Publications
[8] Q. Berger, Pinning model in random correlated environment: appearance of a strong disorder regime, 2013, arXiv:1303.2990 [math.PR]
[7] Q. Berger, F. Caravenna, J. Poisat, R. Sun, N. Zygouras, The critical curve of the random pinning and copolymer models at weak coupling, 2013, arXiv:1301.5308v1 [math.PR]
[6] Q. Berger, Comments on the influence of disorder for pinning model in Gaussian correlated environment, 2013, arXiv:1301.5307v1 [math-ph]
[5] Q. Berger, Ph.D. thesis, Polymères en milieu aléatoire: influence d'un désordre corrélé sur le phénomène de localisation,
École Normale Supérieure de Lyon, 2012, (available online)
[4] Q. Berger, F. Toninelli, Hierachical pinning model in correlated random environment,
Annales de l'Institut Henri Poincaré (to appear) arXiv:1110.5781v1 [math.PR]
[3] Q. Berger, H. Lacoin, Sharp critical behavior for random pinning model with correlated environment,
Stochastic Processes and their Applications, 122 Num. 4 (2012) 1397-1436 (link). arXiv:1104.4969v1 [math.PR]
[2] Q. Berger, H. Lacoin, The effect of disorder on the free-energy for the Random Walk Pinning Model: smoothing of the phase transition and low temperature asymptotics,
Journal of Statistical Physics 42 (2011) 322-341 (link). arXiv:1007.5162v1 [math-ph]
[1] Q. Berger, F. Toninelli, On the critical point of the Random Walk Pinning Model in dimension d=3,
Electronic journal of probability 15 (2010) 654-683 (link). arXiv:0911.1661v2 [math.PR]
- Quentin Berger
- Department of Mathematics KAP 108, USC,
- Los Angeles, California 90089-2532
- Phone: (213) 821 - 1628
- Email: qberger@usc.edu