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Quantum Driven NJ Presents Introduction Dual-Rail Qubits

Andrei Petrenko of Quantum Circuits, discusses their Dual-Rail Qubit and how it provides greater accuracy, performance and scalability for quantum systems.

Today's quantum computers are limited in power due to the lack of reliable qubits, which currently last only a fraction of a second. To overcome this problem, the industry is racing to develop Fault Tolerant Quantum Computers that are reliable and can reach the scale needed to solve the world's hardest problems. Quantum Circuits is at the forefront of this race with its novel Aqumen Seeker Dual-Rail superconducting qubits system, which is based on a “correct first, then scale” approach that delivers built-in error detection and correction.

Agenda
6:30 p.m. – Pizza and Networking
7 p.m. – Quantum News, Don Grust
7:10 p.m. – Overview of Quantum Circuits and Dual-Rail Qbits, Andrei Petrenko
8 p.m. – Q&A, Wrap-Up, Networking

Registration is requested, but not required. All are welcome.

About the Speaker: Andrei Petrenko is Head of Product at Quantum Circuits, where he spearheads the product strategy with a keen focus on fostering a strong customer ecosystem and user experience. As one of the first employees of Quantum Circuits, Andrei built key areas of the company’s product and software stack, and has been instrumental in defining the hardware roadmap.

Andrei has nearly 15 years of experience in quantum computing across industry and academia. His background is in quantum hardware, and he received his Ph.D. from Yale University. He loves to spend time with his family and friends around a campfire in New Hampshire and teach his kids how to do a cannonball at the local pool.

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