KEYS Internship Students Develop Interactive Physics Learning Tools in the Golubev Lab

The Nikolay Golubev Lab continues to advance research in quantum dynamics and ultrafast science while expanding opportunities for physics education through innovative, interactive learning resources. This summer, two new web-based tools were launched to help students and researchers explore complex concepts in molecular and laser physics. 

The first tool, Interactive H₂⁺ Dynamics Simulator, allows users to explore ultrafast electron-nuclear dynamics in the hydrogen molecular cation.

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While the second, STIRAP Interactive Learning Tool, demonstrates laser-driven population transfer using the Stimulated Raman Adiabatic Passage (STIRAP) technique. 

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These resources make advanced quantum phenomena more accessible through interactive visualization and hands-on exploration. 

The tools were developed by KEYS Research Internship students Alex Klyber and Brayton Bosuku during their summer research experience in the Nikolay Golubev Lab. The project was supported by graduate student Max Thomas and postdoctoral researcher Miguel Alarcón, who provided guidance and mentorship throughout the development process.

The students recently presented their work at the KEYS Research Internship Showcase Poster Session held on July 17, 2026, at the Health Sciences Innovation Building. During the event, they shared both the scientific concepts behind the simulations and the process of transforming cutting-edge research into educational tools that can be used by students, educators, and the broader scientific community.

Congratulations to Alex Klyber, Brayton Bosuku, Max Thomas, Miguel Alarcón, and Nikolay Golubev on bringing these innovative educational resources to life. Interested readers are encouraged to explore these new tools, along with the growing collection of interactive learning resources developed by the Golubev Lab.