Space as an Element: Rethinking the Void
Introduction In mainstream physics, space is often described as a vacuum or as a geometric structure in which objects exist. However, this understanding leads to paradoxes when we attempt to reconcile cosmic phenomena such as the motion of celestial bodies, the propagation of gravitational waves, and the concept of floating in a void. This article […]
Space as a Liquid Element: Rethinking the Nature of the Universe
For centuries, scientists have debated the nature of space. Is it a vacuum, a void, or something more? The traditional view—championed by Newton, Einstein, and modern physics—defines space as a fabric or vacuum, shaped by gravity and energy. But what if space is not empty at all? What if space is an element in itself, […]
The Whirlpool Dynamics of the Solar System: A Liquid Space Perspective
In traditional astrophysics, the solar system is viewed as a relatively stable arrangement of planets orbiting the sun in elliptical paths due to gravitational forces. However, in this new perspective, which stems from the concept of space as a liquid-like medium rather than an empty vacuum, the dynamics of the solar system take on a […]
Spiral Space and the Liquid Medium: A Dynamic Model of Universal Balance
Introduction The traditional concept of space as a vacuum or a passive fabric fails to explain several cosmic phenomena, including the persistence of orbital balance during universal expansion. This article explores a novel hypothesis: space is not an emptiness, but a liquid-like element that moves in a spiral pattern, which sustains the structure and dynamics […]
Time Beyond Light: Space, Expansion, and the Concept of Time Recycling
Introduction The classical understanding of time and space has been shaped by theories like those of Newton and Einstein. However, to truly comprehend the dynamic cosmos, we must be willing to question established norms. One such re-evaluation is the idea that space is not a void, but a liquid-like element with characteristics of its own. […]
Time Recycling and the Cosmic Balance: A New Perspective on Universal Expansion
Introduction In modern cosmology, time is often treated as a continuous and linear progression. But what if time, like space, could be recycled—looped back to its origin after reaching the outermost reaches of the universe? The concept of time recycling proposes that as space continues to expand, time itself is part of this vast cosmic […]
Black Holes: The Engines of Dimensional Recycling and Space Expansion
Introduction In modern astrophysics, black holes are typically considered as regions of spacetime where gravity is so intense that nothing, not even light, can escape. But what if this perception is only a partial view? If we approach the universe with the premise that space is a liquid-like element, not a vacuum, then black holes […]
Navigating Ripples in Liquid Space: A New Theory for Space Travel
Introduction In exploring the mysteries of the universe, one fundamental concept stands out: if the universe is expanding in all directions, not just horizontally or vertically, then the medium of expansion must be something more than mere vacuum. This leads to a compelling idea—space is not empty but a liquid-like element. As an element, it […]