Agenda

In our opening keynote, we explore how quantum computing is redefining computational possibilities, enabling breakthroughs in optimization, cryptography, and simulation. This keynote provides a high-level overview of how quantum technologies are poised to disrupt industries and what this means for business and innovation in the next decade.

Delve into the challenges and opportunities of building a quantum-ready organization. From identifying impactful use cases to fostering the necessary talent pipeline, this keynote offers actionable insights for leaders navigating the shift toward quantum-enabled operations.

Discover how the convergence of quantum computing and AI is unlocking unprecedented capabilities in machine learning, optimization, and problem-solving. This session highlights real-world applications and explores the synergies that amplify computational power beyond classical limitations.

Learn the principles of designing quantum-classical hybrid systems that deliver tangible results. This keynote explores best practices for developing algorithms, optimizing workflows, and leveraging emerging quantum software platforms to tackle complex business challenges.

Gain a comprehensive view of the rapidly evolving quantum development landscape. From new tools and frameworks to emerging standards, this keynote offers insights into how the ecosystem is shaping the future of quantum software engineering and innovation.

Before we kick off the first classes of the day, grab some fantastic food on the restaurant level of Upside on Moore. Choose from many food options, do some networking, and visit with our fantastic sponsors!

Understand how quantum computing will shape executive decision-making by providing deeper insights into complex systems, risk management, and optimization. This session focuses on equipping leaders with frameworks to integrate quantum insights into strategic planning and operational leadership.

Learn to design efficient quantum circuits by mastering gate operations, qubit topology, and optimization techniques. This session includes practical examples to demonstrate how to create reliable quantum algorithms while navigating the limitations of current hardware.

Explore how quantum computing can revolutionize machine learning through quantum neural networks, optimization problems, and hybrid algorithms. This session provides practical guidance on integrating quantum and classical approaches to tackle real-world AI challenges.

Gain a step-by-step approach to building quantum computing programs, from identifying high-impact use cases to selecting hardware and designing implementation plans. This session emphasizes balancing immediate needs with the pursuit of quantum advantage.

Collaborate in teams to tackle real-world supply chain problems using quantum approaches. This interactive session focuses on problem formulation, algorithm selection, and interpreting quantum-enhanced results to drive operational improvements.

Learn the architecture of quantum SDKs, integration with existing toolchains, and testing methodologies to build robust quantum software. This session equips developers with practical skills for creating scalable quantum applications.

We have a plethora of delicious lunch options to choose from onsite, all included in your ticket. Enjoy some gastro delights and get to know some of your fellow attendees.

Explore the roadmap for making your organization quantum-ready. This session provides practical advice on aligning quantum initiatives with business objectives, building internal capabilities, and managing the cultural and operational shifts required for successful adoption.

Dive into the principles of quantum error correction and mitigation, including error models, correction codes, and noise reduction strategies. Attendees will leave with actionable knowledge to improve quantum algorithm reliability and robustness.

Discover how quantum solutions are transforming financial modeling, portfolio optimization, and risk analysis. This session includes use cases for Monte Carlo simulations and practical steps for deploying quantum applications in finance.

Master the art of managing hybrid quantum-classical computing environments. This session explores resource allocation, workflow optimization, and monitoring strategies to maximize performance and efficiency in complex systems.

Engage in hands-on problem-solving to leverage quantum computing for molecular modeling and drug candidate screening. This session emphasizes creating frameworks that bridge quantum capabilities with pharmaceutical research challenges.

Optimize your development workflow with hybrid quantum-classical systems. This session covers interface design, data preparation, and results processing to ensure efficient implementation of hybrid applications.

Grab a beverage and a snack, continue the conversations of the day, and visit some more with our sponsors!

Learn how to foster impactful partnerships between government, academia, and private enterprises to drive innovation and adoption in quantum computing. This session offers strategies for leveraging collaborative networks to accelerate advancements and ensure alignment with national and industrial priorities.

Master the intricacies of advanced quantum gate operations, including entanglement strategies and state preparation. This session is designed to help participants implement complex quantum algorithms efficiently on today’s hardware.

Learn how quantum computing accelerates molecular simulations and materials design. This session covers key applications in electronic structure calculations, reaction modeling, and advancing scientific research with quantum technologies.

Understand the critical metrics for evaluating quantum program success. Learn how to assess performance, track error rates, and measure the tangible impact of quantum computing initiatives on organizational goals.

Develop strategies for transitioning to quantum-safe cryptography to protect against future quantum threats. This session focuses on balancing current security needs with forward-looking solutions.

Discover advanced techniques for quantum algorithm development, including performance optimization and debugging. This session offers hands-on guidance for creating sophisticated quantum solutions within current hardware constraints.

After a fantastic and FULL day of learning and networking, join us on the restaurant level at Upside on Moore for an afternoon reception complete with food options and all the beverages you could find to your liking.

We'll have a Demo Hour happening from 4pm-5pm and open mic music stage starting at 5pm. 

Make those final connections and have a great time unwinding a little.