Princeton Physics Program

Online physics program for serious and talented middle and high school students, providing structured exposure to undergraduate-level physics.

Our Philosophy: Encountering Physics as True Physicists Do

For many academically advanced students, school physics offers little opportunity for genuine intellectual exploration. The curriculum often emphasizes formulas and routine problem-solving, leaving little room for the creativity, curiosity, and conceptual depth that make physics such a fascinating discipline. As a result, students may never experience the subject as it truly is during the critical middle and high school years, when they are beginning to shape their academic interests and future aspirations.

For serious young students, physics should be more than a sequence of formulas and standard classroom problems. It should be a chance to encounter physics as it is: science’s most exciting and fundamental account of the nature of reality. At the Princeton Physics Program, we aim to give students the opportunity to ask ambitious questions, confront difficult ideas, and begin understanding how physicists have transformed humanity's view of the universe.

The Princeton Physics Program places students in a selective and intellectually challenging scientific environment. Students are introduced to physics from the quantum to the cosmological scale, from particles and atoms to stars, black holes, and the expanding universe. They examine not only established theories, but also the experiments, contradictions, and unresolved questions that led to their development.

Our approach enables serious learners in middle and high school to experience physics as physicists do: by questioning assumptions, constructing models, following mathematical arguments, testing explanations against evidence, and discussing difficult ideas with equally motivated peers. Through this process, students begin to see themselves not simply as learners of established science, but as potential contributors to its future.

The Structure

Princeton Physics Program is a selective, intensive 10-session online physics program for serious and talented middle and high school students, providing structured exposure to university-level physics. Each week, the students will participate in:

  • Live Lectures — with an Ivy League or Oxbridge Teaching Fellow (with Recordings)


    Each lecture is taught by a Teaching Fellow currently affiliated with or graduated from leading US/UK universities. The sessions are conducted live and are also recorded, allowing students to revisit difficult concepts, mathematical derivations, and scientific arguments at any time.

  • Live Individual Tutorials — 1:1 with an Ivy League or Oxbridge Teaching Fellow (Scheduled on Demand)


    Alongside group instruction, students also have access to a dedicated 1:1 tutorial session each week, which can be scheduled on demand with one of the Teaching Fellows. These tutorials give each student individual time for conceptual discussion, targeted problem-solving, mathematical support, final-project guidance, and personalized feedback.

Live Masterclasses — with Ivy League and Oxbridge Professors
During each cohort, students will also be invited to a series of live masterclasses and Q&A sessions with professors from Princeton and other leading institutions. These masterclasses take students to the frontiers of mathematics, allowing them to hear directly from leading researchers and ask questions about their work and academic journeys.

Princeton Math Program is a selective, intensive 10-session online mathematics program for serious and talented middle and high school students, providing structured exposure to undergraduate-level mathematics. Each week, the students will participate in:

Princeton Math Program is a selective, intensive 10-session online mathematics program for serious and talented middle and high school students, providing structured exposure to undergraduate-level mathematics. Each week, the students will participate in:

  • Live Lectures — Taught by Ivy League and Oxbridge Alumni (with Recordings)


    Each lecture is taught by a Teaching Fellow currently affiliated with or graduated from leading US/UK universities, including the University of Cambridge and Harvard University. The sessions are conducted live and are also recorded, allowing students to revisit and review the material at any time. 

  • Live Individual Tutorials — 1:1 with an Ivy League and Oxbridge Alumni (Scheduled on Demand)


    Alongside weekly group instruction, students also have access to dedicated 1:1 tutorial session each week, which can be scheduled on demand, with one of the Teaching Fellows. These 1:1 tutorials are designed to give each student individual time to ask questions related to the course material, including (but not limited to) targeted problem-solving support, final project, and personalized feedback.

  • Live Lectures — Taught by Ivy League and Oxbridge Alumni (with Recordings)


    Each lecture is taught by a Teaching Fellow currently affiliated with or graduated from leading US/UK universities, including the University of Cambridge and Harvard University. The sessions are conducted live and are also recorded, allowing students to revisit and review the material at any time. 

