Physics

By Kent Lo , 9 January, 2026
Abstract: This framework postulates that the universe operates as a self-bound, closed thermodynamic system constrained by hyperbolic spatial geometry. The Cosmic Microwave Background is identified as a saturated scalar field observed at a temperature of approximately 2.7 K and functions as the primary energetic substrate rather than residual radiation. This background corresponds to a geometric null state, a wavelength regime matched to the hyperbolic curvature of space for which propagation incurs no geometric dissipation.
By Kent Lo , 8 June, 2024

For centuries, our understanding of the cosmos has been built upon the concept of Euclidean space – a flat, uniform geometry like an infinitely expansive tablecloth. However, recent explorations propose a radical idea: the universe might be inherently hyperbolic, with a curvature that bends away from itself at every point. This seemingly esoteric shift in perspective has the potential to revolutionise our comprehension of physics and dismantle long-held misconceptions.

By Kent Lo , 16 November, 2023

Envision a cosmic canvas, a vast expanse teeming with galaxies, stars, and celestial phenomena unfolding within specific confines. This image encourages us to view the universe as a multidimensional display, containing intricate patterns and finite pixels. As we explore this concept, we invite you to join us on a journey to unveil the mysteries of the cosmos.