神经环路是情感和记忆的生物学基础，情感和记忆障碍与神经环路的解剖和功能异常有关。解析情感和记忆障碍相关神经精神疾病神经环路的结构和功能异常，将为新一代诊断、治疗技术方法提供科学依据和新的思路。因此，本研究以情感和记忆为主要研究对象，充分发挥医学科学、生命科学和信息科学等学科的特点以及学科交叉的优势，引入连接组、功能组等系统化的研究理念，结合临床情感和记忆障碍疾病特点，对情感和记忆的神经环路的结构和功能进行定量化描述，不仅是解决重大的科学问题，而且可揭示神经环路的整合机制与重大神经精神疾病发生发展中的变化规律，为提高相关疾病的临床诊断治疗水平和促进患者功能康复提供科学支撑和技术保证。本项目用于支持情感和记忆的神经环路基础研究指导专家组调研和学术交流。

Neuronal circuits are the biological basis of emotions and memories, and disorders of emotion and memory are associated with abnormal anatomy and dysfunction of neural circuits. Analysis of emotions and memories related to abnormal structures and dysfunctions of neural circuits in neurological and psychiatric diseases will provide a scientific basis and new ideas for a new generation of technical methods of diagnosis and treatment.This major research program takes emotion and memory as its main object, making the best use of cutting-edge aspects of medical science, life science and information science, along with the philosophy of systematic study, such as connectional groups and functional groups, in combination with the clinical features of emotion and memory disorders, to work out the basic structure and function of the neural circuitry for emotion and memory. It is an important scientific problem to understand the integrative mechanisms of the neural circuits and the pathological processes that lead to neurological and psychiatric diseases, in order to improve clinical diagnosis and promote patient rehabilitation.This project used to support the survey and academic exchanges for the committee of experts of the Major Research Program: Neural Circuits of Emotion and Memory.

单量子态的探测及相互作用主要是对光子、电子、原子分子、凝聚态乃至人工原子系统中的量子态和量子效应的研究，是现代物质科学研究的基础、着力点和前沿，是学科交叉研究的科学源泉。本项目用于支持重大研究计划《单量子态的探测及相互作用》专家组调研和学术交流。