BoFs Abstracts
Monday, Sep 16, 2024 — BoFs Abstracts
Date: Mon, Sep 16, 2024
Time: 10:00-11:30 Eastern Time (EDT) — UTC-4
Duration: 1.5 hours
Abstract: Building useful, large-scale quantum computing environments faces significant integration challenges – which stand to benefit from AI. From applications development to error mitigation, hardware control and calibration, there is mounting evidence that AI will be critical in scaling quantum co-processors into the era of utility. Nevertheless, this important and multidisciplinary topic remains widely under-explored.
This AI for Quantum Computing Birds of a Feather session proposes bringing together HPC, AI and quantum computing communities in an open discussion on which AI techniques currently show the most promise for enabling quantum computing. Furthermore, the session seeks to explore where AI acceleration is currently overlooked and most needed. By highlighting the importance of cutting-edge AI techniques in advancing quantum computing, the session’s primary goal is inspiring new, productive research directions.
It is worth explicitly clarifying that though there is active research in how quantum computing might one day power artificial intelligence algorithms (‘QC for AI’), this Birds of a Feather session solely focuses on the converse relationship – how existing AI developments might impact the development and operation of quantum computers (‘AI for QC’). The latter is a more pressing discussion, with immediate applicability in shaping the success of quantum technologies
Keywords: Artificial intelligence, quantum computing, HPC, hybrid computing, quantum error correction
Target Audience: Given the power and breadth of generative AI, this Birds-of-a-Feather session has a large and growing relevance spanning the major demographics in attendance at IEEE Quantum Week. Though the goal of the session is to refine and expand these relevances, already there are many examples of how AI will affect QPU hardware developers, Quantum algorithm researchers, Quantum error correction researchers, HPC center collaborators and Quantum software developers
Tuesday, Sep 17, 2024 — BoFs Abstracts
Date: Tue, Sep 17, 2024
Time: 10:00-11:30 Eastern Time (EDT) — UTC-4
Duration: 1.5 hours
Abstract: Quantum Computing (QC) stands at the forefront of technological innovation, presenting unique intellectual property challenges that demand careful consideration. This discussion will explore the multifaceted issues surrounding QC patents and portfolio building in this rapidly evolving field. We will explore perspectives of major patent offices as it relates to strategy for emerging technologies and quantum computing in particular.
Keywords: Intellectual property, patents, USPTO, EPO, subject matter eligibility, quantum computing, artificial intelligence
Target Audience: The audience for this BoF session is entrepreneurs, scientists, and executives in the quantum computing space.
BOF03 — What Makes Quantum Networks? A Quantum Network Protocols' Perspective: From Physical Layer to Application Layer
Shota Nagayama, R4D, Mercari, Inc.
Rodney Van Meter, Keio University, Japan
Wenji Wu, Lawrence Berkeley National Laboratory, USA
Inder Monga, Lawrence Berkeley National Laboratory, USA
Date: Tue, Sep 17, 2024
Time: 15:00-16:30 Eastern Time (EDT) — UTC-4
Duration: 1.5 hours
Abstract: The advent of quantum technologies heralds a new era of communication and computation, fundamentally reshaping our understanding of what is possible in computer networks. Quantum network protocols are the syntax and semantics of messages and the fundamental building blocks of quantum networks, which not only enable the provision of basic quantum network services such as entanglement generation, distribution, and storage, but allow for the development and deployment of quantum network applications such as distributed quantum computing, remote quantum sensing, and secure quantum communication. This BoF session will examine and discuss the vision, challenges, and research issues of quantum network protocols that will enable quantum networks, bridging the gap between individual hardware, such as qubits and control systems, and the total system of quantum networks. This BoF consists of several quantum networking experts with experience researching quantum network protocols, who will identify major challenges for practical development and deployment of quantum network protocols and future directions for research and development. At the beginning of the BoF session, experts and the audience will discuss recent developments in quantum network protocols from the physical layer to the application layer. Discussions will include network architectures, topologies, and infrastructure required for quantum networks. Then, experts and the audience will discuss the progress and future directions in the standardization of quantum network protocols and issues related to compatibility and interoperability between different quantum devices. This session provides a platform for informal discussions on various aspects of quantum network protocols, fostering new collaborations and innovative research ideas.
Keywords: Quantum Network protocol, quantum internet, quantum network, quantum computer network, distributed quantum computing
Target Audience: This session provides a platform for informal discussions on quantum network protocols’ technical, theoretical, and practical aspects, fostering new collaborations and innovative research ideas. It aims to identify key areas for future research and drive the field forward. The target audience for this BoF session includes a diverse mix of participants from industry, government, and academia.
It suits experienced individuals and newcomers eager to learn and contribute. Specifically, we aim to attract:
• Academic/industrial researchers focused on the theoretical and practical aspects of quantum computing and quantum networks, including classical/quantum computer engineers, network engineers, software developers, control system developers, scientists, theorists, experimentalists, etcetera.
• Industry professionals seeking to understand quantum network technologies’ potential applications and business implications.
• Government representatives involved in funding and policy-making for quantum research and development.
