PhD thesis defence: Materials Physics

PhD thesis defence presentation for Materials Physics and Engineering: cover, figures on the problem, research questions, chapter structure, state of the art, methodology with equations, results with curves and charts, original contributions, resulting publications, conclusions, backup slides for the committee's questions and notes with 45-minute timings.

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Cover of the presentation “PhD thesis defence: Materials Physics”

What’s inside

  1. Interface engineering for stable perovskite solar cells: from hours to thousands of hours
  2. >26 % record lab efficiency for single-junction perovskite cells.
  3. Research questions
  4. Structure of the thesis
  5. State of the art
  6. Methods
  7. C1 · Passivation raises the voltage without losing current
  8. Full photovoltaic parameters (mean ± deviation, n = 24)
  9. C2 · Encapsulation multiplies lifetime
  10. Why the ISOS-L-2 protocol and not an outdoor test?
  11. C3 · A model to predict lifetime
  12. Original contributions
  13. Resulting publications
  14. Impact and future work
  15. Stabilising the interface and encapsulating well takes these cells from hundreds to thousands of hours, and their lifeti
  16. Thank you
  17. What are the limitations of the work?

How to use it

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