  • Live Individual Tutorials — 1:1 with an Ivy League and Oxbridge Alumni (Scheduled on Demand)


    Alongside weekly group instruction, students also have access to dedicated 1:1 tutorial session each week, which can be scheduled on demand, with one of the Teaching Fellows. These 1:1 tutorials are designed to give each student individual time to ask questions related to the course material, including (but not limited to) targeted problem-solving support, final project, and personalized feedback.


Course Levels

The Princeton Physics Program is offered across three levels to match students' scientific maturity, mathematical preparation, and readiness. Each level concludes with a project that allows students to synthesize ideas and demonstrate their learning.

We encourage students to select their level based primarily on their intellectual interests, academic preparation, and the areas of physics they are most eager to explore.

Level 1 – Introduction to the Physical Universe

Level 1 introduces students to the central habits of scientific thinking and the fundamental principles used to understand the physical universe. Students learn to reduce complex phenomena to manageable models and investigate questions across immense scales, from the motion of rockets and satellites to the behavior of atoms, stars, and galaxies.

The curriculum explores dimensional analysis, motion, forces, energy, gravity, orbital mechanics, light, stellar physics, quantum phenomena, and evidence for the Big Bang. It is designed to move students beyond standard school physics and provide an accessible first encounter with the conceptual depth of university-level study.

  • Recommended Grade: Grades 8-10, including older students with limited prior exposure to physics.

  • Preparation Benchmark: Comfort with basic algebra and scientific notation. Familiarity with introductory mechanics is helpful but not required.

Level 2 – Einstein's World and the Cosmic Beginning

Level 2 introduces students to the intellectual revolution that transformed physics during the twentieth century. Beginning with the apparent failures of classical physics, students examine how relativity, thermodynamics, and quantum theory challenged established ideas about space, time, matter, energy, and predictability.

Students develop the mathematical tools needed to study oscillations and waves, special relativity, mass-energy equivalence, entropy, the birth of quantum theory, and stellar evolution. The level emphasizes the relationship between mathematical reasoning, experimental evidence, and the emergence of new physical theories.

  • Recommended Grade: Grades 9-11, including advanced Grade 8 and Grade 12 students.

  • Preparation Benchmark: Strong algebra and familiarity with introductory mechanics. Experience with functions, vectors, or elementary calculus is advantageous but not required.

Level 3 – Quantum Theory and Astrophysics

Level 3 provides a rigorous exploration of some of the most profound ideas in modern physics. Students use complex numbers, linear algebra, differential equations, and probability to study wavefunctions, the Schrodinger equation, quantum measurement, superposition, spin, and two-state quantum systems.

The curriculum then moves outward to general relativity, curved spacetime, black holes, celestial mechanics, stellar structure, dark matter, dark energy, and the evolution of the universe. Students engage not only with the conceptual meaning of these theories, but also with the mathematical structures through which their central results are derived.

Level 3 is intended to give highly motivated students an early experience of the intellectual world of theoretical physics and prepare them to pursue advanced study with greater confidence, maturity, and independence.

  • Recommended Grade: Grades 10-12, including exceptional Grade 9 students.

  • Preparation Benchmark: Strong algebra and mathematical problem-solving ability. Familiarity with calculus is highly advantageous. Prior completion of Levels 1 and 2, or equivalent preparation, is recommended.

Level 3 provides a full, in-depth exploration of central topics in higher mathematics, with deep engagement in real analysis, linear algebra, and dynamical systems—areas that equip students with the conceptual tools and mathematical maturity needed for advanced study. This level emphasizes independent thinking, sophisticated proof-based reasoning, and advanced problem-solving. Students integrate ideas across multiple mathematical domains and tackle open-ended, research-style problems that demand creativity, rigor, and sustained intellectual effort.

  • Recommended Grade: Grades 11–12 (including exceptional Grade 10)

  • Competition Benchmark: AMC 12 high scores; consistent AIME qualification (e.g. AIME 5+); high rankings or qualification in national-level mathematics competitions (e.g. Olympiad track, national team selection rounds, or equivalent); or preparation for advanced university admissions tests (such as STEP, MAT, or TMUA in UK).


