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. This concept paves the way for a fresh theory: Time Recycling.
The Nature of Space and Expansion
Conventional physics describes space as a vacuum, a fabric that stretches with the universe’s expansion. But if nothing can float in emptiness, how do galaxies and stars remain in orbit? The Quranic phrase “floating in the orbit” inspires the idea that space is not void but an element—perhaps similar to a liquid. This liquid-like space could provide the medium needed for celestial bodies to orbit, spiral, and interact.
As the universe expands, it doesn’t do so into emptiness but rather expands the very fabric—or in this model, the liquid—of space. This ongoing expansion leads to the question: what happens to parts of space that move faster than light?
Beyond the Speed of Light: Entering the Timeless
Modern physics suggests that nothing with mass can exceed the speed of light. But what about the fabric of space itself? If regions of space expand faster than light, then they essentially move beyond the reach of time as we know it. This suggests that these parts are no longer bound by our timeline, potentially escaping causality itself.
Yet, if space is an element, it doesn’t vanish simply because it surpasses time. Like a magnetic field line that curves and loops, space may return to its origin or move in a closed trajectory. Hence, space that expands beyond time might loop back, forming what we call “Time Recycling.”
Time Recycling: The Loop of the Cosmos
If space curves back like magnetic lines, then parts that have moved beyond the time horizon could re-enter it at a different location or moment. This model allows us to imagine time not as a straight line but as a bending, fluid loop. The space that leaves our observable realm may return later, enriched or altered, feeding new cosmic phenomena.
What force creates this loop? Possibly a membrane-like structure beyond the horizon that interacts with space in ways we don’t yet understand—a cosmic magnet, if you will. This membrane could bend time itself, much like a magnetic field bends charged particles.
Implications and Reflections
If this theory holds weight, it would mean the universe is in a continuous cycle of expansion, recycling, and regeneration. Black holes might serve as the shredders of matter and re-injectors of energy and space back into the cosmos, contributing to this recycling mechanism.
This perspective also redefines our understanding of time travel. Exceeding the speed of light wouldn’t result in paradoxes or wild temporal leaps, but rather a subtle bending of the timeline, perhaps a second or two—just enough to slip slightly forward or backward.
Conclusion
Time Recycling, as derived from the idea of space being a liquid-like element, opens a new frontier of cosmic understanding. It aligns with ancient wisdom, religious texts, and intuitive physics to propose a universe that is not only expanding but also curving, returning, and regenerating itself. It is not chaos but a magnificent, fluid order yet to be fully understood.