Surfaces of Applied Materials

Our Goals

Our research aims to unlock the secrets of how material composition, structure, and morphology influence the performance of energy devices like fuel cells and electrolyzers. By understanding these relationships, we strive to: 

• Advance Renewable Energy Technologies: Improve the efficiency and durability of fuel cells and electrolyzers to make them more viable for widespread commercial use. 
• Innovate Material Characterization: Develop advanced methodologies for analyzing complex, multicomponent surfaces and interfaces, ensuring our findings are both reliable and groundbreaking. 
• Contribute to a Sustainable Future: Address global energy demands and environmental concerns by promoting technologies that reduce reliance on fossil fuels. 

Our Strategy

To achieve our goals, we employ a comprehensive and multidisciplinary approach: 

• Multi-Technique Analysis: Utilize a diverse set of X-ray, electron, and ion-based techniques to investigate material characteristics across various scales. 
• In Situ and Operando Studies: Conduct experiments under real-world operating conditions to observe how surfaces and interfaces evolve over time. 
• Collaborative Research: Work closely with experts in chemistry, materials science, and engineering to foster a holistic understanding of energy materials. 
• Focus on Two Primary Objectives: 
• Enhancing Understanding: Deepen our knowledge of surface and interface behaviors, especially when components are altered or substituted. 
• Advancing Characterization Techniques: Develop and refine methodologies to improve the analysis of complex materials. 

Our Impact

Our research has significant implications for society and the environment: 

• Addressing Energy Challenges: By improving fuel cells and electrolyzers, we contribute to cleaner energy solutions that can meet rising global demands. 
• Environmental Stewardship: Promoting renewable energy technologies helps reduce greenhouse gas emissions and mitigates environmental degradation.
• Aligning with Global Goals: Our work supports the mission to solve societal challenges related to earth, energy, and the environment, preparing the next generation of scientists and engineers to continue this vital work. 

Join Our Journey!

Do you want to gain hands-on experience with advanced materials and state-of-the-art analytical techniques? Are you eager to apply your skills in chemistry, engineering, or computer science to real-world problems?  As a first-year engineering student, you have the opportunity to be part of transformative research that bridges multiple disciplines. Join SAM: Surfaces of Applied Materials, and help drive the innovations that will power a sustainable future! 

Be Part of the Energy Revolution! 

Don’t miss this chance to contribute to impactful research while developing valuable skills and knowledge. Join us in exploring the surfaces of applied materials and make a difference in the world of renewable energy.