machu

Posted on Mar 14

Git Archaeology #9 — Origin: The Big Bang of Code Universes

#opensource #productivity #git #career

Every universe has an origin. In code universes, it's the first commit.

Previously

In Chapter 8, I explored Engineering Relativity — how the same engineer gets different scores in different codebases.

From here, we go deeper into the philosophy of git archaeology.

Starting from the very beginning.

The Big Bang

Every universe has an origin.

In our universe, it's called the Big Bang. Time and space began there.

Code universes have the same moment.

It's the first commit.

The Primordial Universe

The first commit has almost no design.

No structure. Just the impulse: "I want to make something work."

It resembles the primordial universe.

No galaxies yet. No stars yet. Just energy and particles swirling together.

Early codebases are the same.

if statements line up. Functions line up. Small utilities line up.

Architecture doesn't exist yet.

But from that small commit, a universe begins.

Every structure that follows is built on top of that first commit.

Initial Conditions

In cosmology, the Big Bang's initial conditions determine the universe's subsequent structure.

Early density fluctuations eventually become galaxy clusters.

The same thing happens in code universes.

The first directory structure. The first module split. The first naming convention.

These initial conditions influence every design decision that follows.

A project that started with src/ and lib/ separated will carry that split for years. A project that started as a monolith will be dragged by the monolith's gravity for years.

The gravity of initial conditions is strong.

The Birth of Constellations

Looking up at the sky, stars appear to be scattered randomly.

But humans find meaning in them.

Orion. Cassiopeia. The Big Dipper.

These aren't physical structures. They're patterns that humans found.

The same thing happens in codebases.

What starts as a mere collection of files eventually gets assigned meaning by humans.

Modules. Services. Packages. Layers.

These are constellations.

Not the stars themselves. Maps that humans created to understand the universe.

A great Architect doesn't create stars — they create constellations.

They discover structure, organize structure, and share structure.

That is architecture.

Git Archaeology Observes the Big Bang

Run git log --reverse.

You'll see the first commit.

It has a date. An author. A message.

That is the record of this universe's Big Bang.

Git archaeology is also the study of observing a universe's history from its Big Bang.

The codebase in front of you right now is the present state of a continuous universe that began with that first commit.

Initial Conditions and EIS

EIS reflects the influence of these initial conditions.

In mature codebases, structures created early on persist as Survival 100. The first Architect's commits remain etched in blame for years.

The "laying souls to rest" from Chapter 4 often targets this initial Architect. The gravity of the person who created the Big Bang lasts the longest in the universe.

Conversely, in codebases with weak initial conditions — projects that started without structure — everyone's Design axis is low. Because the gravitational center never existed from the start.

The universe's present is determined by its Big Bang.