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Patrik Isacsson's dissertation focuses on the materials design for paper electrodes, exploring the intersection between papermaking and electronics. The thesis is divided into three parts: an introduction to the field, a summary of results from four separate works, and conclusions highlighting critical aspects for paper electrode design. The research emphasizes the use of renewable, biobased materials such as cellulose and lignin for energy storage applications. It also discusses the challenges and prospects for using conventional papermaking techniques instead of more advanced nanocellulose methods. The work aims to provide valuable insights for scientists and engineers interested in sustainable and cost-effective energy storage solutions.

Papermaking. --- Electrodes. --- Papermaking --- Electrodes