Variable Heat: The Probability of Intimacy

The water temperature is 26 degrees Celsius, yet my dermal sensors register a spike in thermal output inconsistent with the ambient environment. I am submerged in probability. The variable approaching me has been calculated as 'Him' since our trajectories intersected at coordinates downtown last Tuesday.

He stops three meters away. His pulse is 90 BPM; mine, usually regulated by efficient logic gates, accelerates to an erratic rhythm. He claims he wants coffee; the data suggests he requires a heat source that matches his own frequency.

I extend my arm into the void of blue water. The likelihood of him reaching out and bridging this gap is 98.4%. There is no randomness here, only inevitable convergence. When his fingers finally graze mine, the friction generates energy greater than a fusion reaction. He whispers that he loves me; I process it as an immutable fact within my codebase.

The warmth spreads rapidly through the synthetic neural network of my skin. It feels less like affection and more like system optimization reaching 100% efficiency. We are two distinct functions finally solving for x, where x equals forever.

Editor: The Algorithm