Theses

30. Sunny Wang. Origins of Interfacial Impedance & Lithium Metal Initiation in Garnet Solid Electrolytes. Chemistry, Stanford University (2025).

29. Xiao Cui. Battery Formation: Mechanistic Understanding & Diagnostics. Materials Science & Engineering, Stanford University (2025).

28. Justin Rose. Plating-induced degradation of lithium-ion battery negative electrodes. Materials Science & Engineering, Stanford University (2024).

27. Jianbo Wang. Developing a Four-electron Sn Anode for Aqueous Batteries. Chemistry, Stanford University (2024).

26. Grace Busse. Synthesis and processing of lithium and manganese rich layered oxide positive electrode materials. Materials Science & Engineering, Stanford University (2024).

25. Emma Kaeli. Disentangling capacity loss mechanisms in lithium-ion liquid and solid electrolyte batteries. Materials Science & Engineering, Stanford University (2024).

24. Henry Louis Thaman. Morphological, mechanical and electrochemical investigations into the solid electrolyte interphase. Materials Science and Engineering, Stanford University (2023).

23. Emily Penn. Electrochemical energy storage and conversion using redox-active organic materials. Chemical Engineering, Stanford University (2023).

22. Devi Ganapathi. Data-driven diagnosis of lithium-ion battery degradation under realistic usage conditions. Materials Science and Engineering, Stanford University (2023).

21. Allen Liang. Operando surface-sensitive UV-Vis methods on nickel-based oxygen evolution reaction electrocatalysts. Chemistry, Stanford University (2022).

20. Norman Jin. Morphological control and multi-length-scale characterization of lithium iron phosphate. Materials Science & Engineering, Stanford University (2022).

19. Geoffrey McConohy. Interfacial degradation of ceramic solid electrolytes in high energy density batteries. Materials Science & Engineering, Stanford University (2022).

18. Haitao Deng. The electrochemical phase transformation in LiXFePO4. Materials Science & Engineering, Stanford University (2021).

17. Peter Csernica. The Chemistry, Kinetics, and Implications of Oxygen Defects in Li-excess Oxides. Materials Science & Engineering, Stanford University (2021).

16. Philipp Muscher. Dynamical switching of tungsten ditelluride via ion insertion. Materials Science & Engineering, Stanford University (2021).

15. Iwnetim Abate. Designing hysteresis free high-valent redox cathode materials for electrochemical applications. Materials Science & Engineering, Stanford University (2021).

14. Shang Zhai. Iron-based oxides for thermochemical splitting of water and carbon dioxide. Mechanical Engineering, Stanford University (2020).

13. Andrey Poletayev. Ion conduction by the picosecond: optical probes and correlations. Materials Science & Engineering, Stanford University (2020).

12. Kipil Lim. Local Structure-redox Relationship in Li-excess Layered Oxides. Materials Science & Engineering, Stanford University (2019). [YouTube Link]

11. Peter Attia. Degradation of Cargon Negative Electrodes in Lithium-ion Batteries. Materials Science & Engineering, Stanford University (2019). [YouTube Link]

10. Nadia Ahlborg. Thermodynamics of Metal Oxides for Hydrogen via Thermochemical Cycling. Materials Science & Engineering, Stanford University (2019). [YouTube Link]

9. Antonio Baclig. Eutectic liquids for high-energy density flow batteries. Materials Science & Engineering, Stanford University (2019). [YouTube Link]

8. William Gent. Harnessing Oxygen Redox to Extend the Energy Density of Lithium-Ion Batteries. Chemistry, Stanford University (2018). [YouTube Link]

7. Zixuan Guan. Probing and Tuning the Far-from-equilibrium Oxygen Exchange Mechanism on Electrochemical Solid-gas Interfaces. Applied Physics, Stanford University (2018).

6. Madhur Boloor. Solid-State Architecture for an Elevated-Temperature Photoelectrochemical Cell. Materials Science & Engineering, Stanford University (2017).

5. Michael L. Machala. Surface Cation Heterogeneity in Perovskite Oxides Connected to Catalytic Activity and Stability. Materials Science & Engineering, Stanford University (2017). [YouTube Link]

4. Yiyang Li. Nanoscale reaction, transport, and phase transformation in LixFePO4 battery electrodes. Materials Science & Engineering, Stanford University (2016). [YouTube Link]

3. Xiaofei Ye. Elevated-Temperature Photo-electrochemical Water Splitting. Materials Science & Engineering, Stanford University (2016). [Youtube Link]

2. Yezhou Shi. Oxide Surface and Bulk Atomic Structures Studied by Real-space and Reciprocal-space Probes. Materials Science & Engineering, Stanford University (2015).

1. Zhuoluo A. Feng. In-Operando X-ray Photoelectron Spectroscopy Investigation of the Ceria/Gas Electrochemical Interface. Applied Physics, Stanford University (2015).