What will it take to move quantum computing beyond the laboratory and into real-world applications?

Equal1 CEO Jason Lynch explores this question in the latest episode of IQT's The Quantum Dragon Podcast, hosted by Brian Siegelwax.

The conversation examines why silicon spin qubits offer a promising pathway to scalable quantum computing, leveraging established semiconductor manufacturing processes to support the development of increasingly complex quantum processors.

Jason also discusses one of the industry's most significant engineering challenges: integrating control electronics at cryogenic temperatures. Bringing control systems closer to the qubits can help reduce wiring complexity and improve scalability, an important step toward building practical quantum computers.

These innovations are central to Equal1's approach to quantum computing. The company's RacQ quantum computer combines silicon-based quantum processing, integrated classical computing and self-contained cryogenic technology in a rack-mounted system designed to operate within existing data center environments.

As the quantum industry advances, the challenge is no longer simply demonstrating quantum capabilities in the laboratory. It is developing scalable, energy-efficient systems that organizations can deploy and integrate alongside their existing AI and high-performance computing infrastructure.

Listen to the conversation to learn more about Equal1's approach to making quantum computing practical, scalable and commercially deployable.

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