Emergence in Disordered, Interacting and Living Systems a the Aspen Center August 12, 2017

阿斯彭中心无序、相互作用和生命系统的出现 2017 年 8 月 12 日

• 批准号: 1744254
• 负责人: Piers Coleman
• 金额: $ 1万
• 依托单位: Rutgers University New Brunswick
• 依托单位国家: 美国
• 项目类别: Standard Grant
• 财政年份: 2017
• 资助国家: 美国
• 起止时间: 2017-07-01 至 2017-12-31
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=1744254&HistoricalAwards=false
• 关键词: Emergence; Disordered; Interacting; Living; Systems

The meeting on "Emergence in disordered, interacting and living systems" to be held at the Aspen Center for Physics, August 12th, 2017 will bring together world leaders in the area of emergence in disordered, interacting, and living systems to discuss grand challenges in the area that face the community today. The occasion of the conference will also be used to mark the achievements of Professor Elihu Abrahams, whose work has shaped our understanding of this area of science, both in the context of condensed matter physics and in the life sciences. The conference will focus on forward-looking research talks and panel discussions, and will be supplemented with presentations with historical perspective, examining the areas of science where Professor Abrahams has made seminal contributions. This event will provide a unique opportunity to summarize the current status of understanding of emergent behavior in condensed matter and living systems. The presentations and discussions at this event will be published online on the conference web-page. The perspective provided by this meeting will help to frame the big questions and directions for research in this area for future researchers to push back the frontiers of research.Disorder and noise in interacting many-body systems are fundamental to areas of science as diverse as quantum computing and in general electronic devises and in biology in cell function and brain neuronal networks. They serve as models for the physical principles and dynamical processes that living systems exploit to perform their functions. Elihu Abrahams is a pioneer in the theoretical foundations of our understanding of disordered and interacting systems, extending the concepts beyond his main specialty of quantum condensed matter physics to areas including spin glasses and neural networks. The conference will focus on these areas and the PI will discuss the latest experimental and theoretical developments. In line with a long-standing tradition of Aspen workshops, a significant fraction of the speakers and participants will be junior scientists. The PI will specifically recruit junior speakers and a diverse group of participants from many universities. The meeting site is accessible for people with disabilities and when registering for the conference such people will be able to identify any special needs so that the conference organizers can accommodate those needs.

将于 2017 年 8 月 12 日在阿斯彭物理中心举行的“无序、相互作用和生命系统的出现”会议将汇集无序、相互作用和生命系统的出现领域的世界领导人，讨论无序、相互作用和生命系统的出现所面临的重大挑战。今天面向社区的区域。这次会议还将用来纪念 Elihu Abrahams 教授的成就，他的工作塑造了我们对这一科学领域的理解，无论是在凝聚态物理还是在生命科学方面。会议将重点关注前瞻性研究报告和小组讨论，并辅以具有历史视角的演讲，探讨亚伯拉罕斯教授做出了开创性贡献的科学领域。此次活动将为总结对凝聚态物质和生命系统中紧急行为的理解现状提供一个独特的机会。本次活动的演讲和讨论将在会议网页上在线发布。本次会议提供的观点将有助于为未来的研究人员确定该领域研究的重大问题和方向，以推动研究前沿。相互作用的多体系统中的无序和噪声是量子等多种科学领域的基础计算和一般电子设备以及生物学中的细胞功能和大脑神经元网络。它们充当生命系统用来执行其功能的物理原理和动态过程的模型。 Elihu Abrahams 是我们理解无序和相互作用系统的理论基础的先驱，他将这些概念从他的主要专业量子凝聚态物理扩展到了自旋玻璃和神经网络等领域。会议将重点关注这些领域，PI 将讨论最新的实验和理论进展。根据阿斯彭研讨会的长期传统，演讲者和参与者中很大一部分将是初级科学家。 PI 将专门招募初级演讲者和来自多所大学的多元化参与者。会议场地可供残疾人士使用，在注册会议时，这些人将能够确定任何特殊需求，以便会议组织者能够满足这些需求。