Program Outcome

  • Early Exposure of University-Level Physics
    Gain meaningful exposure to classical and modern physics and develop the ability to engage with advanced scientific ideas at a higher academic standard.

  • Independent Scientific Thinking Through a Final Project
    Learn to formulate questions, construct physical models, synthesize ideas, and communicate scientific reasoning through a culminating physics project.

  • Entering the Intellectual World of Modern Physics
    Explore the ideas and arguments that transformed our understanding of space, time, matter, energy, and the universe.

  • Learning from the Best Minds in the Field
    Learn from Teaching Fellows from leading institutions such as Oxford, MIT, and Harvard, gaining insight into how advanced physics is studied and practiced at the highest level.

  • A Network of Like-Minded, Serious Peers
    Become part of a selective intellectual community of students who share scientific curiosity, academic seriousness, and an ambition to understand the deepest questions in physics.

  • Stronger Scientific Thinking for Any Future Path
    Develop mathematical reasoning, scientific modeling, evidence-based argument, and problem-solving skills valuable across physics, engineering, astronomy, mathematics, computing, and research.

  • PSI Certificate of Completion
    Upon successful completion of the program, students receive an official certificate issued by the Princeton STEM Initiative, recognizing their academic engagement and achievement.

  • PSI Institutional Recommendations
    Students upon completing Level 3 will receive formal recommendations by Princeton STEM Initiative sent directly to university admissions offices and institutions for advanced academic and other opportunities.


  • PSI Institutional Recommendations
    Students upon completing Level 3 will receive formal recommendations by Princeton STEM Initiative sent directly to university admissions offices and institutions for advanced academic and other opportunities.

The Schedule (Fall 2026)

All instruction—including both the Lectures and the Individual Tutorial —is delivered entirely online. 

The program includes two integrated components:

  • Live Lecture: Students attend live lecture sessions held on a set schedule. Each session is conducted live and recorded, allowing students to revisit the material at any time.

  • Live Individual Tutorial: Students are encouraged to book one 30-minute 1:1 session per week on demand. These sessions provide personalized time for questions, clarification, targeted problem-solving, and feedback, supporting consistent progress throughout the course.

    This structure allows students worldwide to access Princeton Physics Program while accommodating demanding academic schedules. Students unable to attend a live lecture can review the recording and use the 1:1 Tutorial Sessions to clarify questions and maintain steady progress.

Level 1

Starting Date

September 19, 2026 (every Saturday and Sunday) 

End Date

October 18, 2026 

Cohort #1

Sat & Sun 8:30–10:00 am ET

Cohort #2

Sat & Sun 11:30 am–1:00 pm ET

Level 2

Starting Date

September 19, 2026 (every Saturday and Sunday) 

End Date

October 18, 2026 

Cohort #1

Sat & Sun 8:30–10:00 am ET

Cohort #2

Sat & Sun 11:30 am–1:00 pm ET

Level 3

Starting Date

November 14, 2026 (every Saturday and Sunday) 

End Date

December 13, 2026

Cohort #1

Sat & Sun 8:30–10:00 am ET

Cohort #2

Sat & Sun 11:30 am–1:00 pm ET

Admissions

All applications are reviewed holistically by the Admissions Committee, with careful consideration given not only to academic preparation but also to each student’s commitment to mathematics, intellectual engagement, and readiness for rigorous study.

Fall 2026 Early Admissions Deadline: August 13, 2026 (Thursday)

Fall 2026 Regular Admissions Deadline: September 6, 2026 (Sunday)

All deadlines are at the end of the day in each applicant’s local time zone. Applications submitted in the Early Admissions pool will be prioritized.

Step 1: Submit Your Application

  • Complete the online application form. The applicant will be asked to select the level for which they are applying and respond to questions designed to help us assess their scientific background, mathematical preparation, readiness, and intellectual curiosity.

  • We generally encourage students to begin with Level 1 unless there is clear prior preparation. Students already familiar with Level 1 topics and with substantial formal coursework in related areas may consider applying directly to Level 2.

