The neurobiology of curiosity

该项目旨在通过结合计算建模、药物干预和神经成像的尖端技术来定义好奇心的神经生物学。它有望导致一个全面的好奇心神经科学框架，这将表征其在生命周期中的进化，以及它对关键神经递质系统的依赖。预期结果包括开放获取刺激和数据集的遗留问题；发展全球合作网络；以及我们国家在决策神经科学方面的能力和形象的提高。该项目的好处包括为未来的干预措施奠定基础，以提高好奇心，并对教育、社会和公共政策的许多方面产生潜在的下游影响。

This project aims to define the neurobiology of curiosity by combining cutting-edge techniques in computational modelling, pharmacointervention and neuroimaging. It is expected to lead to a comprehensive neuroscientific framework of curiosity, which will characterise its evolution over the lifespan, and its dependency on key neurotransmitter systems. Expected outcomes include a legacy of open access stimulus & data sets; the development of a global collaborative network; and an increase in our national capacity and profile in decision neuroscience. The benefits of this project include laying the foundations for future interventions to improve curiosity, with potential downstream effects on many aspects of education, social & public policy.