Genya Crossman, quantum strategy consultant at IBM in Germany, is helping lead the charge to bring quantum computing from the theoretical to practical realm. She’s been on the cutting edge of this thrilling movement. She chairs five technical working groups. Together with their experts, they build and integrate quantum-based solutions to address some of the most pressing challenges in health care, life sciences, materials science, high-energy physics, optimization and sustainability. Crossman’s job includes supporting bigger researchers’ research, finding resources they need, and helping them find experts to answer very specialized questions, like all the quantum tech niche queries.
Crossman’s path to the world of quantum computing started with her background in academia as a physicist. She graduated in 2017 with a bachelor’s degree. While she had originally intended to go on to graduate study, she found herself drawn in new directions within her profession. Relevant experience She has built a career that complements her expertise. Her impact has been monumental in advancing quantum technology as the powerhouse behind the scenes at IBM.
A Foundation in Research and Development
Prior to her current position, Crossman served as a research assistant. She performed research on carrier transport in transistors and diodes based on two-dimensional materials. In so doing, she acquired an excellent intellectual toolkit in condensed matter physics and machine learning. She has come to view these spaces as integral pillars of quantum learning.
As Director of Engineering and Innovation, Crossman developed the precursor to, and later the blueprint for, IBM’s first device database. We hope that this new portal will be an important resource for the many researchers, developers, and interested members of the public working in quantum computing.
“When I started learning about quantum mechanics in undergrad, there wasn’t much information out there,” – Genya Crossman
Crossman’s passion for lifelong learning is reflected in her creative work. She stresses the need to educate people on quantum computing’s complex nature and the promise it holds. She is a tireless advocate for the field. We spoke with her about her work advocating for more ethical development and use of these transformative technologies.
Leadership in Interdisciplinary Collaboration
As the technical engagement lead overseeing five quantum working groups, Crossman plays a vital role in fostering collaboration among researchers. From decay rates of exotic atoms to catalytic efficiency, each team is focused on addressing practical challenges through quantum technology. Crossman convenes practitioners and professionals across disciplines. This dynamic collective increases the overall expertise and capabilities across the entire IBM ecosystem.
During the recent sixth annual IEEE Quantum Week held in Albuquerque from August 31 to September 5, Crossman noted the significance of sharing insights among different groups.
“We got great feedback and information about identifying common features across groups,” – Genya Crossman
Her unique approach combines a real disposition towards problem-solving with a remarkable instinct for cultivating creativity within her team. This interdisciplinary approach not only enriches individual projects, it further serves the overall advancement of quantum technology.
“I really enjoy [quantum engineering] and working with everyone because it’s such an interdisciplinary field,” – Genya Crossman
Crossman’s enthusiasm for her work is palpable. Quantum computing is an area of research that she feels is at a particularly exciting juncture today. It certainly does have great promise for solving our most complex challenges.
Impact on Future Innovations
Crossman’s commitment to DEI issues goes beyond her direct purview at IBM. She aims to reach wider audiences to help demystify quantum computing — something she actively looks for opportunities to do. By sharing relatable use-cases, she makes it easier for everyday individuals to understand the potential role quantum computing can play across different situations.
“The audience got to hear real-life examples to understand how quantum computing applies to different scenarios and how it works,” – Genya Crossman
Her vision for the future involves deeper integration of quantum tech into industries where its unique capabilities can have the most transformative impact. Her goal is to continue inspiring the next generation of engineers and researchers. It’s these future innovators that will help push and make the adventures in this quickly moving new world possible.
“Quantum computing is often used to describe all quantum work,” – Genya Crossman
Crossman’s journey is an illustration of how everyday people can forge powerful careers enabled by this emerging technology. She is grateful for having entered the field at a time when quantum computing was just beginning to gain traction.
“The beginning of my career was when the quantum computing industry was just getting started. I’m really grateful for that,” – Genya Crossman