In a recent episode of Women in Quantum Computing (WIQC), host Candace Gillhoolley engaged in a profound dialogue with Ria Chakraborty, a trailblazer in the realms of quantum technology and policy. The conversation traversed Chakraborty’s experiences as a young woman navigating the complex landscape of STEM, her passionate curiosity, and her efforts in connecting the dots between physics, policy, and societal impact.
Born and raised in Toronto’s vibrant Scarborough community, Ria Chakraborty found herself enamored with the world of science at a tender age. Attending a high school with a specialized STEM program, she pursued her interest with an investigative spirit, always fueled by a deep-seated curiosity about the world around her. Yet, it wasn’t long before she noticed the striking gender imbalance in her classes, a challenge she would continue to face throughout her academic and professional journey.
Based on content from ImpactQuantum
“I remember walking into a grade 12 AP physics class and feeling like I had walked into the wrong room—it felt more like a boys’ gym class,” Chakraborty recalled. This observation marked the beginning of her commitment to diversity in STEM fields.
Ria pursued her undergraduate studies at the University of Waterloo, where she embraced every opportunity to explore the intersection of science and society. A pivotal moment was her co-op placement at a particle accelerator in Vancouver, where she questioned the broader implications of scientific research. This experience piqued her interest in the policy dimensions of quantum technology.
“I started asking what the research meant for people without a scientific background—like my parents or grandmother—and realized the importance of making this knowledge accessible and relevant,” Chakraborty explained. Her subsequent stint with Canada’s Innovation, Science, and Economic Development (ISED) agency exposed her to the intricate world of policy-making, particularly regarding Canada’s national quantum strategy.
Throughout her journey, Chakraborty has been guided by mentors and a supportive community that encouraged her interdisciplinary approach. She attributes much of her perseverance to her nurturing father, who instilled in her a love of learning and exploring from a young age. “My dad saw my curiosity and always encouraged me to learn more, find answers, and push boundaries,” she said, underscoring the vital role of encouragement in pursuing STEM careers.
The challenges Chakraborty faces are not uncommon for women in STEM: battling self-doubt and navigating male-dominated spaces. Yet, she emphasizes the significance of community, expressing gratitude for her network of supportive colleagues and friends who understand the highs and lows of research life. “Having a community to share the ups and downs with is crucial; they help me see things clearly when I’m caught in my bubble of self-doubt,” Chakraborty reflected.
As she continues her academic journey in quantum information science, Chakraborty remains committed to her vision of responsible innovation through interdisciplinary collaboration. Her story is a testament to the power of curiosity, community, and the pursuit of knowledge for social good.
In closing, this conversation is a reminder of the critical contributions women bring to the evolving field of quantum technology. Whether you’re exploring quantum sciences or advocating for tech inclusion, Ria Chakraborty’s insights offer an inspiring blueprint for bridging the gap between technical expertise and impactful policy.
