Physics from evidence to systems.

A physics spine that connects measurement, motion, conservation, fields, waves, thermal systems, and materials to engineering applications.

Every module has a stable ID, prerequisites, engineering uses, source records and a schematic visual. Engineering links to these same modules instead of copying their definitions.

01 · 01 · evidence

Measurement and physical models

Physics begins by defining a system, measuring it and stating limits.

2 engineering links · Starting point →02 · 02 · motion

Kinematics

Motion describes position, velocity and acceleration before explaining its cause.

2 engineering links · Prerequisites mapped →03 · 02 · motion

Forces and equilibrium

Forces change motion or balance through constraints and reactions.

2 engineering links · Prerequisites mapped →04 · 03 · conservation

Energy and momentum

Conservation laws connect motion, work, heat and collisions.

3 engineering links · Prerequisites mapped →05 · 03 · conservation

Rotation and rigid bodies

Machines transmit motion and torque through rotating bodies.

2 engineering links · Prerequisites mapped →06 · 04 · vibration

Oscillations and resonance

Restoring forces produce characteristic motion; damping and forcing shape response.

2 engineering links · Prerequisites mapped →07 · 05 · thermal

Thermodynamics

Thermodynamics accounts for energy, work, heat and direction of processes.

2 engineering links · Prerequisites mapped →08 · 05 · thermal

Fluids and continuum models

Flow fields apply conservation to matter that deforms continuously.

3 engineering links · Prerequisites mapped →09 · 06 · fields

Electricity and circuits

Voltage, current and fields describe electrical energy transfer.

2 engineering links · Prerequisites mapped →10 · 06 · fields

Magnetism and electromechanics

Magnetic fields turn electrical current into force and torque.

2 engineering links · Prerequisites mapped →11 · 07 · waves

Waves and signals

Signals carry energy and information through oscillation and propagation.

2 engineering links · Prerequisites mapped →12 · 07 · materials

Physics of materials

Material behaviour follows structure, bonding, defects and loading conditions.

3 engineering links · Prerequisites mapped →

The modules are original Lilerno teaching structures supported by the listed sources. They do not claim academic credit, professional certification, or complete coverage of every specialist field.