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## From Physics to Practicality: How One Quantum Strategy Consultant is Bridging the Gap Between Research and Real-World Application
The quantum computing revolution isn’t just happening in labs anymore. It’s moving into the hands of businesses,and professionals like Emily Crossman are leading the charge. Crossman’s journey,from a budding physics student to a technical engagement lead at IBM Research,exemplifies the evolving landscape of quantum technology and the critical need for individuals who can translate complex research into tangible solutions.
### A Pivotal Experience at TU Delft
Crossman’s path wasn’t always linear. Initially considering a Ph.D., a formative experience at TU Delft, working with Dr. Eliska Greplova‘s quantum matter and AI research group, proved instrumental. This wasn’t simply about diving into equations; it was about understanding the *implications* of cutting-edge research.
“Being immersed in discussions around condensed matter physics, machine learning, and the emerging field of quantum learning was incredibly valuable,” Crossman explains. “It broadened my outlook and helped me realize my passion lay in applying these technologies, not solely in their fundamental finding.”
This realization led to a crucial decision: to focus her skills where she could have the most immediate impact – in industry. While the academic route held appeal, Crossman recognized her strengths were best suited to bridging the gap between theoretical advancements and practical implementation.### Shifting Focus, Building Expertise
Her master’s thesis initially planned to explore quantum computing from an end-user perspective. Though, she pivoted to a more technically focused area: integrating topological properties into superconducting hardware. this demonstrates a willingness to adapt and a commitment to tackling challenging, foundational problems within the quantum space. Graduating in 2022, she quickly transitioned into a full-time role at IBM Research in Germany.
### From Quantum Strategy to Technical Leadership
Starting as a quantum strategy consultant, Crossman quickly proved her value. Her role has evolved to technical engagement lead, now overseeing five quantum working groups. This progression highlights her leadership capabilities and IBM’s confidence in her ability to drive innovation.
But her work extends beyond simply managing projects. Crossman is deeply involved in IBM’s commitment to *responsible* quantum computing. This isn’t merely a buzzword; it’s a core principle guiding the company’s advancement and deployment of this powerful technology. IBM defines responsible quantum computing as being “aware of its effects,” and actively works to align its efforts with a defined set of ethical principles (see IBM’s principles here).
### the Power of Collaborative Working Groups
A key component of IBM’s approach is its network of quantum working groups, established in 2022 with contributions from researchers across various organizations. These groups are designed to address near-term challenges and foster interdisciplinary solutions.
“what’s unique about these groups is their community-driven nature,” Crossman emphasizes. “Researchers from both quantum and non-quantum backgrounds collaborate, identify key problems, and pool their expertise. This holistic approach allows us to tackle complex issues from multiple angles.” The groups prioritize open science, regularly publishing their findings to accelerate progress within the broader quantum community.
### Supporting researchers and Empowering End Users
Crossman’s role is pivotal in supporting these groups. She focuses on resource allocation, facilitating access to IBM’s quantum ecosystem, and connecting researchers
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