QunaSys recently hosted an informative webinar on Quantum Computer-Aided Engineering (Quantum CAE), showcasing our extensive expertise in this revolutionary field. The event featured in-depth presentations from our leading researchers on how quantum computing is poised to transform computational processes across various engineering disciplines.

Webinar Highlights

During this interactive session, our experts demonstrated several key quantum algorithms and their applications in engineering:

• Near-term Linear Equation Algorithms suitable for today's quantum devices
• Long-term Linear Equation Algorithm (HHL Algorithm) for exponential speed-up in solving complex systems
• Natural Frequency Analysis Algorithm (Quantum Phase Estimation) capable of solving systems with up to 10^40 particles

Our presenters, Keita Kanno, PhD. (CTO of QunaSys) and Karim Essafi, PhD. (QunaSys EU Research Head), shared valuable insights on the current status of Quantum CAE and its potential to revolutionize fluid dynamics, structural analysis, electromagnetic field analysis, and natural frequency calculations.

Quantum CAE: Transforming Engineering Analysis

The webinar explored how quantum computing offers exponential speed-up for engineering calculations by reducing complex problems to linear equations. While today's NISQ (Noisy Intermediate-Scale Quantum) devices present certain challenges, our research indicates that practical demonstrations could be possible within the next few years.
With fault-tolerant quantum computers, calculations that would cause traditional computers to reach computational limits—such as finite element methods with billions of degrees of freedom—could potentially be completed within realistic timeframes.

Access the Recording

Although the live event has concluded, we've made the webinar recording available to those interested in learning more about Quantum CAE and its applications.
Contact us from 👉 https://qunasys.com/en/contact