Physicists are exploring the chaotic nature of space-time near black hole singularities using new mathematical tools and the AdS/CFT correspondence. Recent research revisits the Mixmaster universe theory from the 1960s, suggesting that space near singularities experiences chaotic stretching and compression in multiple directions. These studies aim to reconcile general relativity with quantum mechanics and potentially reveal fundamental truths about space-time.
A detailed exploration of electricity fundamentals explains atomic structure, electron behavior, and electrical conduction mechanisms in metals and insulators. The article bridges the gap between basic analogies and academic complexity, making quantum mechanics concepts accessible to hobby electronics enthusiasts.
A photograph captures the final state of Richard Feynman's blackboard as it appeared at the time of his death in 1988 at Caltech. The historical image serves as a poignant snapshot of the renowned physicist's last academic thoughts and calculations.