2nd International Workshop on Nonlinear and Modern Mathematical Physics

“第二届非线性与现代数学物理国际研讨会”将于2013年3月9日至11日在南佛罗里达大学举行。本次数学研究会议的主要目标是调查当前非线性数学物理领域中广泛的主题的最新进展，促进研究界的新合作，并将数学家和物理学家聚集在一起，以理解非线性现象并解决非线性问题。主要讲座的主题将反映数学物理中非线性问题的可解性和可积性领域的主要最新发展，包括但不限于可积和近可积方程，物理和工程应用，如非线性光学，玻色-爱因斯坦凝聚体和流体动力学，非线性现象的数值方面以及相关领域。本次会议将为南佛罗里达地区带来一个独特的国际论坛，并将成为这个蓬勃发展的研究领域新的跨学科协同效应的催化剂。在日常生活中，非线性现象无处不在，但模拟这种现象的所谓非线性数学问题无论从理论上还是从数值上都很难解决。非线性问题的两个重要背景是全球变暖和通信系统。“第二届非线性与现代数学物理国际研讨会”旨在通过促进不同领域研究人员之间的新协同作用，在非线性问题的理解和解决方面取得进展。研讨会将以多学科讲座为特色，讨论从经典数学物理到当代数学物理的新兴主题和广泛的挑战。重点将放在让初级教员和研究生，包括代表性不足的群体、妇女和少数民族的成员参加。讲习班将为数学、物理和工程科学各个分支的广大受众提供重要的教育和公共宣传机会。

The ``2nd International Workshop on Nonlinear and Modern Mathematical Physics" will take place March 9-11, 2013, at the University of South Florida. The primary goals of this mathematics research conference are to survey recent advances on a wide range of topics of current interest in the field of nonlinear mathematical physics, to promote new collaborations in the research community, and to bring together mathematicians and physicists to understand nonlinear phenomena and solve nonlinear problems. The topics of the main lectures will reflect the major current developments in the areas of solvability and integrability of nonlinear problems in mathematical physics, which include, but are not limited to, integrable and near-integrable equations, physical and engineering applications such as nonlinear optics, Bose-Einstein condensates and fluid dynamics, numerical aspects of nonlinear phenomena, and related areas. This conference will bring a unique international forum to the South Florida region, and will be a catalyst for new, cross-disciplinary synergies in this flourishing research area. Nonlinear phenomena occur everywhere in daily life, but the so-called nonlinear mathematical problems that model such phenomena are very difficult to solve either theoretically or numerically. Two important settings for nonlinear problems are global warming and communication systems. The ``2nd International Workshop on Nonlinear and Modern Mathematical Physics" aims to make progress in the understanding and solution of nonlinear problems by promoting new synergies among researchers in different fields. The workshop will feature multidisciplinary lectures on emerging topics and arising challenges of broad scope, from classical mathematical physics to contemporary mathematical physics. Emphasis will be placed in involving junior faculty and graduate students, including members of under-represented groups, women and minorities. The workshop will provide significant opportunities for education and public outreach to a broad audience from various branches of mathematics, physics and engineering sciences.