Lecture Notes (graduate/research level):

• E. Peltola. Probabilistic (correlation function) point of view for CFTs. Pascal Institute, 2025.  (I describe how correlation functions in 2D CFTs can be concretely understood in terms of random interface models.)

• E. Peltola. Interplay of Schramm-Loewner evolution curves with conformal field theory. Peking, 2023, and SRS, 2024. (I discuss the relation of SLE paths to critical models, CFT, and its algebraic content.)

• E. Peltola. Geometry of random conformally invariant curves. SISSA, 2022. (I introduce models for conformally invariant random curves and discuss their geometric properties and relation to critical models.)

Lecture Notes (undergraduate level): 

• L. Leskelä and E. Peltola. Stochastic processes. Aalto, 2023/2024.

• E. Peltola. Brownian motion, martingales, and stochastic analysis. Aalto, 2022/2025.