Unlock the Mysteries of the Universe: Quantum Physics Programs for High School Students
6 minute read
Did you know that solar panels, LED lights, MRI scanners, and cell phones all rely on quantum behavior to function? In today’s technological world, this makes quantum physics incredibly important — and marketable!
Quantum physics is a complex field that studies matter and energy at the most fundamental level. Because quantum physics involves studying subatomic units, it can be difficult to visualize many of its concepts. This is why mathematics and computer science play such vital roles in this field. So if you’re interested in studying the great mysteries of the universe and have a knack for math and computers, quantum physics may be the field for you!
Unlock the Mysteries of Quantum Physics
Ready to push the boundaries of science? Connect with top experts and like-minded students in a quantum physics research project!
Why Explore Quantum Physics in High School?
Quantum physics is an incredibly multidisciplinary field that draws on chemistry, computer science, philosophy, and more. In effect, this encourages students to develop analytical skills that span different perspectives and skill sets in their quest for understanding. This is a valuable experience that is sure to emphasize the importance of critical and creative thinking. Overall, quantum physics challenges students to think deeply and embrace complex STEM concepts.
Understanding the Universe
Quantum physics explains the fundamental principles governing the microscopic world. The counterintuitive nature of quantum mechanics can ignite curiosity and wonder about the universe, motivating students to explore scientific inquiry further.
Academic Advancement
Early exposure to quantum physics can provide a strong foundation for future studies in physics, engineering, and other sciences. Furthermore, quantum physics illustrates the interconnectedness of scientific disciplines — due to its connections to other academic disciplines like chemistry, information technology, and even philosophy.
Skill Development
Quantum Physics makes you think outside of the box. It’s hard to define and even harder to visualise. Mathematical formulas are used to illustrate and predict atomic behavior, because even the most basic properties of quantum physics are difficult to intuit. Overall, engaging with complex concepts enhances problem-solving and critical thinking abilities across academic disciplines.
Top 5 Quantum Physics Programs for High School Students
Do you ever wonder where black holes come from? Or why atoms behave the way they do? If you’ve answered yes to either of these questions, it sounds like you’re drawn to quantum physics. While quantum physics may not be taught at most traditional high schools, there are ways to explore quantum physics while you’re still in high school.
The following educational programs can provide students with a strong foundation in quantum physics and inspire them to pursue careers in quantum science and technology:
1. Quantum Quickstart
Quantum Quickstart is a one-week program for high school freshmen and sophomores residing in the U.S. who are passionate about the sciences. Held at the University of Chicago's Pritzker School of Molecular Engineering, students engage in theoretical discussions, attend lectures with university faculty, tour world-class lab facilities, and gain hands-on experience with quantum programming. Throughout this program, students gain a solid foundational understanding of quantum physics and are therefore able to grasp the incredible potential of this field.
The cost of attendance is $2,500, but generous financial aid packages are available. For students with household income at or below $120,000, the cost of attendance is waived. For students with a household income at or below $65,000, the cost of attendance is waived, and round-trip travel expenses are paid for by the university.
Location: Chicago, Illinois
Program Dates: July 27th - August 1st, 2025
Cost of Attendance: $2,500 (generous financial aid packages available)
2. QCaMP (Quantum Computing, Math, and Physics)
QCaMP is a month-long, in-person camp designed for high school students (ages 16+). Programs are free to attend and are offered in the San Francisco Bay Area, as well as throughout New Mexico (Albuquerque, Santa Fe, and Gallup). Stipends are also available.
During this program, students are exposed to the fundamentals of quantum computing and will be given the chance to create circuits on real-world quantum computers. Within a collaborative learning environment. Past camp instructors have included active researchers from Sandia National Laboratories, Berkeley Labs, Los Alamos National Laboratory, the University of New Mexico, New Mexico State University, and more.
