Mechanics
Motion, dynamics, energy, momentum, rotation and gravitation.
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Intelligent Olympiad Training
Master physics.
Train like an Olympian.
A bilingual, adaptive training environment for serious Physics Olympiad preparation — with guided problem solving, interactive simulations and your AI coach, Phi.
7Physics areas
∞Adaptive practice
24/7Phi AI Coach
Interactive session
TODAY'S TRAINING
4/5
Conservation of Momentum
01Predict
02Model
03Solve
04Reflect
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ADAPTIVE LEARNING PATH
Build your Olympiad mastery map
Progress unlocks as your conceptual understanding, problem-solving performance and timed practice improve.
Waves & Oscillations
SHM, wave propagation, interference and resonance.
12 skills→
Electromagnetism
Fields, circuits, induction and Maxwell foundations.
16 skills→
Thermodynamics
Thermal physics, ideal gases and thermodynamic processes.
10 skills→
Optics
Geometric and wave optics with interactive ray models.
9 skills→
Modern Physics
Relativity, quantum foundations and atomic physics.
11 skills→
Experimental Physics
Measurement, uncertainty, data analysis and experimental design.
10 skills→
OLYMPIAD ARENA
Train against the standard of real competitions.
IPhOOIbFNationalMock exams
PROBLEM ARENA
Train for depth, not repetition.
Olympiad-style problems with progressive hints, multiple solution strategies, timed attempts and post-solution reflection.
- ✓Socratic hint system
- ✓Timed challenges and mock exams
- ✓Historical Olympiad problem bank
🌎
OLYMPIAD CHALLENGE
MechanicsRotating Disk & Sliding Mass
A small mass is placed on a rotating horizontal disk. Determine the maximum angular velocity before slipping begins...
μsmg = mω2rωmax = √(μsg / r)
PHYSICS LAB
Experiment first. Formalize second.
Manipulate physical systems, make predictions, measure outcomes and then derive the mathematics behind what you observe.
Angle45°
Speed20 m/s
GUIDED EXPERIMENT
Projectile Motion
Phi asks you to predict the range before changing the angle, then helps you connect the observation to the analytical result.
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Open guided lab →Before moving the slider: which angle do you predict will maximize the range?
OLYMPHYX
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Your next session adapts to your current mastery, not just your place in a syllabus.