Genya Crossman, a quantum strategy consultant at IBM in Germany, is making significant strides in the field of quantum computing. As an IEEE member, she’s a huge advocate for the wonders and benefits of technology. Incredibly, she finds the time to devote herself to pushing the boundaries of quantum applications beyond laboratory settings. With a strong academic background and practical experience, Crossman is on a mission to help researchers and organizations harness the power of quantum technologies to address complex challenges in various sectors.
Crossman is the daughter of Antony Crossman, electrical engineer, electronics engineer and IEEE life member. Nurtured in a vibrant culture of engineering and entrepreneurship, she cultivated an interest in the latest and greatest of technologies from an early age. Her education has prepared her with a knowledge of condensed matter, machine learning, and quantum learning. This makes her a critical player in the quickly changing and developing world of quantum computing.
In her current role at IBM, Crossman coordinates and manages five working groups that focus on developing quantum-based solutions for pressing real-world problems. These clusters focus on areas important for innovation and economic competitiveness including health care and life science, materials science, high-energy physics, optimization and sustainability. Through the power of interdisciplinary teams, she fosters true collaboration and knowledge sharing among experts.
Supporting Researchers and Advancing Quantum Solutions
Crossman’s main roles are to advocate for the researchers, find them the resources they need, and help them through the sometimes complicated IBM ecosystem. She finds the right experts to answer highly specialized questions, making sure that all projects draw from an incredible depth of expertise. In her role as technical engagement lead, she leads and manages impactful quantum research and development projects. Her new role places her at the leading edge of this emerging field.
“I really enjoy quantum engineering and working with everyone because it’s such an interdisciplinary field,” said Crossman. This eagerness to work together is indicative of a deeper awareness of how multifaceted issues are best addressed by a range of fields. It’s not just the responsibility of those in charge, her leadership style creates an atmosphere where innovation can flourish.
At IBM, she was instrumental in the development of the predecessor to the company’s first device database. She led the effort to create its schema. The other foundational work points certainly to her technical acumen and commitment to advancing our quantum technology infrastructure.
A Lifelong Learner with a Vision for Quantum Computing
Shortly after learning about quantum mechanics for the first time in undergrad, Crossman’s journey in quantum computing began. “When I started learning about quantum mechanics in undergrad, there wasn’t much information out there,” she recalled. Though the uphill battle of scant resources loomed large, her resolve to master this complex science spurred her on.
She credits her mentor, Eliska Greplova, an associate professor at TU Delft, for providing invaluable guidance during her formative years. As a research assistant in Greplova’s quantum matter and AI research group, Crossman researched carrier transport in transistors. He further researched diodes fabricated from two-dimensional materials. This rigorous experience helped sharpen her analytical skills while expanding her knowledge of quantum phenomena.
Crossman has been instrumental in shaping dialogues around the societal potential and ramifications of quantum technologies. Her active involvement has helped solidify her reputation as a thought leader in this area. “Quantum computing is often used to describe all quantum work,” she explained. US DOE applications vs. This specific clarification brings to light the need for further understanding of the specific applications of quantum technologies, rather than the broad term.
Engaging with the Community at IEEE Quantum Week
Earlier in September, Crossman was at the sixth annual IEEE Quantum Week. The gathering convened in Albuquerque, from August 31st – September 5th. This unique convening led to a high-energy atmosphere, with passionate and committed professionals. They excitedly traded theories and concepts and discussed the most recent breakthroughs in quantum computing technologies.
Crossman highlighted the event’s effectiveness, stating, “The audience experienced hands on examples that showed practical use cases of how quantum computing would play out in different situations. Their method helped them better understand the inner workings.” These types of events are vital to building the community’s knowledge and deepening the public’s understanding of quantum technologies.
Looking back on her career path, Crossman couldn’t be more grateful. She considers herself incredibly lucky to be a part of an industry that is so young and growing. “The beginning of my career was when the quantum computing industry was just getting started. I’m really grateful for that,” she stated. Trade trips to fence lines have readied her to confront challenges today. The challenges presented by quantum technology inspire her to want to help ensure that she shapes its future.