Scientific schematic showing MoS2 photophysics with potential fluctuations, electron-hole pairs, and temperature states.

Create a vector schematic showing the photophysics of MoS₂. Draw a landscape of random localized potential fluctuations (RLPF) as hills and valleys beneath the MoS₂ layer. Show electrons and holes trapped in potential minima. Add arrows showing photoexcitation, trap capture, and slow detrapping labeled ‘persistent photoconductivity (PPC)’. Include exciton and trion icons: neutral exciton (X⁰) and negatively charged trion (X⁻). Add arrows showing ‘high n‑doping → trions’ and ‘dedoping → excitons’. Include temperature icons: 250 K with active traps, 10 K with frozen traps. Use teal for MoS₂, yellow for excitons, red for trions, gray for traps. See more