activity
20032026
most citedThe Jain-Monrad criterion for rough paths and applications to random Fourier series and non-Markovian Hörmander theory

55 citations · 684 across the 94 of their papers we have counts for

collaborators

111 papers

math.PR2026

A pathwise approach to semilinear SPDEs with Lévy drivers

Dirk Becherer, Peter Friz, Yuchen Sun

We extend the notion of robust viscosity solutions to semilinear rough partial differential equations (RPDEs) of the form \[ \partial_t u + \mathcal{L}_t u + f(t,x,u,σ^{\top}\nabla…

math.PR2026

Rough backward stochastic differential equations

Peter K. Friz, Jian Song, Huilin Zhang +1

We develop an intrinsic well-posedness theory for nonlinear backward stochastic differential equations (BSDEs) driven simultaneously by Brownian motion and a (level-) rough path…

math.OC2026

Duality for Stochastic Control with non-Markovian Random Coefficients

Peter Bank, Jannis R. Dause, Filippo de Feo +1

We develop novel duality methods for stochastic optimal control problems under two sources of randomness and non-Markovian random coefficients adapted to just one of them. The Hami…

math.PR2026

Controlled fields, rough stochastic calculus, and Itô-Wentzell-Alekseev-Gröbner identities

Jannis R. Dause, Peter K. Friz, Arnulf Jentzen +1

We develop a calculus of space-time controlled fields for rough stochastic systems. This approach provides a unified composition rule for evaluating random fields along rough semim…

math.PR2026

Talagrand-type transport inequalities for path spaces over Carnot groups

Peter K. Friz, Helena Kremp, Vaios Laschos +2

We consider Talagrand-type transportation inequalities for the law of Brownian motion on Carnot groups. An important example is the lift of standard Brownian motion to the Brownian…

math.PR2026

Mean-field games with rough common noise: the linear-quadratic case

Peter K. Friz, Ioannis Gasteratos, Ulrich Horst +1

Motivated by mean-field games (MFG) with common noise on the one hand and pathwise stochastic control theory on the other, we formulate here a linear-quadratic (LQ) MFG with rough…