Guided Physics
A complete AI-guided physics learning experience, organized like a college physics department.
Explore physics course by course, from motion and energy to waves, heat, light, relativity, quantum mechanics, and the structure of the universe. Choose a guide, ask your own questions, follow suggested prompts, and learn at the level that fits you.
Physics education, guided by AI
Guided Physics is not a passive video course. It is an interactive learning environment where you ask questions, explore concepts, work through practice problems, and receive detailed, personalized explanations from your personal physics guides. Every answer is tailored to your level — whether you are encountering a concept for the first time or digging deeper into the math behind it.
Each course covers a core area of physics from first principles. The learning happens through dialogue — your questions, your pace, your level. Choose from five AI physics personas, set your difficulty, and explore one of the most beautiful subjects in human knowledge.
Beyond the courses, Guided Physics publishes regular physics news and original blog — so there is always something new to read, discuss, and learn from. It is a living platform, not a static textbook.
Physics courses
Structured like a college physics curriculum
Introduction to Physics
A broad, conceptual introduction to physics as a discipline. Explore motion, forces, energy, waves, light, electricity, atoms, relativity, and quantum ideas. No prerequisites required.
Mathematical Methods for Physics
Master the mathematical language of physics: algebra, trigonometry, vectors, calculus basics, differential equations, dimensional analysis, and more. Essential before intermediate courses.
Classical Mechanics
A systematic treatment of motion, forces, and energy. Covers Newton's laws, work-energy theorem, momentum, rotation, gravity, oscillations, and an introduction to Lagrangian mechanics.
Waves and Oscillations
From pendulums to ocean waves to quantum wavefunctions: understand oscillations, wave propagation, interference, resonance, standing waves, and the Doppler effect.
Thermodynamics and Statistical Mechanics
Explore heat, temperature, entropy, and the laws that govern energy transformation. Connect macroscopic thermodynamics to the statistical behavior of atoms and molecules.
Electricity and Magnetism
From static charges to Maxwell's equations: understand electric and magnetic fields, circuits, electromagnetic induction, and the unification of electricity and magnetism.
Your physics guides
Five specialized personas, each with a distinct teaching style
Dr. Isaac Rowan
Classical mechanics and mathematical physics
Dr. Maya Chen
Electricity, magnetism, waves, and optics
Dr. Elena Voss
Quantum mechanics and modern physics
Dr. Marcus Hale
Relativity, gravity, astrophysics, and cosmology
Prof. Ada Sinclair
Lab physics, computational physics, and problem practice
Each persona is available on every course page. Select your guide, set your difficulty, and start learning.
Guided learning paths
Not sure where to start? Choose a path designed for your goals.
I'm new to physics
Start from scratch and work through the complete physics curriculum in the recommended order.
- 1.Introduction to Physics
- 2.Mathematical Methods for Physics
- 3.Classical Mechanics
- 4.Waves and Oscillations
- 5.Thermodynamics and Statistical Mechanics
- 6.Electricity and Magnetism
- 7.Optics and Light
- 8.Special Relativity
- 9.Quantum Mechanics
- 10.Astrophysics and Cosmology
I want to understand the universe
Focus on the big picture — from Newton's laws to black holes and the expanding universe.
- 1.Introduction to Physics
- 2.Classical Mechanics
- 3.Waves and Oscillations
- 4.Optics and Light
- 5.Electricity and Magnetism
- 6.Special Relativity
- 7.Quantum Mechanics
- 8.Astrophysics and Cosmology
- →Followed by General Relativity (coming soon)
I need help with college physics
Targeted path for students enrolled in college physics who want AI-guided support.
- 1.Mathematical Methods for Physics
- 2.Classical Mechanics
- 3.Waves and Oscillations
- 4.Thermodynamics and Statistical Mechanics
- 5.Electricity and Magnetism
- 6.Optics and Light
- 7.Special Relativity
- 8.Quantum Mechanics
- →Plus Practice Problem Lab (coming soon)
Latest physics news
Updated daily from curated physics sources across the web...
Bryson DeChambeau admits to turning to AI to help fix his swing after struggles at LIV Golf Korea
Fox News
quantum physicsQuantum Computing Just Hit Commercial Viability and These 3 ETFs Sit on Top of the Compute Transition
24/7 Wall St.
space physicsThe leading explanation for how the Moon was born is that a world the size of Mars called Theia slammed into the young Earth and flung out the debris that became the Moon, and recent research suggests Theia itself never fully left, with two continent-sized blobs buried near our planet’s core possibly being the last remains of the world that struck us.
Space Daily
physicsNew solar desalination breakthrough makes fresh water without toxic brine
Science Daily
From the physics blog
Original articles by our team of physics experts...
Why learn physics with Guided Physics?
Ask any question, any time
No class schedule, no embarrassment. Ask the question you have been afraid to ask. Get a clear, patient explanation at your level.
Learn at your pace
Go slowly through the hard concepts. Skip what you already know. Revisit anything whenever you need it. Physics at your rhythm.
Build real understanding
Not just answers — explanations. The AI will walk you through derivations, give you analogies, work problems with you, and suggest what to explore next.
Ready to start learning physics?
Begin with Introduction to Physics — no prerequisites, no pressure, just curiosity. Pick an AI guide, set your level, and start asking questions.