The Magnesium Alchemist: Crafting Rechargeable Batteries

Author: Sajia Athai, Class of 2026 Figure 1. A magnesium-based battery. From putting AAA alkaline batteries into remotes to rechargeable batteries in Teslas, modern applications require high-energy rechargeable batteries to function efficiently and sustainably. The tubular structure of batteries conceals the inner dynamics of solvent exchange,  the journey of solvent molecules moving in and out of the ion’s solvation shell in electrolytes. Magnesium-based rechargeable batteries … Continue reading The Magnesium Alchemist: Crafting Rechargeable Batteries

Optimization of a Lithium Flow Battery to Increase Energy Storage

By Meghan Bialt-DeCelie Image acquired from: https://en.wikipedia.org/wiki/Wind_power_in_New_Zealand Figure 3: Windmills need reliable large-scale flow batteries to effectively store energy for later use.   The flow battery is a development in large-scale, renewable battery technology. It is often found attached to solar panels and windmills to collect the energy produced. However, it is unable to cost-effectively store large amounts of energy. Dr. Qing Wang, of the University … Continue reading Optimization of a Lithium Flow Battery to Increase Energy Storage