👉 Marion computing, also known as the Marion model or Marion architecture, is a computational paradigm centered around the concept of "computational universality" through physical processes. Developed by researchers including David Deutsch and others, this framework posits that any computational problem can be solved by a system capable of simulating any other system given sufficient time and resources. Marion computing achieves this by encoding information in physical states, such as the positions and interactions of particles or the states of quantum systems. These physical processes can then be manipulated to perform arbitrary computations, effectively making the system computationally universal. This approach emphasizes the physical realization of computation, potentially offering insights into quantum computing and the fundamental nature of computation itself.
