Fluctuations and Order: Theories of Correlated Electronic- and Classical-Systems

提案以电子和结构秩序波动的作用为中心。倡议包括a)能量学，准晶体态的相互作用和动力学，金属流体中的结构和输运，电子涨落和有效相互作用，b)致密的经典单组分等离子体，经典逆问题和双组分带电系统的量子统计力学，c)凝聚态和集体量子场，d)几何相位和热测量场。关于超导序，我们还将探讨基于延迟电子吸引的涨落概念。

Proposal centers on the role of fluctuations in electronic and structural order. Initiatives include a) energetics, interactions and dynamics of the quasi-crystalline state, structure and transport in metallic fluids, and electronic fluctuation and effective interactions, b) dense classical one-component plasmas, the classical inverse problem, and the quantum statistical mechanics of two component charged systems, c) condensed matter and collective quantum fields, and d) geometric phase and thermal gauge fields. The notion of fluctuation based on-retarded electron attraction will also be explored with respect to superconducting order.