People keep asking me how I manage to work on so many things at once. After years of deep research, sleepless nights, and random bursts of motivation at 3:13am, I present:

Owbird's Work Formula™

It started innocently enough:

Work = Force × Distance

Simple physics, right?

But then I asked myself: what if productivity itself could be scientifically derived?

So naturally, I kept substituting formulas until I accidentally reinvented suffering.

The final equation:

$Work=Mass \cdot \frac{displacement_2 - displacement_1}{time^2} \cdot Distance$

Let's break it down.

• Mass = body weight, depending on what I've eaten. High mass days involve waakye, jollof, or emotional support shawarma. Low mass days are dangerous, productivity becomes theoretical.

• Change in mood over time = the most unstable variable in existence. One successful pnpm build and output spikes, else civilization collapses, taking the sprint with it.

• Distance = the span of the job. Renaming a variable: short distance. Debugging production at 3am: interstellar.

Maximum productivity occurs when the food is good, the mood graph is stable, and the task does not psychologically resemble climbing Everest barefoot.

The formula also predicts productivity approaches zero the moment you open social media "for just 5 minutes." Still validating with real-world experiments.

Current peer review status: rejected by physicists. Concerningly accurate for developers.

For those wondering how this was achieved:

We begin with classical physics:

$Work=Force \cdot Distance$

Substitute Newton's second law:

$Work = Mass \cdot Acceleration \cdot Distance$

Acceleration is:

$Acceleration = \frac{\Delta Velocity}{time}$

Velocity is:

$Velocity = \frac{displacement}{time}$

After enough substitutions and emotional instability, we arrive at:

$Work = Mass \cdot \frac{displacement_2-displacement_1}{time^2} \cdot Distance$

Which proves, scientifically, that eating well increases output, mood swings are an engineering variable, and long tasks should be illegal.

"Towards a Unified Theory of Vibes and Output." Full paper pending.