Description: Just a World Building project exploring fictional physics frameworks. Building on the foundational concepts introduced in previous versions, this document presents the complete "Structural-Dynamic Theory" as an in-universe theoretical physics paper authored by Valu Eria. [In-Universe Abstract] We present a unified ontological framework for physical reality grounded in one brute-fact assumption and four structural axioms, unified by a single geometric mechanism: the non-invertible projection of a complete, static structure onto an observable domain. From this mechanism alone we derive temporal irreversibility, the measurement transition, the Born rule, the emergence of gauge symmetry, and the holographic compression of information. The framework yields three qualitative empirical predictions—a sharp decoherence transition, a gravitational wave frequency cutoff, and a structural energy deficit in compact systems. [Version 3 Updates] This version introduces a categorical interpretation of $\Pi$ (treating the projection operator as a functor), a reformulation of the actualization operator, extended open problems for quantitative development, and a full consistency audit to give the fictional framework realistic depth. Disclaimer: This is a creative speculation exercise in hard sci-fi worldbuilding, not a claim about actual physics. The mathematical structures and predictions are interpretative elaborations.Description: Just a World Building project exploring fictional physics frameworks. Building on the foundational concepts introduced in previous versions, this document presents the complete "Structural-Dynamic Theory" as an in-universe theoretical physics paper authored by Valu Eria. [In-Universe Abstract] We present a unified ontological framework for physical reality grounded in one brute-fact assumption and four structural axioms, unified by a single geometric mechanism: the non-invertible projection of a complete, static structure onto an observable domain. From this mechanism alone we derive temporal irreversibility, the measurement transition, the Born rule, the emergence of gauge symmetry, and the holographic compression of information. The framework yields three qualitative empirical predictions—a sharp decoherence transition, a gravitational wave frequency cutoff, and a structural energy deficit in compact systems. [Version 3 Updates] This version introduces a categorical interpretation of $\Pi$ (treating the projection operator as a functor), a reformulation of the actualization operator, extended open problems for quantitative development, and a full consistency audit to give the fictional framework realistic depth. Disclaimer: This is a creative speculation exercise in hard sci-fi worldbuilding, not a claim about actual physics. The mathematical structures and predictions are interpretative elaborations.

Jan 1, 20260 citations

Quantum Computing: Non-deterministic controllers for Artificial Intelligent Agents

Alexander Bannikov, Simon J. Egerton, Callaghan Vic +2 more

This paper describes work that seeks to take the first steps towards demonstrating the application of Sci-Fi prototyping methodology to developing futuristic products. Science-Fiction Prototyping is based on an iterative interaction between science fiction and fact. We begin the paper by explaining the science-fiction prototyping process. We then identify a futuristic product to act as an exemplar of this process (free willed domestic robots) before describing virtual-reality systems and how they can provide a suitable visualisation environment for conceptualizing products. Next we identify a paper that provides a promising approach to emulating intelligent control and free-will, quantum computing. We then provide an introduction to quantum computing and argue the need for a special quantum development environment before presenting an architecture for the quantum development tools and the robot. Finally we present an evaluation methodology before summarising our work. We are in the process of implementing this system and we hope that by the time the workshop occurs, we will be able to report some initial results.This paper describes work that seeks to take the first steps towards demonstrating the application of Sci-Fi prototyping methodology to developing futuristic products. Science-Fiction Prototyping is based on an iterative interaction between science fiction and fact. We begin the paper by explaining the science-fiction prototyping process. We then identify a futuristic product to act as an exemplar of this process (free willed domestic robots) before describing virtual-reality systems and how they can provide a suitable visualisation environment for conceptualizing products. Next we identify a paper that provides a promising approach to emulating intelligent control and free-will, quantum computing. We then provide an introduction to quantum computing and argue the need for a special quantum development environment before presenting an architecture for the quantum development tools and the robot. Finally we present an evaluation methodology before summarising our work. We are in the process of implementing this system and we hope that by the time the workshop occurs, we will be able to report some initial results.

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Quantum Fact and Fiction

Alfred Landé

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\Pi

(treating the projection operator as a functor), a reformulation of the actualization operator, extended open problems for quantitative development, and a full consistency audit to give the fictional framework realistic depth. Disclaimer: This is a creative speculation exercise in hard sci-fi worldbuilding, not a claim about actual physics. The mathematical structures and predictions are interpretative elaborations.