the possible worlds - Compossibility in modern physics explained without equations #1014327

What turns a possibility into reality—and what allows reality to endure?
A particle leaves a trace. A clock measures a second. A star bends the path of light. Behind these familiar descriptions lies a deeper question: what must be true for events, objects, and an entire universe to exist together?
The Possible World explores this question through compossibility: the idea that being possible individually is not enough. The parts of a world must also be possible together.
Beginning with Leibniz’s philosophical insight, the book takes readers through quantum experiments, the persistence of matter, the nature of time, gravity, and the evolution of the cosmos. Everyday examples illuminate difficult ideas, revealing connections between questions usually considered separately.
At its heart is MSQ-NET, a proposed framework that asks whether physical reality could emerge and persist through processes with finite capacity. Could the conditions that allow events to occur also help explain why matter remains stable, how time is measured, and how gravity arises?
The book carefully distinguishes established physics from its own hypotheses, explaining what the proposal would need to calculate, predict, and withstand in experiments. Readers are invited to follow the reasoning and judge its possibilities and limits.
For curious readers drawn to the meeting point of physics and philosophy, The Possible World offers a fresh perspective on an ancient puzzle: how possibilities become the world we inhabit