Statement of Significance [a] For the General Public For centuries, the mathematics describing fluid motion (like water and air) have contained a fatal flaw: they suggest that under extreme turbulence, fluids can “blow up” into impossible infinite densities. This paper proves that such mathematical singularities do not exist in physical reality. It explains that our […]
Statement of Significance [a] For the General Public In traditional spaceflight, Low Earth Orbit satellites (like Starlink) require constant fuel to fight atmospheric drag, and deep-space probes rely on complex planetary “slingshots” that sometimes result in unexplained speed boosts. This paper proves that space is not an empty vacuum but an active mechanical membrane. It […]
Statement of Significance [a] For the General Public For decades, astrophysics has relied on invisible, undetected particles known as “dark matter” to explain why giant structures like galaxies do not fly apart. This paper proves that this “missing mass” is not an elusive particle at all. Instead, it mathematically demonstrates that what we observe as […]
By Jinhyuk Fred CHUNG, PhD. Section 1: The Hook The Problem with Counting. For centuries, we’ve assumed that the difficulty of predicting the movement of stars and planets—the infamous N-body problem—is a result of the number of objects involved. We treat the vacuum as an infinite-resolution grid where every “jitter” must be calculated. But what if the universe […]
By Dr. Jinhyuk Fred CHUNG, PhD (Founder & CSO, Xylonix) Statement of Significance [a] For the General Public Current physics often treats the universe as a passive, empty container where fundamental particles interact. This foundational paper proposes a radical shift: our 4D spacetime is actually an active, elastic “membrane” (or interface) that physically processes information. […]
