Fermilab’s QuarkNet Research Program for High Schoolers—6 Reasons Why You Should Apply
When applying for STEM degrees, already having experience in high school research programs can do a lot to set you apart from other applicants. Pre-college programs like Fermilab’s QuarkNet Research Program, the subject of today’s blog, not only give you hands-on experience in core STEM areas like physics and technology but also build skills that admissions officers value. Being part of such a selective program is tangible proof of your commitment to academic growth and interest in STEM.
What is Fermilab’s QuarkNet Research Program?
The QuarkNet Research Program is a seven-week summer research opportunity aimed at high school students interested in physics and related fields. Fermilab, one of the world’s top particle physics research labs, runs this program to introduce students to research and inspire the next generation of scientists. As a participant, you will work on projects related to particle physics, attend lectures, and gain a better understanding of Fermilab’s mission to explore the universe's fundamental particles.
This program is designed for motivated students who want to learn more about experimental physics and data analysis and who are ready to take on challenging research. Throughout the program, you’ll work directly with scientists, gaining a deeper insight into scientific methods.
How is the program structured?
The QuarkNet program is an internship opportunity to conduct research at Fermilab’s facilities in Batavia, Illinois. It’s a chance to learn advanced physics and receive direct mentorship from the country’s leading physicists. You will be contributing to one of Fermilab’s active research projects. You’ll also get access to Fermilab’s advanced labs and equipment, offering you the chance to see how physics theories apply in experiments. The program provides a balance of independent work and group collaboration, with guidance from experienced mentors.
Is it prestigious?
QuarkNet is highly regarded because it offers an internship opportunity at one of the finest physics research institutions in the country. Acceptance into the program is competitive and offers mentorship by leading scientists. The networking opportunities are significant, as you’ll meet scientists, fellow students, and program alumni who have gone on to impressive careers. The program has a strong reputation, and completing it can make your application stand out. Many alumni pursue degrees in physics, engineering, and related fields, further boosting the prestige of having Fermilab QuarkNet on your resume.
Who is eligible to apply?
To apply, you must:
Be a high school sophomore, junior, or senior
Be enrolled in an Illinois high school
Be a U.S. citizen or resident
Obtain a work authorization if you’re under 16 years old
How does the application process work?
The application process involves several steps:
Submit the online application on the Fermilab website
Complete the questionnaire that’s part of the application
Provide one letter of recommendation
Provide 200-word responses to the following prompts:
What do you hope to get out of this internship experience?
What “big questions” in science are you most excited about?
Describe a time you worked independently on a project.
How do you handle time management when you have multiple priorities?
6 reasons why you should apply
It offers a unique research experience: You’ll have the chance to work at Fermilab, a leading facility in particle physics, on an on-going project contributing to global STEM research.
You’ll gain mentorship from the country’s top scientists: You’ll be mentored by Fermilab scientists, giving you insight into real-world physics and access to expert guidance.
This is a selective opportunity: While the program is only open to Illinois students, being accepted into QuarkNet is still quite difficult, which can make your college application stand out and give you an edge. The prestige of the lab and its research are positive additions to your admissions profile.
You’ll have good networking opportunities: You’ll meet peers, scientists, and alumni, providing a valuable network of contacts for future academic and professional opportunities.
You will develop valuable STEM research skills: You’ll develop research, analytical, and problem-solving skills that are useful in both college and future careers. Working on advanced research projects will also help you shore up your knowledge of STEM fundamentals.
You’ll get access to advanced research facilities: Working at Fermilab means you’ll get to use cutting-edge scientific equipment and learn about technologies that most high schoolers cannot access.
If you’re serious about physics and want to explore research before college, the QuarkNet program offers a great opportunity to grow, learn, and stand out in your future academic journey.
One other option — the Lumiere Research Scholar Program
If you’re interested in pursuing independent research, you could also consider applying to one of the Lumiere Research Scholar Programs, selective online high school programs for students founded with researchers at Harvard and Oxford.
Last year, we had over 4000 students apply for 500 spots in the program! You can find the application form here.
Also check out the Lumiere Research Inclusion Foundation, a non-profit research program for talented, low-income students. Last year, we had 150 students on full need-based financial aid!
Stephen is one of the founders of Lumiere and a Harvard College graduate. He founded Lumiere as a PhD student at Harvard Business School. Lumiere is a selective research program where students work 1-1 with a research mentor to develop an independent research paper.