IQM Engineer Moves From Qubits To A Working Quantum Computer

Tyler Jones relocated 16,000 kilometers from Brisbane to Munich not to simply take a job, but to witness the culmination of years of quantum research at IQM Quantum Computers, the company says. As a Senior Quantum Integration Engineer, Jones’ role is uniquely positioned to troubleshoot the complex systems customers rely on, a process that can involve weeks-long investigations into unexpected results.

“Have you seen this before?” is a common question within the team, responsible for ensuring IQM’s superconducting quantum computers, including the recently launched 150-qubit Halocene line, deliver as expected. Jones describes the satisfaction of transforming a device “spitting out random numbers” into a functioning quantum computer, a process enabled by IQM’s vertically integrated approach to building the entire quantum stack.

Quantum Integration Role Bridges Research and Functionality

Weeks-long investigations are sometimes necessary within IQM’s Quantum Integration team to pinpoint the source of unexpected behavior in quantum computers, revealing a level of diagnostic complexity beyond initial research settings. Each IQM system exhibits unique characteristics demanding individualized attention, a process honed by managing a diverse fleet of quantum computers deployed with customers and partners like Oak Ridge National Laboratory, which has integrated a 20-qubit Radiance system, named Pathfinder, with the Department of Energy’s high-performance computing resources.