Sayantan Ghosh

Generation of entangled channels for perfect teleportation using multielectron quantum dots

In this work we have proposed a scheme for generating

Characterizing multi-scale self-similar behavior and non-statistical properties of fluctuations in financial time series

N

Multiscale periodicities in aerosol optical depth over India

qubit entangled states which can teleport an unknown state perfectly. By switching on the exchange interaction (

Differing self-similarity in light scattering spectra: a potential tool for pre-cancer detection

J

Probing tissue multifractality using wavelet based multifractal detrended fluctuation analysis: Applications in precancer detection

) between the qubits one can get the desired states periodically. A multi electron quantum dot can be a possible realization for generating such

Statistical Properties of Fluctuations: A Method to Check Market Behavior

N

Wavelet-based multifractal analysis of laser biopsy imagery

qubit states with high fidelity. In the limit of

Characterizing price index behavior through fluctuation dynamics

N \to \infty

Periodicities in Aerosol Optical Depths

, there exists a unique time

Singularity strength based characterization of financial networks

t=\frac{1}{J}\cos^{-1}(-1/8)