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Vivian Nwosu Madueke Graduate Student, Interdisciplinary Materials Science Silvera Batista Research Group Most natural processes occur under conditions that are not in thermodynamic equilibrium but constantly experience flows of energy and matter. For instance, microorganisms survive by responding to dissipative chemical energies such as food in their environment by positive or negative chemotaxis. To enable […] Read More

Vivian Nwosu Madueke Graduate Student, Interdisciplinary Materials Science Silvera Batista Research Group Most natural processes occur under conditions that are not in thermodynamic equilibrium but constantly experience flows of energy and matter. For instance, microorganisms survive by responding to dissipative chemical energies such as food in their environment… Read More

Vivian Nwosu Madueke Graduate Student, Interdisciplinary Materials Science Silvera Batista Research Group Most natural processes occur under conditions that are not in thermodynamic equilibrium but constantly experience flows of energy and matter. For instance, microorganisms survive by responding to dissipative chemical energies such as food in their environment… Read More

Jojo Pearson, a swimmer and Ph.D. student in Interdisciplinary Materials Science at Vanderbilt, is conducting cutting-edge research in tissue engineering that could significantly impact the fight against neurodegenerative diseases like Alzheimer’s. Her work, led with advisor Leon Bellan, focuses on neurovascular coupling, exploring how stem cell models could improve understanding and treatment of brain diseases. […] Read More

Vivian Nwosu Madueke Graduate Student, Interdisciplinary Materials Science Silvera Batista Research Group Most natural processes occur under conditions that are not in thermodynamic equilibrium but constantly experience flows of energy and matter. For instance, microorganisms survive by responding to dissipative chemical energies such as food in their environment… Read More

Vivian Nwosu Madueke Graduate Student, Interdisciplinary Materials Science Silvera Batista Research Group Most natural processes occur under conditions that are not in thermodynamic equilibrium but constantly experience flows of energy and matter. For instance, microorganisms survive by responding to dissipative chemical energies such as food in their environment… Read More

Vivian Nwosu Madueke Graduate Student, Interdisciplinary Materials Science Silvera Batista Research Group Most natural processes occur under conditions that are not in thermodynamic equilibrium but constantly experience flows of energy and matter. For instance, microorganisms survive by responding to dissipative chemical energies such as food in their environment… Read More

Vivian Nwosu Madueke Graduate Student, Interdisciplinary Materials Science Silvera Batista Research Group Most natural processes occur under conditions that are not in thermodynamic equilibrium but constantly experience flows of energy and matter. For instance, microorganisms survive by responding to dissipative chemical energies such as food in their environment… Read More

Vivian Nwosu Madueke Graduate Student, Interdisciplinary Materials Science Silvera Batista Research Group Most natural processes occur under conditions that are not in thermodynamic equilibrium but constantly experience flows of energy and matter. For instance, microorganisms survive by responding to dissipative chemical energies such as food in their environment… Read More

Vivian Nwosu Madueke Graduate Student, Interdisciplinary Materials Science Silvera Batista Research Group Most natural processes occur under conditions that are not in thermodynamic equilibrium but constantly experience flows of energy and matter. For instance, microorganisms survive by responding to dissipative chemical energies such as food in their environment… Read More