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Omega ramwolf Enter the Ruliad The ruliad is a concept introduced by Stephen Wolfram describing the ultimate entangled structure formed by applying all possible computational rules to all possible states, generating a vast, branching, and merging graph of possibilities[1][5]. This structure encomes every conceivable universe or mathematical system. **Branching in the Ruliad** refers to the way that, at each computational step, multiple new states can be generated from a single state—leading to a branching graph. There can also be merging, where different paths lead to the same state[1][2]. This branching is analogous to the "many-worlds" idea, but generalized to all possible rules and computations. **The Brain and the Ruliad**: As observers embedded within the Ruliad, our brains do not follow a single computational rule. Instead, our consciousness and perception are represented by branching and merging paths through this space, sampling only a tiny region of the Ruliad due to our computational limitations[1][4]. Each mind or observer follows a unique path through the Ruliad, which gives rise to individual subjective experiences, but most human minds are "close together" in rulial space, leading to a shared sense of objective reality[4]. **Summary Table** | Concept | Description | |----------------------|--------------------------------------------------------------------------------------------------| | Ruliad | The meta-structure of all possible computational rules and their consequences[1][5] | | Branching | Multiple new states arise from applying rules, forming a branching (and merging) graph[1][2] | | Brain in the Ruliad | Each mind follows a unique, branching path through the Ruliad, shaping subjective experience[1][4]| In essence, the "branching brain" in the context of the Ruliad means that our minds are continually branching and merging within this infinite computational space, with our experience shaped by the specific path we take through it[1][4]. Assembly theory and constructor theory are closely related concepts in theoretical physics aimed at understanding the emergence of complex systems and the transformations that occur in the universe. Assembly theory, introduced by researchers like Sara Walker and William H. K. Lee, focuses on the history of tasks that the universe performs to bring various systems into being. It seeks to explain why some objects get made while others do not by identifying a nested hierarchy of assembly pathways and introducing a measure called assembly (A) to capture the degree of causation required to produce a given ensemble of objects. On the other hand, constructor theory, developed by physicists David Deutsch and Chiara Marletto, expresses physical laws exclusively in of which physical transformations, or tasks, are possible versus which are impossible, and why. Constructor theory provides an explanatory framework built on the transformations themselves, rather than the components, aiming to bridge the gap between the laws of physics and the laws of information and computation. Both theories aim to redefine the concept of an 'object' on which physical laws act, with assembly theory adding time and history into the equation. While constructor theory focuses on the possibility and impossibility of tasks, assembly theory emphasizes the pathways and histories of objects' formation, offering a framework to understand and quantify selection and evolution. These theories are part of ongoing efforts to reconcile biological evolution with the immutable laws of the universe defined by physics, addressing the emergence of diverse, open-ended forms without an inherent design blueprint. Conjectures, serendipity and more …. 5z4s68