You know that feeling when your boss walks into a meeting, slams a 1,500-page physics textbook on the table, and demands you explain the fundamental constants of the universe using your product framework? No? Just me? Let’s talk about why your system architecture is a mess.
Old Li, our demanding CEO, flipped to a dense table of constants. Speed of light, Planck’s constant, gravitational constant. He looked at me and our lead engineer and smirked. “If your underlying architecture is truly foundational, derive these constants. Why is the speed of light what it is? Why is gravity so weak? If you can’t explain it, your framework is just a gimmick.”
My engineer started sweating. I just smiled and picked up a whiteboard marker. Because Old Li had just accidentally framed the ultimate product management problem.
Most people treat the four fundamental forces as independent entities. They aren’t. They are merely different projections of the exact same topological parameter.
Physics spent half a century searching for a Grand Unified Theory. We found it in a single complex equation. The secret wasn’t building four different engines; it was finding one universal operator and varying its inputs.
Here’s how it works: The operator has a real component (build or tear) and an imaginary component (integrate or derive). When you run these four combinations through a single equation, you get the four fundamental forces. Strong nuclear force builds and locks. Electromagnetic force builds and radiates. Weak nuclear force tears and locks. Gravity tears and accumulates. One math, four outputs.
When we showed Old Li the screen, proving that a single complex equation could generate all four forces—and calculate the fine-structure constant with a 0.3% margin of error—he was stunned. But the real lesson wasn’t about physics. It was about how we build software.
If physics can unify the universe with one equation, why are you building five different checkout flows?
As product managers and engineers, we make a fatal mistake every time a new business line pops up. E-commerce needs a state machine. Content distribution needs a state machine. User growth needs a state machine. We build isolated silos, creating technical debt and architectural chaos.
Stop doing this. Do not build wheels in the presentation layer for every business line. Instead, extract the universal operators—the core “build, tear, integrate, derive” mechanics of your specific domain. Let different business scenarios become projections of these operators in different quadrants.
You want a mature “middle platform, small frontend” architecture? This is what it actually looks like. One underlying equation to balance the books. One universal operator. Infinite permutations on top.
So the next time your boss demands a new feature, don’t immediately spin up a new microservice. Ask yourself: what is the fundamental operator here? Find the universal equation, and let the features naturally spawn from it.
FAQ
Q: Isn't this just over-engineering a simple problem?
A: No. Over-engineering is building five state machines to do the job of one. Extracting a universal operator reduces complexity by forcing you to find the common denominator across all your features.
Q: How do I find my product's 'universal operator'?
A: Look at your most disparate features and map their core mechanics. If e-commerce is 'transaction' and content is 'distribution,' what is the underlying mathematical or logical action they both share? Find that verb, and build your engine around it.
Q: Does this mean we should never build standalone services?
A: It means the underlying logic shouldn't be standalone. You can have separate front-ends and APIs, but they must all map back to a single, unified core operator. Silos in the UI are fine; silos in the architecture are fatal.