The Information Technology industry’s ability to shrink components to make computational devices much more powerful is running into serious roadblocks. The strong influence of quantum-mechanical effects takes over as device components shrink to the atomic scale. As a result, harnessing quantum effects for computation might offer a powerful new route to solving real-world computational problems.

The Center for Quantum Nanoscience (QNS) at Ewha Womans University aims to investigate quantum effects in solid-state systems to further our understanding of this crucially important, but as of yet, poorly understood basic research field. Our goal is to become recognized as the best place to perform quantum research on the atomic scale in the solid-state environment and invite many domestically and international collaborations.

• - Achieving full control of the quantum states of atoms and molecules on clean surfaces and near interfaces. This will enable the use of such systems as high-sensitivity quantum sensors.
• - Developing a theoretical framework how quantum properties of atoms and molecules change from the gas phase to the solid-state environment and how they interact with conduction electrons.
• - Demonstrating the use of single atoms and molecules as quantum bits for quantum computation applications.
• - Investigating and understand the transition from coherent quantum to more classical systems in the solid-state environment.
• - Educating and mentor students, postdocs, and senior researchers and train them to become innovative researchers in their own right.
• - Engaging the Korean public to become part of this exciting research frontier and enhance their enthusiasm for basic, innovative scientific research.