Christopher J Tassone

Title: Christopher J. Tassone: Advancing Photovoltaic Device Efficiency

Introduction

Christopher J. Tassone is an inventor associated with the University of California and based in Los Angeles, California. His patent work addresses photovoltaic device design, with a focus on fullerene derivatives that can help improve the movement of electrical charges through an active layer.

Latest Patents

Tassone is credited with 1 patent: “Photovoltaic Devices Including Self-Assembling Fullerene Derivatives for Improved Efficiencies.” The invention describes a photovoltaic device with two electrode layers and an active layer between them. The active layer absorbs incident light and produces two types of charge carriers, which travel toward separate electrodes. Self-assembled molecules of a fullerene derivative provide a conductive path through at least part of the active layer, a design intended to support charge transport and improve device efficiency.

Career Highlights

Tassone’s listed patent highlights his contribution to research on photovoltaic materials and device architecture. By incorporating self-assembling fullerene derivatives into the active layer, the invention explores a way to facilitate charge movement in light-absorbing devices.

Collaborations

Tassone’s listed coworkers include Darcy Wanger and Merissa Halim. His work is associated with the University of California.

Conclusion

Christopher J. Tassone’s patent focuses on using self-assembling fullerene derivatives to create conductive pathways in photovoltaic active layers, contributing to research aimed at improving solar-device performance.