报告摘要：The concept of correlations permeates our world in a profound
and ubiquitous way. The gist of science is to classify and quantify
correlations, and to reveal relations between different correlations.
Correlations are many faceted and constitute basic resources that can be
measured, manipulated, and utilized. With the advent of quantum
information theory, which concerns the general study of information
processing capability of quantum systems and ushers a new vista full of
challenging mathematical problems and marvelous physical potentialities,
correlations are playing an increasingly instrumental and significant
role in the description and exploitation of nature. In this talk, we
present an overview of some quantitative and informational aspects of
correlations in both classical and quantum regimes, with focus on the
interplay between classical and quantum, and their implications for
quantum foundations and applications.

报告人简历：骆顺龙，1989年毕业于上海交通大学，1995年获武汉大学博士学
位，2001年任中国科学院数学与系统科学研究院研究员，博士生导师。现任应用数
学研究所副所长，量子计算与量子信息处理研究中心主任，华罗庚应用数学首席研
究员。论文被引用3200余次（Google Scholar 搜索）。从事概率统计和量子信息
的研究, 应邀在第八届国际工业与应用数学会议作一小时大会报告。