Physics & Quantum Computing at Georgetown
Discover the limitless potential of Quantum Computing and the revolution that will shape the future of technology.
Summer program for teens to immerse themselves in the revolutionary technology of quantum computing.
Program Highlights
Residential tuition:
$5,698
Commuter Tuition:
$2,998
Session 1:
June 29, 2025
July 11, 2025
Georgetown Neighborhood
Washington, DC
Testimonials
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What I liked most about Summer Springboard was the opportunity to make lots of new friends while getting a broader overview / strengthening skills in my academic track.”
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I have to say that the program achieved exactly what I was hoping for. It opened the mind of my child to different professions and fields of study. He's considering participating next year also!
Course Overview
Quantum computing is set to revolutionize technology in the coming decade. But what exactly is quantum computing? It’s a rapidly emerging field that leverages the principles of quantum mechanics to solve problems that are too complex for classical computers. The tools being developed today, once the stuff of imagination just three decades ago, are now becoming reality. Companies like IBM are designing superconducting quantum processors, which will deliver the speed and capacity needed to transform industries worldwide.
This course will equip the next generation of students with essential quantum knowledge and skills. It will introduce key quantum computing concepts such as superposition and entanglement, while also exploring quantum phenomena and their real-world applications. Students will benefit from a curriculum designed by leading experts in both academia and the quantum computing industry.
Meet your instructor
Mark Hannum
Physics & Quantum Computing
Mark Hannum holds his MS in Applied and Engineering Physics from George Mason University and his BA in Mathematics and Physics. He is an accomplished educator and physicist, and has over 20 years of experience teaching both in high school and at American University.
Learn moreTopics you'll explore
Hands on Learning
Students in this course will work individually and in groups on activities that explain the foundational concepts and differences in classical and quantum computing. In the past, students were tasked with creating a program that could perform basic quantum operations and visualize quantum circuits. They also explored the implications of quantum computing in cryptography.
Course Structure
There are nine 3-hour class sessions over the two-week course. During week one, students have class from 9am-12pm Monday - Friday. During week two, students have class from 9am-12pm Monday through Thursday. Wednesday afternoons of each week are dedicated to students' course-specific academic excursion, guest speaker, or activity.
