Quantum machine learning (QML) is an emerging area of research in the domain of Quantum computing, leveraging unique properties of entanglement and superposition. Although QML is in early stages of development, yet there ...

The study examines the Quantum Fisher Information (QFI) of an atomic system with a dissipation cavity and kerr-like medium present. We first develop the QFI formulae for two different initial atomic states interacting ...

The New Physics effects observed through the anomalies in the b → clν¯l decay processes serve as an insight to look for the possibility of utilizing the observables inferred from the detailed angular analysis of b → ulν¯l ...

As the demand for advanced data storage technology rises, we are exploring materials that provide precise control. Among the potential applications for two-dimensional materials, there is a notable interest in exploring ...

Globally, cancer is the biggest cause of mortality. Currently, breast cancer ranks fifth in terms of cancer-related mortality and is one of the most often diagnosed cancers. Conventional therapies have their limits. ...

In current research, Carbon dots (CDs) and Au-coated Carbon dots (AuCDs) have been synthesized using Hydrothermal and conventional coating methods. AuCDs are a novel candidate in nanomaterials. Different characterization ...

In the framework of the SU(N) gauge field theory, we embark on a comprehensive exploration of the transformation properties of n-point Green functions. Specifically, we center our focus on propagators and vertices, which ...

We investigate the factorizability of the decay amplitude W+ → Bγ at tree level and with one loop QCD corrections. It was found that working in the heavy quark limit allows these amplitudes to be factorized as this limit ...

In today's fast-growing world, information storage and processing is a significant challenge for researchers. Researchers are working hard to develop faster, stable, and reliable memristive architectures to meet the ...

The Quantum Walk is the quantum version of classical random walk. In a conventional "Discrete-time Quantum Walk (DTQW)", coin and shift unitary operators guide the evolution of the walker after some steps. While the ...