THE HIDDEN GEOMETRY OF THE UNIVERSE COULD BE THE REALIZATION OF EINSTEIN'S DREAM скачать в хорошем качестве

THE HIDDEN GEOMETRY OF THE UNIVERSE COULD BE THE REALIZATION OF EINSTEIN'S DREAM

#UniverseGeometry #UnifiedTheory #Electromagnetism #SpaceTime #ScienceNews #NewPhysics #UnifiedFieldTheory #Electromagnetism #SpacetimeGeometry #EinsteinLegacy #GeometricUniverse #PhysicsBreakthrough #QuantumGravity The Hidden Geometry of the Universe: Einstein's Dream Realized? For more than a century, the greatest geniuses in physics have pursued a bold dream: to unify all the fundamental forces of nature into a single elegant equation. A dream that began with Einstein… and that is now perhaps closer to becoming a reality. ] Albert Einstein devoted the last 30 years of his life to the search for a unified field theory. He wanted to show that both gravity and electromagnetism—two of the four fundamental forces of nature—were, in fact, different manifestations of the same structure: the geometry of spacetime. But until his death in 1955, this dream remained unfulfilled. And he was not alone in this journey. Other greats such as Erwin Schrödinger, creator of the fundamental equation of quantum mechanics, Arthur Eddington, who proved general relativity with eclipses, and Theodor Kaluza, who proposed a fifth dimension to unify the forces, also tried. But their ideas never found empirical confirmation or widespread acceptance. At the end of the 20th century, string theory emerged as the promise of final unification. However, to this day, it has not produced verifiable predictions — and fundamental physics remains fragmented. But what if the key lay in something simpler... more elegant... and already present in the very fabric of the universe? Physicists Jussi Lindgren, Andras Kovacs and Jukka Liukkonen believe so. In a recent paper published in the Journal of Physics: Conference Series, they propose that electromagnetism is not a separate force… but rather a ripple of spacetime itself. They have developed a geometric theory in which electric charges, magnetic fields, and even light are not external entities, but direct consequences of the local deformations and compressions of spacetime. This idea is inspired by the insight of physicist John Wheeler, Kip Thorne’s mentor, who said, “Matter tells space how to curve, and space tells matter how to move.” Using variational calculus—a mathematical technique that finds the ideal form of a function—the trio derived new nonlinear field equations that generalize Maxwell’s famous equations that describe the behavior of the electromagnetic field. In traditional theory, these equations are linear—but in the new approach, they emerge as special cases within a deeper, more complex context. To do this, the researchers used Weyl geometry, proposed in 1918 by mathematician Hermann Weyl. Unlike the geometry used by Einstein, which treated distances as absolute, Weyl proposed a geometry in which lengths can vary locally — exactly what the authors needed to describe variations in space-time associated with electric fields. According to the study, electric charge would be a local compression of space-time, and the forces we feel — such as the Lorentz force — would be just the reflection of the movement of particles along geodesics, the shortest paths in this curved space. And the theory goes even further: it predicts the mysterious Aharonov-Bohm effect — in which particles are influenced by fields even when they are apparently in regions without force — as a natural consequence of this geometry. If they are right, light, magnetism and even electric charge itself would not be “things” — but just properties of space-time vibrating in harmony. As Einstein said: the ether is space-time itself. The article by Jussi Lindgren and his colleagues rekindles one of the oldest dreams of modern physics: a simple, elegant and purely geometric unification of the forces of nature. Could it be that space-time holds all the secrets of the universe? And now that you know that electric charge may be just a fold in space-time... Could it be that we are closer to understanding the secret language of the universe? Leave your opinion in the comments — and if this type of discovery fascinates you as much as we do, like the video, subscribe to the channel and activate the bell. Because at Ciência News, the border between the known and the unknown is our starting point. #UniverseGeometry #UnifiedTheory #Electromagnetism #SpaceTime #ScienceNews #NewPhysics #UnifiedFieldTheory #Electromagnetism #SpacetimeGeometry #EinsteinLegacy #GeometricUniverse #PhysicsBreakthrough #QuantumGravity