Quantum & Innovative Systems for a Sustainable Future - An Exploratory Student-Led Webinar

​As we navigate the complexities of the 21st century, the limits of classical computing and traditional infrastructure have become the primary bottlenecks in our race against climate change.

​Student Perspectives: Quantum Computing & Innovative Systems for a Sustainable Future is a premier webinar dedicated to the pioneers leveraging the latest computing revolution to solve the planet’s most pressing environmental challenges.

​From optimizing decentralized energy grids to simulating the molecular catalysts needed for high-efficiency carbon capture, this event explores how quantum mechanics and breakthrough systems engineering are moving from theoretical physics to practical, green-tech reality.

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​Presenter Bio:

​Misbahou Jalloh is a Interdisciplinary Physics major at North Carolina A&T State University whose work bridges physics, sustainability, and future-focused innovation. His research and leadership experiences span biophilic infrastructure, advanced materials, energy systems, and student-led science engagement, with a growing focus on how emerging technologies can serve both people and planet. Through his work with Sound of Earth and other research communities, he is interested in helping translate complex scientific ideas into solutions that support climate resilience, environmental stewardship, and a more just technological future.

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Learning Objectives:

​This presentation is designed to help audiences explore how quantum perspectives, innovative technologies, and systems-based design can shape a more sustainable and resilient future. By the end, participants should better understand how complex scientific ideas can inform practical climate solutions, why sustainability requires interdisciplinary and systems-level thinking, and how the next generation of innovators can help create technologies and frameworks that serve both people and planet.