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Modern Physics

Advanced standalone electives of the high school Physics Lyceum, beyond what a typical high school curriculum reaches.

Online from anywhere · or in-person in Princeton, NJ

The barred spiral galaxy NGC 1300, its bright central bar crossing a wide disc of blue star-forming arms threaded with dark dust lanes
Each course
Theory, problem-solving sessions, and homework, at a faster pace and a greater conceptual depth than the classical core.
Formats
In-person in Princeton, hybrid (one weekly session in person, one online), or online from anywhere.
Length
Three semesters a year: 16-week courses in fall and spring, an accelerated 8-week version in summer.
Weekly commitment
Two 1.5-hour sessions a week, plus roughly 4–6 hours of problem-solving on your own.
Cohort
Up to 12 students in person or hybrid, up to 8 online.
Tuition
$3,500 per course, whichever semester you take it in.

Taught by expert physicists. Meet the instructors.

Enrollment and Tuition

Tuition

  • $3,500per course
Semesters
16 weeks in fall or spring, or an accelerated 8-week summer version
Where
In-person in Princeton, NJ, or live online from anywhere
Enrollment
Open for the next semester
Book an info call
team@teenscientists.org
Payment and refunds
  • Payment is due at enrollment
  • We cancel, or the minimum cohort does not form: full refund
  • You cancel 1+ week before the start: full refund
  • You cancel less than 1 week before: no refund

What the Modern Electives Are

Four semester-long electives in the Physics Lyceum: High School curriculum, taught on the Deep Physics model that runs through the whole SoTS Physics Lyceum. They go beyond the topics a typical high school curriculum reaches, which the classical core handles.

A step up in pace and depth. These are advanced classes and they move faster than the classical core: more ground in a session, and ideas that sit further from everyday intuition than anything in classical physics. A student comfortable in a core course should expect to work harder here.

The landmark experiments carry the reasoning. Discussion of the experiments that forced physicists to accept each result, and what each one actually established.

Each elective has unique requirements. Each course page carries its own Texts and Requirements section, stating the book it works from and the maths it expects.

The Four Electives

Modern physics electives

4 courses
  • Special Relativity
  • Quantum Mechanics
  • Fundamental Interactions and Particles
  • Physics of the Cosmos

Prerequisites

Grade: open to students in grades 9–12.

Math: algebra, geometry, and basic trigonometry as a floor. Beyond that each elective differs, and each course page states its own.

Physics: prerequisite courses can be completed in the SoTS Physics Lyceum or elsewhere.

Builds on Earlier Physics Courses
Special Relativityrequires
Mechanics of Motion
Quantum Mechanicsrequires
Mechanics of MotionWaves and Oscillations
Fundamental Interactions and Particlesrequires
Mechanics of MotionElectricity & MagnetismSpecial Relativity (helpful)Quantum Mechanics (helpful)
Physics of the Cosmosrequires
Mechanics of MotionWaves and Oscillations (helpful)Thermodynamics (helpful)Electricity & Magnetism (helpful)

Certificates and Transcripts

Tuition covers the teaching and one in-person Pass/Fail evaluation. The evaluation is optional. After completing a course, a student may schedule it with the instructor. It may include solving problems and a conversation with the instructor about the course material. It may also take into account homework and classwork grades from the course. A passing evaluation earns a Lyceum Course Certificate in that course. Every enrolled student also has a cumulative transcript listing their coursework, research, and any certificates earned, useful for any student demonstrating substantial physics study on a college application.

Any two of the four electives, added to the classical core, earn Mastery in Classical and Modern Physics. See Certificates and Transcripts for the full credential structure and requirements.

Lyceum courses are taught by expert physicists. Meet the team.

Image on top of page: the barred spiral galaxy NGC 1300, imaged by the Hubble Space Telescope. NASA/ESA/STScI