Exploring Memory and Chaos in Fractional-Order Bogoyavlenskii System
A recent study has explored memory effects and chaotic transitions in the fractional-order Bogoyavlenskii dynamical system.… more →
Researchers have developed a new method to simplify the process of universal averaging in quantum systems, a crucial step for device characterization and verification. This advance is based on the construction of unitary operator bases that act as reduced-size averaging sets, achieving the same results as traditional methods that require a significantly larger number of operators.…
A recent study has explored memory effects and chaotic transitions in the fractional-order Bogoyavlenskii dynamical system.… more →
Scientists have for the first time visualized excitons confined in moiré superlattices of twisted bilayer MoS2, a two-dimensional material.… more →
Researchers have developed a bio-inspired robot that replicates the peculiar flight mechanism of hummingbirds, known as "clap and fling.… more →
Scientists have investigated the 'steerability' of rank-2 two-qubit entangled states, a fundamental concept in quantum mechanics that describes the ability to influence the state o… more →
Researchers have developed a technique to protect electron spins in semiconductor quantum dots from phonon-induced decoherence.… more →