New research helps reconcile the laws of physics incompatible with suggesting that time can be three -dimensional.
A new and bold theory proposes that time It may not be a unique dimensionas it was thought so far, but a three -dimensional fabric that sustains the whole reality. The proposal, presented by the geophysicist Gunther Kletetschka from the University of Alaska, may offer a new way to unite the separate worlds from quantum mechanics and general relativity.
For decades, physicists have been trying to reconcile the laws that govern the very large – such as galaxies and black holes – with those that describe the very small – such as subathemical particles. Although both are incredibly accurate in their respective domains, they are fundamentally incompatible when applied together. Kletetschka’s proposal challenges the traditional concept of spacetime, suggesting that the true base of the universe is not composed of four dimensions (three spatial and one temporal), but by six: three of space and three of time.
Although the idea of a three -dimensional time is not completely new, the previous models did not present experimental relevance. Kletetschka states that its mathematical framework is the first to reproduce physical properties already observed in nature, such as the known masses of particles such as Quark Top, Muão and Electrão. The theory also provides for the values of the masses of neutrinos and subtle variations in the velocity of gravitational waves, phenomena that can be verified in future experiences, explains the.
According to this theory, each of the three temporal dimensions operates on a different scale: Quantum events take place almost instantly, daily time is predictably stems and cosmic time extends through vast periods. By treating these temporal dimensions as orthogonal, the model allows them to turn them on a coherent way, preserving the cause and effect relationship.
“Time in three dimensions becomes the screen of the universe,” says Kletetschka. “The space, with its three family dimensions, is more like paint on this screen.”
This new model, at Reports in Advances of Physical Science, goes beyond theoretical elegance. By aligning yourself with known data and presenting testable predictions, you can become a credible step towards unifying physics. If confirmed, the model can radically transform our understanding of reality, from quantum fields to the evolution of galaxies.
“The path to unification may demand a fundamental reconsideration of the nature of physical reality ”, concludes Kletetschka.
