Spacetime-Probability Chemistry
The study of how atoms and molecules behave across the probability dimension, revealing that chemical reactions don't just have outcomes—they have entire probability landscapes. When you mix two substances, every possible reaction occurs somewhere in probability-space; you just happen to be observing the branch where you got the expected result (or didn't, if you're unlucky). This explains why your cake sometimes rises perfectly and sometimes collapses into a sad, dense pancake—both cakes exist, you're just in the branch where the collapse happened. Spacetime-probability chemistry also accounts for "impossible" reactions that occasionally occur in labs: they're just rare probability branches that someone happened to observe.
Example: "Her baking was a lesson in spacetime-probability chemistry. The recipe was identical every time, but the results varied from 'magnificent' to 'why is it green?' She now believes that somewhere in probability-space, she's a famous pastry chef, and the version of her in this branch is just experiencing the statistical noise of a universe that occasionally decides cake should be green."
Spacetime-Probability Chemistry by Abzugal February 14, 2026
