All articles tagged with #higher dimensions
Physicists have discovered universal laws governing quantum entanglement across all dimensions by applying thermal effective theory, revealing that entanglement patterns are governed by a few key parameters, which advances understanding in quantum information, gravity, and higher-dimensional systems.
Researchers have demonstrated that quantum entanglement follows universal rules across all dimensions by applying thermal effective theory, expanding understanding beyond the traditional 1+1 dimensions and potentially impacting quantum computing, simulation, and quantum gravity research.
Researchers at Kyoto University are exploring the use of higher dimensions in de Sitter space to explain gravity in the early universe. By developing a method to compute correlation functions among fluctuations, they aim to bridge the gap between Einstein’s theory of general relativity and quantum mechanics. This could potentially validate superstring theory and enable practical calculations about the early universe’s subtle changes. Although initially tested in a three-dimensional universe, the analysis may be extended to a four-dimensional universe for real-world applications.