New Theory Suggests Space Might Be a Viscous Fluid

A new theoretical approach to understanding the universe posits that space may not be the vast emptiness previously thought, but rather a viscous fluid. Research led by Muhammad Ghulam Khuwajah Khan from the Indian Institute of Technology in Jodhpur proposes that this hypothetical fluid could provide insights into the fabric of the cosmos.

Khan’s model suggests that the dark matter and dark energy dominating the universe could behave like a thick, slow-moving fluid. This concept challenges traditional views, which typically assume that dark energy remains constant, as described in the Lambda Cold Dark Matter model. According to this prevailing model, dark energy is responsible for the accelerating expansion of the universe. However, recent observations from both the Dark Energy Spectroscopic Instrument in Arizona and the Dark Energy Survey in Chile indicate that dark energy might be weakening over time, contradicting the model’s predictions.

In Khan’s framework, space possesses a viscosity that allows it to carry what he refers to as “spatial phonons.” These phonons represent tension waves traversing the universe’s fabric. By incorporating the potential resistance of these spatial phonons, Khan’s theory could reconcile discrepancies observed in recent astronomical surveys, aligning the findings with existing theories such as the Big Bang while adding a new layer of complexity.

Khan’s proposition does not discard established theories but rather seeks to integrate them, suggesting that while dark energy continues to drive the universe’s expansion, the presence of spatial phonons introduces a variable that could account for the uneven nature of that expansion. His research fills a critical gap in understanding, providing a fresh perspective on the dynamics of cosmic forces.

While the theory remains speculative and has yet to undergo peer review, it invites intrigue and discussion within the scientific community. As research continues to evolve, the idea of a universe filled with a gooey substance offers a whimsical yet thought-provoking lens through which to view the cosmos.

Scientists are eager to see how this theory develops, as it could significantly impact our understanding of fundamental cosmic principles. For now, Khan’s work stands as an engaging exploration of the mysteries that lie beyond our planet.