Quantum Computing Workshop
November 20 and 21, 2024
@ UConn Health
Presented by UConn Center for Advanced Engineering Education and UConn School of Computing, in partnership with QuantumCT, UConn Technology Commercialization Services, and Connecticut Advanced Computing Center.
Program Overview & Learning Outcomes:
Unlock the future of computing with our Quantum Computing Workshop. During this two-day comprehensive workshop, you will:
- Learn how a quantum computer works
- Explore the creation of quantum algorithms
- Understand the impact of quantum computing on security
- Grasp the basics of quantum communications
- Discover popular applications of quantum computing
Join us to deep dive into the fascinating world of quantum technology and its transformative potential.
Workshop Agenda
Quantum Technology offers the promise of revolutionizing science and engineering and human lives in general. For example, general computations could possibly be speeded up by exponential factors. Quantum computing has applications in AI/ML, Cybersecurity, Healthcare and drug development, weather forecasting, etc. In this workshop, we provide a solid introduction to various aspects of quantum computing. This will be a two day workshop with 4 different components: Quantum computing models and algorithms, Quantum Cryptography, Quantum Communications, and Quantum Applications. This workshop will benefit anyone who wants to get a thorough introduction to the various facets of quantum computing. The following schedule will be followed:
Day 1
Time | Description |
9:00AM to 9:10AM | Remarks from UConn President Radenka Maric |
9:10AM to 10:00AM | Panel Discussion (Moderated by Vivek Ramakrishnan): Quantum Technologies: The Way Forward Radenka Maric (UConn President), Mark Jackson (Quantinuum), Jin-Sung Kim (NVIDIA), Michael Kunkel (Travelers) |
10:00AM to 11:00AM | Quantum Algorithms (Sanguthevar Rajasekaran): An introduction to quantum bits; Classical Boolean circuits; Randomized circuits, Quantum Circuits, Grover’s algorithm for searching. |
11:00AM to 11:15AM | Break (and Q&A) |
11:15AM to 12:15PM | Quantum Algorithms (Sanguthevar Rajasekaran): Peter Shor’s algorithm for factorization; Optimization and other algorithms. |
12:15PM to 1:00PM | Lunch and Discussions |
1:00PM to 1:40PM | Keynote: Jin-Sung Kim, NVIDIA, Accelerated Quantum Supercomputing |
1:40PM to 2:40PM | Quantum Cryptography (Walter Krawec): Protocols: Introduction to modern cryptography, Quantum key distribution basics: BB84, B92, E91, Post processing, Security: Security definition. |
2:40PM to 2:50PM | Break (and Q&A) |
2:50PM to 3:50PM | Quantum Cryptography (Walter Krawec): Entropic uncertainty for security, Practical implementation issues, decoy state methods, Alternative protocols: Twin Field, device independence, quantum public keys. |
3:50PM to 4:30PM | Keynote: Ken Robbins, D-Wave Systems, D-Wave: Practical Quantum Computing: How is it being used today? |
4:30PM to 5:30PM | Networking |
Day 2
TIME |
DESCRIPTION |
9:00AM to 9:10AM | Welcome Remarks from Leaders: Abhijit Banerjee |
9:10AM to 10:00AM | Panel Discussion (Moderated by Alexander Balatsky): Quantum Information vs Quantum Technology Pamir Alpay (UConn VPR), Michael Crair (Yale VPR), Ferreira dos Santos (Professor, Physics, UConn), Rigetti Quantum Expert |
10:00AM to 11:00AM | Quantum Communications (Bing Wang): Quantum repeaters, Entanglement swapping, Entanglement distillation, Applications of quantum networks. |
11:00AM to 11:15AM | Break (and Q&A) |
11:15AM to 12:15PM | Quantum Communications (Bing Wang): Layered design of quantum networks, Routing for quantum networks, Resource allocation, Case studies of applications of quantum networks. |
12:15PM to 1:00PM | Lunch and Discussions |
1:00PM to 1:40PM | Keynote: Mark Jackson, Quantinuum, Quantinuum: Accelerating the path to universal, fully fault tolerant quantum computing. |
1:40PM to 2:40PM | Quantum Applications (Fei Miao): Artificial Intelligence and Machine Learning, Comparison of machine-learning prediction and decision (such as classification and pattern recognition) algorithms based on deep learning and quantum computing. |
2:40PM to 2:50PM | Break (and Q&A) |
2:50PM to 3:50PM | Quantum Applications (Fei Miao): Optimization Algorithms; Example problems in routing and traffic optimization, Manufacturing, Supply chain, etc. |
3:50PM to 4:30PM | Keynote: Michael C Kunkel, Tyler Lauretti, Travelers, Quantum Computing In Insurance: Outlook, Trends and Needs. |
4:30PM to 5:30PM | Networking |
Keynote and Faculty Biographies
University of Connecticut Presenters and Panelists:
Presenting Partners
Michael Crair is Vice Provost for Research and the William Ziegler III Professor in the Departments of Neuroscience and Ophthalmology & Visual Science at Yale University. As Vice Provost for Research, he has University-wide oversight over research strategy, planning, policies, infrastructure and facilities, technology transfer and engagement with public and private sponsors of research. He works to encourage and broadly support research at Yale, innovative interdisciplinary scholarship, entrepreneurship, innovation, and enable groundbreaking discoveries across all schools and departments at the university. He also serves on the Board of Directors of the E. Matilda Ziegler Foundation for the Blind, Inc. and the Dan Lewis Foundation for Brain Regeneration Research.
