lie! There is no sequel.