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Welcome to Steller Visions — a space dedicated to theoretical physics, engineering, complex systems, and the exploration of ideas that push beyond what currently exists. Founded and directed by Brianna Short-I’Anson, Steller Visions brings together academic and independent projects ranging from hands-on engineering builds to early-stage theoretical research and systems-level thinking. From sustainable RC concepts and Mars-related ideas to the development of original framework

Author: Brianna Short-I’Anson The Shor Compatibility Principle describes an infinite system alongside the Hilbert Hotel-style paradox, supported by a mathematical equation. It demonstrates how infinite systems behave in ways true to reality via a relational infinite system fixed by capacity and constraints, which follows structural rules that define its compatibility with other infinite systems. The motivation for this principle was to create an understanding of such a comple

Author: Brianna Short-I’Anson Welcome to the Oceanic Theory! The Oceanic Theory series investigates the characteristics and behaviour of the universe, assuming that nature exists in a constant, repetitive state. The first project, The Oceanic Theory: An Oceanic Framework of Cyclical Reality and the Universe, explores the idea that Earth’s buoyant and neutrally buoyant aerated waters mirror the behaviour of the cosmos. By drawing parallels between marine dynamics and cosmic cy

Author: Brianna Short-I’Anson Welcome to the Grounded Propulsion Project — an experimental engineering concept exploring how aerospace-inspired design principles can be translated into a ground-based vehicle platform. This project documents the development of a rocket-inspired RC vehicle engineered to integrate concepts commonly associated with aerospace systems, including aerodynamic shaping, thermal shielding considerations, propulsion-inspired design, and systems-level thi

Author: Brianna Short-I’Anson Welcome, to the Red Dust and Exodus series. This project examines the essential components required to plan a large-scale transportation of life to Mars, considering technical, ethical, cultural, and sustainable aspects. Through exploration, engineering, and science, the series develops both existing and original systems for survival and long-term habitation on Mars, informed by Indigenous knowledge systems and includes architectural principles t