Review of: "Tsallis Entropy applied to microfluidic channels analysis"
Résumé
Potential competing interests: No potential competing interests to declare. This exploratory work showcases the application of Tsallis entropy to investigate fluid flow in microchannels containing geometric obstacles. By harnessing information theory, we unravel the ability of fluid systems to retain and transport information generated during interactions. This study exemplifies how unconventional approaches, such as employing Tsallis entropy, can illuminate complex physical observations and contribute to a deeper understanding of fluid dynamics, even in scenarios where traditional methods may falter. The insights gleaned from this study offer promising avenues for further research and practical applications across various disciplines.
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