Summer Springboard
Physics & Quantum Computing
ACADEMIC COURSE
DISCOVER QUANTUM MECHANICS AND COMPUTATION FUNDAMENTALS WHILE LEARNING REAL-WORLD APPLICATIONS IN TECHNOLOGY, DEFENSE, AND PUBLIC HEALTH.
Course Highlights
- Cover foundational physics and quantum computing through accessible yet rigorous introductory materials.
- Explore quantum mechanics, quantum information science & hardware fundamentals.
- Understand why quantum computing matters to public policy, healthcare, national defense, and tech industries.
- Develop essential quantum computing skills using current tools and frameworks.
- Engage with leading experts and learn curriculum developed by industry and academic leaders.
- Experience real-world context through career exposure relating to quantum engineering.
Summer Springboard
Physics & Quantum Computing
Course Overview
Dive into the cutting-edge world of quantum mechanics and physics through this immersive summer course in Physics & Quantum Computing. Designed for high school students curious about the future of science and technology, this program introduces core concepts like superposition, entanglement, and quantum circuits in an accessible yet rigorous way.
Students will explore how quantum computing intersects with fields such as healthcare, national defense, and cryptography, and why it matters for future innovation. Taught by industry experts and supported by curriculum from top institutions, the course includes hands-on activities and tools to build real-world skills in this rapidly evolving discipline. Whether you’re new to quantum science or looking to deepen your understanding, this course offers a powerful foundation for future study and careers.
LEARNING OUTCOMES
Outcome #1
Master introductory physics and quantum computing concepts including superposition, entanglement, quantum circuits, and computation.
Outcome #2
Gain insight into real-world applications, such as cryptography, navigation, national defense, and healthcare.
Outcome #3
Build foundational quantum computing skills, empowering understanding of hardware, software, and theory.
Outcome #4
Appreciate the broader significance of quantum computing for policy, public health, and future engineering careers.