Vivek Ramakrishnan is a Director at UConn’s Venture Development Team. He has extensive experience in private equity and venture capital investing, having started his career at Intellectual Ventures, a $6B fund based in Seattle. Before joining UConn, he was Managing Partner of New Ventures at Ventech Solutions, where he focused on private equity transactions. He also has significant experience in medical device development, technology transfer, intellectual property management, and fundraising for early-stage companies.
Michael C. Kunkel, PhD is an accomplished physicist and AI architect for Travelers. He is passionate about researching emerging technologies and creating innovative solutions. With nearly 15 years of experience in product R&D and scientific research roles, he has developed exceptional leadership and project management skills, which were instilled in him during his time in the Marine Corps and while running academic research programs.
Tyler Lauretti is a solutions architect in emerging technology for Travelers. His background has always balanced business and technology, and more recently, he has shifted toward the education space on these topics. Over the last few months, Tyler has become more involved in quantum computing, and to do so, he has focused on mastering the fundamentals. Based on his background, he describes himself as being in the “increase in proficiency phase” of the learning curve.
Jin-Sung Kim is a Developer Relations Manager for quantum computing at NVIDIA, where he leads partnerships and alliances. Prior to joining NVIDIA, he was a Research Staff Member at IBM Quantum. Jin-Sung holds a Ph.D. in Electrical Engineering and Materials Science from Princeton University. He will be giving the keynote titled Accelerated Quantum Supercomputing.
Ken Robbins, Ph.D is a technical advisor at D-Wave. He started his academic career in cosmology at Tufts University before switching to quantum computing after one year. After researching exactly solvable models and VQE for his dissertation, Ken joined D-Wave early last year.
Dr. Mark Jackson is the Senior Quantum Evangelist at Quantinuum. He received his B.S. in Physics and Mathematics from Duke University and his Ph.D. in Theoretical Physics from Columbia University. He then spent 10 years researching superstring theory and cosmology, co-authoring nearly 40 technical articles. He is an entrepreneur-in-Residence at Yale Ventures, Adjunct Faculty at Singularity University, and a Director at Astronomers Without Borders.
At a Glance
Date: November 20-21
Location: Farmington, CT
Cost: $1,199 $199. We are able to offer this at a significantly lower price due to the support of QuantumCT.
Contact Us
Prerequisite: Basic training in Computing and Computer Science
Program Highlights:
- Hands-On Learning: Gain practical experience through exercises led by renowned faculty from the College of Engineering’s School of Computing and the Connecticut Advanced Computing Center
- Comprehensive Curriculum: From quantum algorithms to real-world applications, achieve a holistic understanding of quantum computing
- Networking Opportunities: Connect with peers and industry leaders, expanding your professional network while engaged in a transformational learning experience
Who Should Attend:
Whether you're a seasoned professional, a C-suite leader, or just starting your journey into quantum computing, this workshop will provide you with tools and information appropriate for your role.
Program Benefits & Content:
Quantum technology promises to revolutionize science, engineering, and human lives. For instance, general computations could be accelerated exponentially. Quantum computing has applications in AI/ML, cybersecurity, healthcare and drug development, weather forecasting, and more. This workshop offers a solid introduction to various aspects of quantum computing.
The program is designed around four vital components:
- Quantum Computing Models and Algorithms
- Quantum Cryptography
- Quantum Communications
- Quantum Applications
Esteemed Quantum Expert Instructors
Sanguthevar Rajasekaran
Professor, Director
School of Computing
Walter Krawec
Associate Professor
School of Computing
Fei Miao
Associate Professor
School of Computing
Bing Wang
Professor
School of Computing