Greetings

Functions in life are governed by collective and dynamic processes, which are very different from simple physical properties. Therefore, it is an extremely challenging task to measure the same phenomenon from various angles and to rationally elucidate the inherent mechanisms through natural scientific simulations and data analysis based on state-of-the art information science. For example, there have not been many studies that have completely elucidated the mechanism of a disease and led to its prevention or treatment. To achieve this, it is important to perform wet experiments, structural analysis, theory and calculation in a one-roof.

Our Quantum Information and Life Sciences (QiLS) Center was launched to promote collaborative research at the interface between quantum science and information technology and chemistry, biology, agriculture, and medicine. Research in this center aims to develop measurement and computational techniques that enable new modes of observation in biology, chemistry, and medicine, and to elucidate the role of molecular dynamics at the nanoscale in biological systems. It is expected that the fundamental principles and outstanding technologies derived will be used to promote research in various specialized fields of life sciences in the future. The interdisciplinary research conducted at the QiLS encompasses both basic and applied research, with plans toward collaborative research with nanotechnology and pharmaceutical companies. We hope to contribute to the development of human resources and smart society through a variety of joint research projects.

Summary
Quantum Information and Life Sciences Center

Research on quantum effects in complex biological systems, or the history of the field of quantum biology, dates back to the early days of quantum mechanics. However, it is only recently, with the advancements in measurement techniques and the development of computers, that it has become practically verifiable. At this research center, the aim is to elucidate the actions of biomolecules that constitute life at the quantum level and discover universal principles by combining informational research methods. The scope of application is expected to extend beyond fundamental sciences such as physics, chemistry, and biology to various areas of life sciences, including pharmacy, medicine, and agriculture. To achieve these objectives, top researchers from various organizations at the University of Tsukuba were consolidated, and this center was established through the 2022 Center Formation Project.

Structure