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Advanced STEM Program

Online Quantum Mechanics Class for High School Students

A live, four-week deep dive into the science of the subatomic world — wave-particle duality, the Schrödinger equation, quantum tunneling, and how it all powers modern technology. Designed for grades 10–12 with a PhD mathematical physicist.

4 weeks · 12 hours total
Algebra II prerequisite
Certificate included

What Is an Online Quantum Mechanics Class for High Schoolers?

An online quantum mechanics class for high school students is a structured program that introduces the physics of subatomic particles — concepts that classical mechanics can't explain. While quantum physics traditionally appears only briefly in AP Physics 2 (and not at all in standard high school physics), motivated students are increasingly seeking deeper exposure before college, both because the subject is fascinating and because it's foundational to physics, chemistry, computer science, and emerging fields like quantum computing.

EdQuill Academy's quantum mechanics program is designed for grade 10–12 students who've completed Algebra II and want to seriously explore the field. Across four 3-hour live sessions, students journey from the historical experiments that broke classical physics (blackbody radiation, the photoelectric effect) through the mathematical frameworks of Heisenberg and Schrödinger, and finally to the modern applications — semiconductors, lasers, MRI machines, and the quantum computers reshaping technology. The program is part of EdQuill's broader online STEM program series, which covers eight advanced disciplines for high schoolers.

Unlike pre-recorded YouTube tutorials or generic enrichment courses, this is a live class taught by Dr. Saltzer, a mathematical physicist who's authored 25+ STEM textbooks with Pearson and McGraw-Hill. Students ask questions in real time, work through derivations together, and leave with both the conceptual understanding and the depth of exposure that makes for compelling college essays and confident major decisions.

4 Weeks

Every Sunday

10AM-1PM

EST

Live Online

Interactive Sessions

$400

Complete Program

Why Study Quantum Mechanics?

Quantum mechanics isn't just abstract theory—it's the foundation of modern technology and the key to understanding our universe at its deepest level.

Foundation for Future STEM Careers

Quantum mechanics is essential for physics, chemistry, materials science, and emerging tech fields.

Develop Critical Thinking

Quantum concepts challenge your assumptions and build powerful analytical reasoning skills.

College Application Boost

Demonstrating advanced physics knowledge sets you apart in competitive admissions.

Prepare for the Quantum Revolution

Quantum computing and quantum technology are transforming industries—be ready for the future.

Program Highlights

An immersive learning experience designed to make quantum physics accessible and exciting.

Subatomic Exploration

Journey into the quantum realm where particles behave in ways that challenge our everyday intuition.

Expert Instruction

Learn from Dr. Saltzer, an award-winning mathematical physicist with 25+ published textbooks.

Small Group Learning

Interactive sessions with personalized attention ensure deep understanding of complex concepts.

Certificate of Completion

Earn recognition for mastering quantum mechanics fundamentals—great for college applications.

4-Week Curriculum

A carefully structured journey from quantum fundamentals to cutting-edge applications.

Week 1
Foundations of Quantum Mechanics
  • The birth of quantum theory and why classical physics fails at small scales
  • Planck's quantum hypothesis and blackbody radiation
  • The photoelectric effect and Einstein's revolutionary explanation
  • Wave-particle duality: Is light a wave or a particle?
  • De Broglie's matter waves
Week 2
The Heisenberg Approach
  • Matrix mechanics and the mathematical framework of quantum theory
  • The Heisenberg Uncertainty Principle explained
  • Why we cannot know position and momentum simultaneously
  • Observable quantities and measurement in quantum mechanics
  • The collapse of the wave function
Week 3
The Schrödinger Approach
  • Wave mechanics and the Schrödinger equation
  • Probability waves and what they tell us about particles
  • The famous Schrödinger's Cat thought experiment
  • Quantum superposition and entanglement
  • Solving simple quantum systems
Week 4
Modern Applications & Frontiers
  • Quantum tunneling and its applications
  • How quantum mechanics powers modern technology
  • Semiconductors, lasers, and MRI machines
  • Introduction to quantum computing concepts
  • The future of quantum technology

Learn from an Award-Winning Physicist

Dr. Saltzer

A Mathematical Physicist who has authored 25+ STEM textbooks with Pearson & McGraw-Hill and taught thousands of students worldwide. Dr. Saltzer is known for making quantum mechanics exciting, understandable, and inspiring for high school students.

National Teaching Awards

25+ Published Textbooks

Decades of Experience

Makes Physics Fun

Explore More STEM Fields

Quantum Mechanics is part of our year-long Advanced STEM Exploration series. Bundle programs and save!

View All Programs & Bundle Savings

Frequently Asked Questions

Do I need to know calculus for this program?

No calculus is required! We focus on conceptual understanding with algebra-based mathematics. Students who have completed Algebra 2 will have the mathematical foundation needed. Our instructor makes complex ideas accessible through intuitive explanations and real-world examples.

Is this program too advanced for high school students?

Not at all! This program is specifically designed for curious high schoolers (grades 10-12). Dr. Saltzer is known for making complex physics exciting and understandable. We start from the basics and build up systematically—no prior quantum physics knowledge is needed.

What is the class format?

Classes are held live online every Sunday from 10 AM to 1 PM EST for 4 consecutive weeks. Each 3-hour session includes interactive lectures, discussions, demonstrations, and Q&A time. You'll engage directly with the instructor and fellow students.

Will this help with AP Physics?

Absolutely! While our program goes beyond standard AP curriculum, the foundational concepts in quantum mechanics complement and enrich AP Physics understanding. Many students find that this deeper exploration makes their regular physics coursework more meaningful.

What materials do I need?

Just a computer with reliable internet connection and a curious mind! All learning materials are provided. We recommend having a notebook for taking notes during the sessions.

Can I get a certificate?

Yes! Students who complete all four sessions receive a Certificate of Completion from EdQuill Academy, recognizing their achievement in exploring quantum mechanics.

How does this online quantum mechanics class compare to AP Physics 2?

AP Physics 2 introduces quantum concepts only briefly in the modern physics unit, mostly at a vocabulary level. Our program goes much deeper — actually deriving the Schrödinger equation, working through Heisenberg's framework, and exploring quantum tunneling and modern applications in real depth. Students who take both find that AP Physics 2 feels easier afterward.

What's the best grade level for this quantum mechanics program?

Grade 11 is the most common entry point because students typically have Algebra II behind them and are starting to think about physics-related college majors. Grade 10 students with strong math skills do well too. Grade 12 is excellent for students considering physics, engineering, or computer science majors who want to add depth to their college essays.

Will my student understand the math, or get lost?

Dr. Saltzer is famous for making complex physics accessible. The class assumes Algebra II as a baseline and scaffolds anything beyond that during the session. Students don't need to have taken calculus — Dr. Saltzer introduces calculus-style reasoning intuitively when needed. We've had students from non-AP-track schools succeed alongside students from selective magnet schools.

How can quantum mechanics help with college admissions?

Top universities want students who pursue intellectual interests beyond what their schools offer. Completing a real quantum mechanics program (not a watered-down survey) signals exactly that — and gives students compelling material for the "intellectual curiosity" essay prompt many top schools include. Students often write about specific concepts they explored, like wave-particle duality or Schrödinger's cat.

Ready to Explore the Quantum World?

Contact us today to reserve your spot in the Quantum Mechanics Learning Camp. Limited seats available for personalized instruction.

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Begin Your Quantum Journey

Join Dr. Saltzer for 4 weeks of mind-expanding exploration into the quantum realm. No prior physics experience required—just curiosity and completed Algebra 2.

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