M. Taye

Time-dependent thermodynamic relationships for a Brownian particle that walks in a complex network

The paper analyzes the thermodynamic behavior of Brownian particles in complex networks, showing that entropy and production increase with network size but their rates stabilize over time.

Dynamics of blood cells during a routine laboratory examination

This paper analyzes how centrifugation time and environmental factors like temperature affect blood cell dynamics during laboratory procedures using mathematical models.

The correlation between antiviral drug, immune response and HIV viral load

The paper modifies a mathematical model to study the time-dependent efficacy of antiviral drugs on HIV viral load and immune response.