Quantum Computing Workshop

November 20 and 21, 2024

@ UConn Health

Presented by the UConn Center for Advanced Engineering Education and the UConn School of Computing, in partnership with QuantumCT and the 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 TOPIC DESCRIPTION
9:00AM to 9:30AM Quantum Algorithms: An introduction to quantum bits; Classical Boolean circuits; Randomized circuits.
10:25AM to 10:40AM Break (and Q&A)
10:40AM to 11:35PM Quantum Algorithms: Quantum circuits; Grover’s algorithms for searching.
11:35AM to 11:45M Break (and Q&A)
11:45AM to 12:40PM Quantum Algorithms: Peter Shor’s algorithm for factorization; Optimization algorithms.
12:40PM to 1:20PM Lunch and Discussions
1:20PM to 2:00PM Keynote: Ken Robbins, D-Wave Systems
2:00PM to 2:55PM Quantum Cryptography: Protocols: Introduction to modern cryptography; Quantum key distribution basics: BB84, B92, E91.
2:55PM to 3:05PM Break (and Q&A)
3:05PM to 4:00PM Quantum Cryptography: Post processing; Security: Security definition; Entropic uncertainty for security.
4:00PM to 4:15PM Break
4:15PM to 5:10PM Quantum Cryptography: Practical implementation issues, decoy state methods; Alternative protocols: Twin Field, device independence, quantum public keys.
5:10PM to 5:50PM Keynote: Jin-Sung Kim, NVIDIA

Note: There will be a parallel session from 3PM to 4PM on “Academic and Industry Collaborations”

Day 2

TIME
 TOPIC DESCRIPTION
9AM to 9:30AM Panel Discussion
9:30AM to 10:25 Quantum Communications: Quantum repeaters; Entanglement swapping; Entanglement distillation.
10:25AM to 10:40AM Break (and Q&A)
10:40AM to 11:35PM Quantum Communications: Applications of quantum networks; Layered design of quantum networks; Routing for quantum networks.
11:35AM to 11:45M Break (and Q&A)
11:45AM to 12:40PM Quantum Communications: Resource allocation; Case studies of applications of quantum networks.
12:40PM to 1:20PM Lunch and Discussions
1:20PM to 2:00PM Keynote: Michael C Kunkel, Travelers
2:00PM to 2:55PM Quantum Applications: Artificial Intelligence and Machine Learning.
2:55PM to 3:05PM Break (and Q&A)
3:05PM to 4:00PM: Quantum Applications: Comparison of machine-learning prediction and decision (such as classification and pattern recognition) algorithms based on deep learning and quantum computing.
4:00PM to 4:15PM Break (and Q&A)
4:15PM to 5:10PM Quantum Applications: Optimization Algorithms; Example problems in routing and traffic optimization, Manufacturing, Supply chain, etc.
5:10PM to 5:50PM Keynote: Mark Jackson, Quantinuum

Note: There will be a parallel panel discussion from 3PM to 4PM on “Startups and the Future of the Quantum Industry”

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

Register Now

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:  

    1. Quantum Computing Models and Algorithms 
    2. Quantum Cryptography 
    3. Quantum Communications 
    4. Quantum Applications 

    Esteemed Quantum Expert Instructors

    Sanguthevar Rajasekaran

    Sanguthevar Rajasekaran

    Professor, Director
    School of Computing

    walter krawec

    Walter Krawec

    Associate Professor
    School of Computing

    fei miao

    Fei Miao

    Associate Professor
    School of Computing

    bing wang

    Bing Wang

    Professor
    School of Computing