The Institute for Quantum Computing at the University of Waterloo is celebrating two students whose outreach work is bridging the gap between complex science and public understanding. Caroline Lima, a PhD candidate in Physics and Astronomy, and Ireneo James Membrere, a master’s student in Applied Mathematics, have jointly received the 2026 David Johnston Outreach Award for their efforts to demystify quantum information research, the company says.

Lima points out that “the word quantum is often misused to sell pseudoscience,” and emphasizes the importance of helping the public discern legitimate science from misinformation, while Membrere combines theoretical protocol development with hands-on implementation using superconducting circuits. This $2,500 award recognizes their dedication to inspiring future generations and fostering scientific literacy within the community.

Lima and Membrere Receive David Johnston Outreach Award

Lima emphasizes the importance of distinguishing legitimate science from misinformation, noting that the appeal of quantum mechanics makes it a frequent target for pseudoscience; “Good quantum outreach helps people keep the wonder while learning to separate real science from nonsense,” she stated. This commitment stems from her own experience, as she did not meet a working scientist until beginning her undergraduate studies, a lack of early exposure that fuels her desire to make scientists appear more approachable. This hands-on approach extends beyond purely theoretical quantum information, demonstrating the practical application of these concepts and providing a tangible element for public engagement.

John Donohue, IQC Senior Manager of Scientific Outreach, highlighted the impact of Lima and Membrere’s work, stating, “One of IQC’s core missions is to bring research to the community and develop well-informed enthusiasm for quantum technologies in students and society more widely.

Ireneo and Caroline’s efforts have made a significant impact on many young scientists and curious minds, and this recognition is hard-earned and incredibly well-deserved.” Lima herself expressed that volunteering in outreach provides a powerful motivation, adding, “I wish I had the chance to see that most scientists are not unreachable geniuses like Albert Einstein or Marie Curie, but real people who were once curious students too. It also gives me motivation to continue pursuing research when I find roadblocks; seeing someone’s curiosity light up reminds me why I wanted to become a scientist in the first place.”

Outreach is important because it enhances the scientific literacy of the public and provides future generations with the opportunity to pursue a career in quantum information or STEM in general.

IQC Outreach Fosters Scientific Literacy and Community Engagement

Ireneo James Membrere integrates theoretical development with practical implementation, building quantum protocols and then realizing them using superconducting circuits, a hands-on approach extending beyond purely conceptual quantum information research. This combination, he reports, is deeply fulfilling because it allows direct engagement with students during virtual lectures, inspiring the next generation to pursue STEM fields.

Membrere emphasizes the current increase in quantum information research and encourages aspiring scientists to embrace risk and persevere in their interests. The David Johnston Outreach Award, valued at $2,500 per recipient, recognizes efforts to connect quantum science with broader audiences, a mission central to IQC since its founding in 2002 with support from Mike Lazaridis.

Membrere articulates the importance of outreach, stating, “Outreach is important because it enhances the scientific literacy of the public and provides future generations with the opportunity to pursue a career in quantum information or STEM in general.” IQC hosts the annual QIP conference and the Canadian Quantum Winter School, establishing Waterloo as a central hub for global quantum research, and operates the Quantum Nano Fabrication and Characterization Facility, providing essential cleanroom resources for device development. These initiatives, combined with IQC’s 200+ researchers, demonstrate a comprehensive dedication to both advancing quantum technology and ensuring its accessibility to a wider audience.