Quantum computing is moving closer to real-world deployment, and the infrastructure needed to support it is changing.

In the latest episode of The Next Innovation, Equal1 CEO Jason Lynch joins host Jennifer Strong to explore the current state of quantum computing, the challenges facing the industry and the advances making practical quantum systems a reality.

A central focus of the conversation is Equal1's approach to making quantum computing accessible through silicon-based technology. Jason discusses how Bell-1 and RacQ, Equal1's rack-mounted quantum computing systems, are challenging traditional assumptions about quantum infrastructure.

Designed to fit into a standard data center rack, operate from a conventional electrical outlet and require no specialized external infrastructure, Equal1's technology demonstrates how quantum computing can move beyond complex laboratory installations and into existing computing environments.

The episode also features Nobel Laureate John Martinis, Gabriele Meoni of the European Space Agency (ESA) and Isabella Ward of WIRED, offering perspectives on the progress and future of quantum computing.

Meoni shares insights into ESA's experience working with Equal1 technology, highlighting the growing interest in practical quantum computing systems among leading research and technology organizations.

For Equal1, the path toward quantum computing adoption depends on more than advances in qubit performance. It requires scalable, energy-efficient systems that can integrate alongside existing AI and high-performance computing infrastructure.

As the quantum industry continues to evolve, Equal1 is focused on making quantum computing not just more powerful, but more practical, deployable and accessible.

Listen to the full episode: "The Arrival of Quantum Computers Is Closer Than You Think"

‍

‍