Quantum network protocols also draw their attention to future standardization. By engaging this diverse audience, the BoF session aims to facilitate a comprehensive exchange of ideas and foster multidisciplinary collaborations. This BoF session aims to advance the understanding and implementation of quantum network protocols by creating an open and collaborative environment. It invites all interested participants and encourages them to make comments to explore the future of quantum networks and distributed quantum computing.
Wednesday, Sep 18, 2024 — Panels Abstracts
BOF04 — Quantum Quest: Dialogue and Exploration of Quantum Governance Through a Card Game
Sho Morishita, Yamanashi Prefectural University, Japan
Yusuke Nagato, Osaka University, Japan
Konomi Higo, Osaka University & Mercari R4D, Mercari, Inc., Japan
Kentaro Teramoto, Mercari, Inc., Japan
Shota Nagayama, Mercari R4D, Mercari, Inc. & Keio University, Japan
Date: Wed, Sep 18, 2024
Time: 10:00-11:30 Eastern Time (EDT) — UTC-4
Duration: 1.5 hours
Abstract: This BoF session aims to discuss and explore the future of quantum technology and its governance, as well as ethical, legal, and social issues (ELSI), through the play of Quantum Quest (QQ), an experimental card game the organizers have developed. QQ is designed to stimulate discussion among a wide range of quantum technology stakeholders. In this BoF, participants will play QQ. This card game is a role-playing game that simulates a quantum innovation competition. Participants will be divided into multiple teams representing superstates, international organizations, etc., in pursuit of maximizing their own profits. QQ is designed not only to enable players to imagine future quantum development competition, but also to learn about the structural imbalances and fairness issues associated with technology development, and to deepen their understanding of the “Responsible Research and Innovation (RRI)” of quantum technology. We hope that the post-game discussion session will provide an opportunity to discuss about open quantum tech- nology development as well as the benefits and limitations of gamification in science communication and learning. We also hope this BoF session will be an opportunity for participants from all sectors of industry, government, and academia to reflect, share, and exchange ideas and contributions to avoid inappropriate scenarios in quantum innovation and to design ideal futures of quantum technologies.
Keywords: Quantum governance, gamification, responsible research and innovation, ethical Legal and social issues, stakeholder communication
Target Audience: This BoF is aimed for anyone (researchers, developers, technologists, policymakers, entrepreneurs, strategists, etc.)
who wants to learn about and discuss the future of quantum technology and its impact on society. It is especially helpful for those who want to have stimulating discussions about quantum technology with other participants at ELSI. BoF participants will engage in gameplay to simulate the competition that arises around quantum innovation and will be encouraged to think seriously about multiple possible future scenarios.
Thursday, Sep 19, 2024 — Panels Abstracts
BOF05 — Navigating the Quantum Computing Journey: Student to Professional Opportunities
Alberto Maldonado-Romo, Instituto Politécnico Nacional, Mexico
Lia Yeh, University of Oxford and Quantinuum, UK
Mariana Filipova, University of Library Studies and Information Technologies, Bulgaria
Samanvay Sharma, Keio University, Japan
Date: Thu, Sep 19, 2024
Time: 10:00-11:30 Eastern Time (EDT) — UTC-4
Duration: 1.5 hours
Abstract: This document outlines a session to address the need for a global network connecting students and young professionals in quantum computing. The session will examine methods and activities from various regions, considering different educational levels and how knowledge is adapted based on language, resources, and inclusivity. It will cover each aspect’s advantages, disadvantages, and limitations, offering a comprehensive overview of implementation strategies, topics, and available funding.
The session will feature experts in quantum computing education and outreach who will address the challenges undergraduate and graduate students face as they transition to professional roles in the industry. The session will highlight diverse roles and areas of expertise within quantum computing and related fields such as physics, computer science, electrical engineering, and chemistry. By showcasing how these disciplines contribute valuable knowledge and roles to support the industry, the session aims to emphasize the importance of interdisciplinary collaboration.
Additionally, the session will focus on identifying common goals among different groups seeking professional development, structuring the network, facilitating connections, staying current with technological advancements, and disseminating both student and professional achievements. Through this global network, the session seeks to promote a more inclusive and well-supported transition from academia to industry. By providing practical strategies and resources, the session aims to ensure that participants’ time is well spent, ultimately contributing to the advancement of quantum computing and its applications across various sectors.
Keywords: Young professionals, students, early career, quantum education, quantum information science, quantum computing, quantum community, quantum open source
Target Audience: This session offers a vital opportunity to engage with young professionals and students involved in IEEE Quantum. As IEEE Quantum has established itself as a leading force in quantum computing, the IEEE International Conference on Quantum Computing and Engineering (QCE), also known as IEEE Quantum Week, stands out as the premier event. It brings together academics, industry professionals, representatives from national labs, and more groups across quantum and around the world.
BOF06 — IEEE Quantum-HPC Working Group: Hybrid HPC-QCS Use Cases and Workflows
Burak Mete, Leibniz Supercomputing Centre (LRZ), Germany
Laura Schulz, Leibniz Supercomputing Centre (LRZ), Germany
Martin Schulz, Technical University of Munich (TUM), Germany
Scott Pakin, Los Alamos National Laboratory (LANL), USA
Travis Humble, Oak Ridge National Laboratory (ORNL), USA
Sven Karlsson, Technical University of Denmark, Denmark