Roadmap — Physics Fundamentals

🗺️ Platform Roadmap

Where we are, and where we’re going

A transparent look at what’s live today, what’s in active development, and the full vision for Physics Fundamentals over the next two years.

Live now

In development

Planned

Development Phases

The full build plan

● Live

Phase 1

Core Curriculum

Launched Q1 2026

⚙️

Classical Mechanics

Live

Newton’s laws, kinematics, momentum, and projectile motion — the foundation of all classical physics.

Newton’s three laws
F = ma in depth
Projectile motion guide
Conservation of momentum
Gravitational force

🔥

Energy & Thermodynamics

Live

Kinetic and potential energy, conservation laws, the first law of thermodynamics, and the kinetic theory of gases.

What is energy?
Conservation of energy
First law of thermodynamics
Kinetic theory of gases

🌊

Waves & Oscillations

Live

Transverse and longitudinal waves, the wave equation v = fλ, resonance, and the Doppler effect.

Transverse waves (6,800 words)
Wave speed, frequency, wavelength
Wave equation v = fλ
Doppler effect (coming soon)

⊙ Building

Phase 2

Interactive Platform

Target: Q3 2026

🔬

Interactive Simulations

In Dev

Manipulate variables and observe physics in real time. Virtual labs for every major concept in the curriculum.

Projectile motion simulator
Wave interference visualiser
Newton’s cradle collision tool
Energy transformation sandbox
Gravitational orbits explorer

✏️

Practice Problems

In Dev

Over 1,000 problems with full worked solutions — from conceptual multiple choice to multi-step calculations.

Mechanics problem bank (350+)
Energy & thermodynamics (200+)
Waves & optics (250+)
Adaptive difficulty engine
Detailed step-by-step solutions

⚡

Electromagnetism

In Dev

Electric fields and forces, Coulomb’s law, circuits, magnetic fields, and Maxwell’s equations.

Electric charge & Coulomb’s law
Electric fields and potential
DC circuits (Ohm’s law, Kirchhoff)
Magnetic forces and fields
Maxwell’s equations overview

○ Planned

Phase 3

Advanced Topics

Target: Q1 2027

🔭

Optics

Planned

Reflection, refraction, diffraction, lenses, optical instruments, and the wave nature of light.

Snell’s law and refraction
Lens and mirror equations
Diffraction and interference
Polarisation of light

⚛️

Modern Physics

Planned

Special relativity, quantum mechanics, the photoelectric effect, nuclear physics, and particle physics basics.

Special relativity
Quantum mechanics foundations
Photoelectric effect
Nuclear binding energy

📊

Study Paths & Progress

Planned

Personalised study paths matched to your course, progress tracking, and spaced repetition for problem sets.

GCSE/A-Level aligned paths
AP Physics 1 & 2 paths
University intro physics path
Progress dashboard

○ Planned

Phase 4

Community & Video

Target: Q3 2027

🎥

Video Explanations

Planned

Short, focused video lessons for each major concept — paired with the written guides for maximum clarity.

5–12 min concept videos
Worked example walkthroughs
Whiteboard-style animations

💬

Community Q&A

Planned

A discussion forum where students can ask questions, share solutions, and learn from each other and our team.

Per-topic discussion threads
Expert answers from the team
Peer tutoring system

📱

Mobile App

Planned

iOS and Android apps for studying on the go — including offline access to articles and practice problems.

Full article access offline
Daily practice problem sets
Formula quick-reference

Current Progress

How far we’ve come

Classical Mechanics 100%

8 articles published

Energy & Thermodynamics 85%

5 articles live, 2 in review

Waves & Oscillations 60%

4 articles live, 3 in progress

Interactive Simulations 25%

2 of 8 sims complete

Practice Problems 30%

320 of 1,000+ problems ready

Electromagnetism 15%

2 articles in draft

Follow the build live

Join the early access list to get updates as each phase launches. You’ll be the first to access new modules, simulations, and problems — all free.

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