R. K. Brojen Singh

The paper studies how voltage perturbations affect synchronized Hodgkin-Huxley neuron models, showing that coupling strength and synchronization state influence the likelihood of transitioning to a quiescent state.

The paper investigates how time delays influence stochastic processes in biological systems, showing their role in inducing oscillations, switching states, and creating bistable states.

The paper analyzes SARS-CoV-2 genome data using multifractal methods to study mutation patterns and host-virus interactions, finding high mutational rates and complex genomic organization.

The paper identifies key regulators in prostate cancer by analyzing gene expression data and constructing a network of interactome genes.

The paper models circadian rhythm disruption in Drosophila using a CK2-Per interaction framework, identifying three pathological states driven by noise and system size fluctuations.

The paper analyzes brain network energy distribution using a Hamiltonian function and identifies phase transitions linked to brain states through a resolution parameter.