Exploring Modern Physics  

Boston Campus Program— July 21- August 2, 2024

Program Prerequisite: Students should understand the basic concepts of physics such as the topics of linear momentum and its conservation, and the conservation of energy in collisions. Students should also be aware of the basics of trigonometry, but calculus is not required. 

Messengers from space: cosmic rays as a window to modern physics

Cosmic rays are an entrance point for a great many important, but simple, concepts in modern physics. Students will be exposed to theoretical material that is rarely a part of AP Physics courses in high schools, but which interconnects well with such curricula. 

This program will instruct students through lectures, guest speakers, and laboratory experiments. Students will observe cosmic rays directly using a cloud chamber and make measurements of cosmic ray properties using an electronic muon counter. The lecture material will cover topics from special relativity, quantum mechanics, radioactivity, particle physics, and cosmology. Applications of modern physics concepts to nuclear energy and climate modeling will also be presented. Students will leave well-equipped to articulate their interests in the language that will be most advantageous to chances of admission to top universities.

Learning Outcomes

Anti-Matter 

The discovery of anti-matter (if we’re lucky, we’ll find some in our cloud chamber!) 

Special Relativity 

Special relativity particularly the effect of time-dilation.

Particle Physics 

Simple concepts in elementary particle physics.

Big-Bang Neucleosynthesis 

The origin of heavy elements in the early universe – so called Big-Bang Neucleosynthesis.

Radiation

Radiation safety and the effect of radiation on human tissue. SIDE BONUS: learn how cosmic rays make carbon dating possible! 

Sample Schedule

For an in-depth look at your day to day activities during the two-week Exploring Modern Physics program, click the link below to download our full sample schedule.

This is for informational purposes only and is subject to change.

This program challenged my understanding of physics as a concept. I expected to attend class and mindlessly crank out equations, just as I had done in AP Physics II. However, Dr. Brent Nelson started his lectures by throwing shade at the 17th-century understanding of physics that school teaches us. In doing so he opened our eyes to time cones, four-dimensional space, black body radiation, and nuclear reactions, through a conceptional lens with minimal math, allowing the class to understand fundamental concepts with being in calculus 3. This approach combined with a class that I was already passionate about provided a larger sense of community that ignited conversations and friendships outside of the classroom.

Matthew N., Summer 2023

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Program Tuition

The program tuition is $6,695. This includes: program tuition, course materials, housing, meals, and social activities. We strive to make our programs financially accessible. All admitted students will be considered for need-based aid, and our financial aid awards are typically in the form of scholarships or program discounts.

About Northeastern

Northeastern is a top ranking experiential research university that prides itself on academic rigor, a diverse and talented population of students and faculty, and a powerful learning model that combines the classroom experience with hands-on work experience.

Contact Us

Questions? Contact us at 617.373.2200 or precollegeprograms@northeastern.edu