Brandon D. Young

Papers

Total Citations

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About

Brandon D. Young is a pioneering researcher in the emerging field of magnetoelectric robotics for biomedical applications, with a particular focus on targeted drug delivery and cellular manipulation. His most influential work, "Analysis of Magnetoelectric Robot for Biological Cell Poration" (2019, 8 citations), introduces a novel approach using magneto-electric (ME) robots that leverage the coupling of magnetostrictive and piezoelectric properties to generate precise electric pulses for cell poration. Young's key contribution lies in demonstrating how CFO-BTO (Cobalt Iron Oxide and Barium Titanate) composite materials can be engineered to create miniature robots capable of non-invasive, targeted drug delivery at the cellular level. This work bridges materials science, robotics, and medicine, offering a transformative pathway for treating diseases with unprecedented precision. While his citation count reflects the niche but growing interest in this area, Young's research is foundational for advancing medical microrobotics, positioning him as a rising innovator in the quest for next-generation therapeutic technologies. His work continues to inspire new directions in biohybrid systems and smart materials for healthcare.