Location: Bay Area, CA | Albuquerque, NM | Santa Fe, NM | Gallup, NM
Program Dates: June 30th – July 25th, 2025
Cost of Attendance: Free to attend (stipends also available)
3. Experimental Physics Research Academy at UPenn
The Experimental Physics Research Academy offers an intensive exploration of the most cutting-edge physics discoveries, with a special emphasis on mechanics, electromagnetism, quantum dynamics, and astrophysics. Held at UPenn, students engage in lectures, activities, projects, and discussions to gain a deeper, working understanding of physics..
Location: Philadelphia, PA
Program Dates: July 5th - July 26th, 2025
Cost of Attendance: $9,949 (full scholarships available for select Philadelphia high schoolers)
4. UCSB NSF Quantum Foundry Internship Program
During the 8-week summer UCSB NSF Quantum Foundry internship program, students conduct cutting-edge quantum materials research alongside UC Santa Barbara faculty. Each student is also paired with their research mentor. In addition to learning about quantum information science and quantum materials, students participate in experimental lab work and computational physics projects.
Location: Santa Barbara, CA
Program Dates: June 23rd – August 15th, 2025
Cost of Attendance: $5,000 stipend provided
5. Brown University Pre-College Programs
Brown University is offering 6 summer programs devoted to the study of quantum mechanics. So if you’re looking for a deep dive into quantum physics this summer, you’ve got plenty of options to choose from:
Quantum Mechanics: The Intersection of Physics and Philosophy
Exploring the Early Universe: An Introduction to Relativity and Cosmology
And if traveling to Providence, RI, isn’t feasible for you this summer, don’t worry! They offer plenty of online options as well.
Real-World Applications: Exploring Quantum Computing and More
While quantum physics is known for its theoretical concepts, its real-world applications are already changing industries across the globe. From quantum computing to quantum cryptography, students in these research programs will explore the cutting-edge uses of quantum theory in everyday life.
Quantum Computing Applications
Quantum computing is one of the most exciting areas of research in physics today. It has the potential to revolutionize industries like artificial intelligence, cybersecurity, and drug development. By participating in a quantum physics research program, students will gain insights into how quantum mechanics powers the most advanced computing systems and will get the chance to experiment with quantum computing technologies.
Quantum Cryptography
Quantum cryptography, the practice of using quantum mechanics to secure communication, is another exciting area of research. Understanding how to harness the power of quantum physics to enhance cybersecurity is a skill set highly valued by tech companies, governments, and researchers alike.
These real-world applications make quantum physics programs highly relevant for students who want to make an impact in cutting-edge industries and technology sectors.
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Are There Prerequisites for Quantum Physics Programs for High Schoolers?
Specific prerequisites vary by program. Therefore, it is essential to review each program's requirements prior to applying. That being said, to get the most out of each quantum physics program for high schoolers, you should familiarize yourself with the subjects and concepts listed below:
Mathematics: A solid understanding of differential and integral calculus is beneficial. At the very least, however, you will need to be proficient in basic algebra, as it is one of the requirements of QCaMP.
Physics: Familiarity with basic physics concepts — such as gravity, momentum, energy, motion, entropy, etc. — provides a strong foundation for quantum physics programs.
Programming: Some programs may require basic knowledge of programming languages like Python and JavaScript. Since quantum physics programs for high schoolers involve a lot of computing, taking an introductory course to computer science will go a long way!
Conclusion: Enhance Your Quantum Physics Journey with Polygence
Quantum physics is an exciting and dynamic field with endless possibilities! From studying space and time to developing advanced computer programs, quantum physics is a challenging field with high rewards. Quantum physics may not be offered at a traditional high school, but there are still ways to get involved!
In addition to the programs outlined in this article, Polygence has countless research opportunities that take place throughout the academic year and summer. Whether students are interested in the Effects of Black Holes on the Space-Time Continuum or creating A Quantum Circuit Simulator using Python, the sky's the limit! Check out our Polygence Core Program and Polygence Pods to find out which of our research programs is right for you.