  • For Level 3, students must either have successfully completed Levels 1 and 2, or their equivalents, or demonstrate exceptional preparation in physics and mathematics.

Step 2: Admissions Committee Review (rolling basis)

  • The Admissions Committee convenes weekly to review each application submitted during the preceding week to determine each applicant's appropriate placement and overall fit for the program.

Step 3: Decision Day (around 10 business days after submission)

  • All applicants will receive an official admission decision around 10 business days after submission. Applicants may receive a deferral or rejection, a place on the internal waitlist, or an official offer letter. Successful applicants will generally be asked to complete enrollment within five business days before the seat is released to the next waitlisted student.

Tuition, Scholarships, and Financial Aid

The program tuition is $1,450 USD for Fall 2026 cohorts.

At present, the Princeton STEM Initiative does not offer financial aid or scholarships for 2026 cohorts. We will be extending financial aid to low income families starting 2027.

Meanwhile, we are actively working with partner schools and institutions to broaden access and expand support pathways in the future. Our goal is to foster mathematical talent and support intellectually curious students through meaningful enrichment opportunities. 

School Funding

We strongly encourage students to speak with their school counselor or mathematics teacher about pursuing advanced mathematical opportunities such as the Princeton Physics Program. Many schools maintain discretionary or academic support funds that may be applied toward programs of this nature. Early engagement with your school can help identify potential avenues of support. If your school requires verification of your application to the Princeton Physics Program, they are welcome to contact us directly.

If you are an educator, teacher, or school leader interested in bringing the Princeton Physics Program to your students, we warmly welcome you to contact us to explore potential school-based partnerships.

For students and families facing financial constraints, we encourage consideration of the following external funding opportunities.

FAQ

Admissions

Is the Princeton Physics Program selective?

Yes. In essence, the program functions as a talent-search environment: we aim to bring together students with notable scientific promise and the intellectual drive to engage seriously with challenging ideas.

What does the Admissions Committee look for in applicants? Is prior physics competition experience required?

Our admissions review focuses on a student's readiness for rigorous problem-solving, intellectual curiosity, mathematical preparation, and genuine enthusiasm for physics. We seek students who are motivated to engage deeply with unfamiliar problems and who demonstrate persistence in scientific thinking. Prior competition experience can be helpful but is not required.

Is there an age requirement for each level?

There is no strict age requirement. The Princeton Physics Program is designed to support scientifically talented students wherever they may be in their development. Because the style of reasoning in the program differs meaningfully from standard school physics, we generally encourage students to begin with Level 1 unless they clearly demonstrate readiness for a more advanced level.

What physics and mathematical prerequisites are required?

Level 1 requires comfort with basic algebra but no extensive prior physics preparation. Levels 2 and 3 progressively require greater mathematical maturity. Students are not expected to have completed advanced university coursework, but they should be ready to engage thoughtfully with unfamiliar concepts and mathematical arguments. Familiarity with calculus is highly advantageous for Level 3.

How do I know which level I should choose?

In most cases, students are encouraged to begin with Level 1. Students who are already extremely familiar with the Level 1 topics and who have completed substantial formal coursework in similar areas may consider applying directly to Level 2. Level 3 is intended for students with strong mathematical preparation and previous exposure to mechanics and modern physics.

Is the Princeton Math Circle selective?

Yes. In essence, the program functions as a talent-search environment: we aim to bring together students with notable scientific promise and the intellectual drive to engage seriously with challenging ideas.

What does the Admissions Committee look for in applicants? Is prior physics competition experience required?

Our admissions review focuses on a student's readiness for rigorous problem-solving, intellectual curiosity, mathematical preparation, and genuine enthusiasm for physics. We seek students who are motivated to engage deeply with unfamiliar problems and who demonstrate persistence in scientific thinking. Prior competition experience can be helpful but is not required.

Is there an age requirement for each level?

There is no strict age requirement. The Princeton Physics Program is designed to support scientifically talented students wherever they may be in their development. Because the style of reasoning in the program differs meaningfully from standard school physics, we generally encourage students to begin with Level 1 unless they clearly demonstrate readiness for a more advanced level.

