CSP - INTERNATIONAL CONFERENCE ON QUANTUM NANOSCIENCE 2023
Abstract
The field of quantum nanoscience is composed of several fields that do not have a history of interconnectedness. In 2018, QNS director, Andreas Heinrich, gathered leading experts in myriad fields of quantum nanoscience to co-create a definition of the field of quantum nanoscience.In 2019, QNS and the Institute for Basic Science held the first International Conference for Quantum Nanoscience to bring researchers from the disparate areas that make up the field for the first time. The conference was very successful, drawing 130 attendees and great feedback.Despite corona, the field of quantum nanoscience progressed significantly in 2021 with the publication of the definition of the field in a special edition of Nature Nanotechnology. 2023 marks the first opportunity to physically bring together the field of quantum nanoscience again. Director Heinrich pulled together an impressive organizing committee that wantedto continue holding the ICQNS conference in Seoul at QNS in order to highlight the leadership role that QNS is playing in the development of this field.ICQNS 2023 will bring together academic and industrial researchers in the quantum nanoscience community to present and discuss their latest results, exchange ideas and inspire new thinking. It is planned to address both fundamental and appliedaspects of quantum.Significance of ICQNS 2023The Center for Quantum Nanoscience has strong expertise in investigating, assembling, and controlling quantum systems at surfaces # a relatively new topic in quantum Nanoscience.To broaden the quantum-based network through Korea from the quantum collaborative arrangements and technical areas about how to best promote future US-Korean research collaborations which both produce impactful fundamental research and enhance the probability for a transition towards the development of militarily impactful technology. Chagaan Baatar from ONRG and Mike Richards from AOARD are expected to participate in this event.Thedesired outcomes come from the awesome potential of uniting researchers from the various fields that make up quantum nanoscience tohelp them realize the possibilities of unconventional collaborations.ICQNS topics include:Quantum-coherent nanoscienceQuantum Spinsin SemiconductorsSpin qubits in color centers and dopantsSpin qubits in quantum dotsQuantum control in molecular qubitsQuantum surface scienceQuantum limits of mechanical motionQuantum NanophotonicsICQNS invited speakers & committee membersAndreas HeinrichCenter for Quantum Nanoscience(QNS), EWHA University, KoreaYujeong BaeCenter for Quantum Nanoscience(QNS), EWHA University, KoreaAndrea MorelloUniversity of New South Wales, AustraliaJelena VuckovicStanford University, USAMarko LoncarHarvard University, USADavid AwschalomUniversity of Chicago, USASeigo TaruchaRIKEN, JapanGuido BurkardUniversity of Konstanz, GermanyDanna FreedmanMassachusetts Institute of Technology(MIT), USAHarry AndersonUniversity of Oxford, UKJascha ReppUniversity of Regensburg, GermanyMarkus AspelmeyerUniversity of Vienna, AustriaAnia JayichUniversity of California, Santa Barbara(UCSB), USAArzhang ArdavanUniversity of Oxford, UKRoberta SessoliUniversity of Florence, ItalyDonghun LeeKorea University, KoreaRichard WarburtonUniversity of Basel, SwitzerlandRupert HuberUniversity of Regensburg, GermanyTBD
Document Details
- Document Type
- DoD Grant Award
- Publication Date
- Aug 11, 2023
- Source ID
- N629092312061
Entities
People
- Andreas J. Heinrich
Organizations
- Ewha Womans University
- Office of Naval Research
- United States Navy