Quantum Rings on The Post-Quantum World Podcast
I’m excited to share that I recently joined Konstantinos Karagiannis on The Post-Quantum World podcast to discuss some of the groundbreaking work we are doing at Quantum Rings.
For years, simulating quantum systems much larger than 50 qubits was considered impossible, even on the largest supercomputers, because of the exponential resources required. As many of you know, Quantum Rings has shattered those limitations, making it possible to simulate massive circuits on even a laptop computer. Our novel approach allows us to efficiently store complex quantum states using a proprietary method to compress the data, making what once seemed out of reach entirely feasible. With Quantum Rings you can even simulate circuits as complex as the famous Google Quantum Supremacy Circuit from your laptop!
In the podcast, Konstantinos and I dive into how this technique works and why it matters. We also discuss why this is game-changing for the industry and how it will enable innovators from other industries to start building quantum expertise and IP now.
This advancement opens up real-world applications. It enables us to build, scale, and test quantum algorithms while exploring the impact of quantum computing in various industries—all using classical hardware.
How to Listen:
I’ve embedded a number of options to play the episode below. If you have another preferred podcast service, just search for “Quantum Rings”.
