Orbital Sea is an independent research initiative dedicated to exploring unconventional ideas in physics and space engineering. The project is driven by personal study, experimentation, and theoretical development.
One area of research is Anglemetric Theory, a conceptual framework that explores the possibility that angles and rotational relationships play a more fundamental role in nature than the linear structures traditionally emphasized in classical geometry and physics. The work investigates whether physical phenomena such as energy, motion, and interaction may be better understood through angular relationships and rotational dynamics.
Alongside the theoretical work, Orbital Sea is also developing engineering concepts for space infrastructure. The main project in this area is the Orbital Conveyor Belt, a proposed system designed to transfer momentum and energy in orbit using rotating structures and orbital mechanics. The concept aims to explore alternative methods for moving mass and managing energy in space without relying exclusively on conventional propulsion systems.
This research is conducted independently and is published openly as it develops. The goal is to document ideas clearly, test them through experiments and calculations, and invite discussion from anyone interested in unconventional approaches to physics and space engineering.
Currently, two articles have been published: