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20032019
most citedMeasurement of the Transverse-Longitudinal Cross Sections in the p (e,e'p)pi0 Reaction in the Delta Region

45 citations · 119 across the 18 of their papers we have counts for

collaborators

20 papers

math.PR2019★ 1 cited

Quenched and averaged large deviation rate functions for random walks in random environments: the impact of disorder

Rodrigo Bazaes, Chiranjib Mukherjee, Alejandro Ramirez +1

In 2003, Varadhan [V03] developed a robust method for proving quenched and averaged large deviations for random walks in a uniformly elliptic and i.i.d. environment (RWRE) on $\mat…

math.PR2018★ 12 cited

A proof of Sznitman's conjecture about ballistic RWRE

Enrique Guerra, Alejandro F. Ramírez

We consider a random walk in a uniformly elliptic i.i.d. random environment in for . It is believed that whenever the random walk is transient in a given dire…

math.PR2016★ 1 cited

Asymptotic direction for random walks in mixing random environments

Enrique Guerra, Alejandro F. Ramírez

We prove that every random walk in a uniformly elliptic random environment satisfying the cone mixing condition and a non-effective polynomial ballisticity condition with high enou…

math.PR2016★ 2 cited

Random walk in the low disorder ballistic regime

Alejandro F. Ramirez

We consider a random walk in which jumps from a site to a nearest neighboring site (where ) with probability $p_0(e)+ε…

math.PR2015

Asymptotic expansion of the invariant measure for ballistic random walk in the low disorder regime

David Campos, Alejandro F. Ramirez

We consider a random walk in random environment in the low disorder regime on . That is, the probability that the random walk jumps from a site to a nearest neighb…

math.PR2015

Quenched invariance principle for random walk in time-dependent balanced random environment

Jean-Dominique Deuschel, Xiaoqin Guo, Alejandro F. Ramirez

We prove a quenched central limit theorem for balanced random walks in time dependent ergodic random environments which is not necessarily nearest-neigbhor. We assume that the envi…