The current theoretical understanding of thefundamental interactionsof matter is based on quantum field theories of these forces. Research continues, however, to develop a singleunified field theorythatencompassesall the forces. In such a unified theory, all the forces would have a common origin and...
Entanglement is one of the strangest features of quantum mechanics, and long-debated as to how big or complex a system can be for quantum theory to still be applicable. Building on recent experiments showing that light can strongly couple to living bacteria, an international team of researchers ...
In this work, we construct a quantum theory for the nonlinear Hall effect using the diagrammatic technique. Unlike the bubble diagrams of the linear-response theory, the quadratic responses are described by triangular and two-photon diagrams, representing two inputs and one output. We identify 69 ...
The theory shows that the alternating field can bring about a transition only between pairs of states with mF values that are the same or that differ by unity. However, as can be seen from the figure, the only transitions occurring at the frequency ν0 are those between the two states ...
PDF1- Applying Quantum Kmeans on Images in a nice way PDF2- Theory PDF3- Explaining well the K-means clustering using hamiltonian Matlab- Yet to come soon Python- Yet to come soon PDF1- Theory Matlab- Yet to come soon Python- Yet to come soon ...
Therefore, it is vital in theory and reality to study the UC, especially the UC of the power system with the high penetration of renewable energy. However, from a mathematics and computer science point of view, the UC is a fundamentally large-scale mixed-integer nonlinear, NP-complete/NP-...
While quantum computing is still seeking its shape, its effect is seen in making magnificent strides in the field of computing bringing into bare a new dimension of computing. Nevertheless, just like any other concept or field, it has some challenges, and a lot of research and work need to...
Another particularly useful diagnostic is the spectral form factor (SFF) that interpolates between the quantum mechanical OTOC and the random matrix theory (RMT) [18]. In general, SFF is very hard to compute, apart from some special cases, due to various subtleties related to the spectral ...
A relationship between two-dimensional and four-dimensional space-time by comparing generalized two-dimensional Yang–Mills theory and Maxwell construction Leila Lavaei Article 09 August 2024 | Open Access A hybrid quantum-classical classification model based on branching multi-scale entanglement renor...
The former includes a strongly retarded pairing interaction of ill-defined fermions, the latter is rooted in the duality of quantum field theory and gravity theory. We demonstrate that both are different perspectives of the same theory. We derive holographic superconductivity in form of a gravity ...