Kelath Murali Manoj

The paper develops a murburn formalism to explain how redox heterogeneity in micro-oxic environments drives biodiversity through dynamic fitness landscapes and coexistence.

The paper uses quantitative modeling to show how hydrated polymer systems regulate oxygen delivery and reactive species buffering across biological processes, from amphibian development to human reproduction and disease.

This paper introduces the murburn model, which explains bacterial motility through metabolic water ejection, showing it can reproduce observed swimming speeds and rotation without a rotary motor.