This work discusses the application of relativity theory in astronomical modeling and examines whether physical quantities in astrophysical systems may require discretization instead of continuous representation.
This work discusses the role of relativity theory in modern astronomy and examines the conceptual and mathematical implications of discretizing continuous spacetime models. It explores whether astronomical phenomena can be modeled using discrete frameworks while remaining consistent with relativistic physics.
A foundational text covering the physics, preparation, and properties of thin films, including deposition methods, structural properties, electrical and optical behavior, and applications in solid-state devices.