- How far can charge carriers travel before they recombine?
- What determines whether recombination produces light or dissipates energy through other pathways?
- And how can we establish which processes limit a material’s performance?
Join us to connect these questions through carrier diffusion, mobility and radiative versus non-radiative recombination. A short introduction will explore the underlying physics and how to investigate it experimentally, including what steady-state and time-resolved photoluminescence can reveal about carrier behaviour.
From there, we’ll open the floor to discussion. Bring a question from your research, compare explanations with other scientists, or come to discover what these approaches could offer your work. No prior experience with photoluminescence measurements is needed, and contributions from experienced researchers are encouraged.
WHEN?
Tuesday, December 1, 2026 – during the afternoon coffee break
Wednesday, December 2, 2026 – during the afternoon coffee break
The exact schedule will be published soon!
WHERE?
PicoQuant booth N° 709 at MRS Fall
Join the Masterclass and Discuss Your Questions
From December 1-2, 2026, you will have the opportunity to dive deeper into
- carrier diffusion
- mobility
- radiative versus non-radiative recombination
During the one hour masterclass, you’ll explore
- steady-state
- and time-resolved photoluminescence
as helpful applications and learn how they can be beneficial for your research.
Your are welcome to also bring your own research questions and discuss individual topics.