What physics and mathematical prerequisites are required?

Level 1 requires comfort with basic algebra but no extensive prior physics preparation. Levels 2 and 3 progressively require greater mathematical maturity. Students are not expected to have completed advanced university coursework, but they should be ready to engage thoughtfully with unfamiliar concepts and mathematical arguments. Familiarity with calculus is highly advantageous for Level 3.

How do I know which level I should choose?

In most cases, students are encouraged to begin with Level 1. Students who are already extremely familiar with the Level 1 topics and who have completed substantial formal coursework in similar areas may consider applying directly to Level 2. Level 3 is intended for students with strong mathematical preparation and previous exposure to mechanics and modern physics.

Teaching & Learning

What are the learning outcomes of the program?

The Princeton Physics Program is designed to introduce students to carefully selected advanced physical concepts in a way that emphasizes rigor, conceptual clarity, and mathematical reasoning. The goal is not acceleration through a conventional curriculum, but the cultivation of physical intuition, scientific judgment, and disciplined problem-solving habits. Students also undertake a final project that allows them to synthesize and demonstrate their learning.

Is the program held online or in person?

The program is conducted online. Both the core sessions and the 1:1 Tutorial Sessions are delivered in a live virtual format to allow participation from students regardless of location.

Are lectures recorded?

Yes. All lectures are recorded and made available to enrolled students for review.

What if I must miss part of a lecture? Can I still join the 1:1 Tutorial Sessions?

Yes. Because lectures are recorded, students may review any missed material at their convenience. The 1:1 Tutorial Sessions are scheduled flexibly, allowing the Teaching Fellows to support students and address questions even if a live session was missed.

Is the Princeton Math Circle selective?

The Princeton Physics Program is designed to introduce students to carefully selected advanced physical concepts in a way that emphasizes rigor, conceptual clarity, and mathematical reasoning. The goal is not acceleration through a conventional curriculum, but the cultivation of physical intuition, scientific judgment, and disciplined problem-solving habits. Students also undertake a final project that allows them to synthesize and demonstrate their learning.

Is the program held online or in person?

The program is conducted online. Both the core sessions and the 1:1 Tutorial Sessions are delivered in a live virtual format to allow participation from students regardless of location.

Are lectures recorded?

Yes. All lectures are recorded and made available to enrolled students for review.

What if I must miss part of a lecture? Can I still join the 1:1 Tutorial Sessions?

Yes. Because lectures are recorded, students may review any missed material at their convenience. The 1:1 Tutorial Sessions are scheduled flexibly, allowing the Teaching Fellows to support students and address questions even if a live session was missed.

Princeton Math Program Accepting Applications for Fall 2026

Princeton Math Program Accepting Applications for Fall 2026

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© PRINCETON STEM INITIATIVE 2026, ALL RIGHTS RESERVED

The Princeton STEM Initiative and its programs, including the Princeton Math Program, were founded by faculty members and researchers affiliated with Princeton University and other institutions in the United States and the United Kingdom. The Princeton STEM Initiative and the Princeton Math Program are registered in Princeton, New Jersey, and are independently operated and not affiliated with Princeton University.

© PRINCETON STEM INITIATIVE 2026, ALL RIGHTS RESERVED

The Princeton STEM Initiative and its programs, including the Princeton Math Program, were founded by faculty members and researchers affiliated with Princeton University and other institutions in the United States and the United Kingdom. The Princeton STEM Initiative and the Princeton Math Program are registered in Princeton, New Jersey, and are independently operated and not affiliated with Princeton University.

© PRINCETON STEM INITIATIVE 2026, ALL RIGHTS RESERVED

The Princeton STEM Initiative and its programs, including the Princeton Math Program, were founded by faculty members and researchers affiliated with Princeton University and other institutions in the United States and the United Kingdom. The Princeton STEM Initiative and the Princeton Math Program are registered in Princeton, New Jersey, and are independently operated and not affiliated with Princeton University.