Chronoentanglement: A Foundational Note on Temporal Singularity and Quantum-Driven Immortality

This short paper introduces the concept of Chronoentanglement, the idea that past, present, and future are not sequential but coexist in a singular temporal state. Drawing on the architecture of Microsoft’s Majorana 1 chip, which operates through topological qubits that exist in superposition rather than fixed binary states, this work proposes that time, like qubit behavior, is fundamentally non-linear. From this, it follows that time can be accessed non-sequentially. By constructing a system around this principle, the theoretical foundation for a time machine emerges. This also implies the future possibility of isolating and sending biological components through time, offering a path toward physical immortality through temporal manipulation.