Develop deep physical intuition. Predict what happens before you run the simulation.
Simulations
Visual physics
Prediction
Before running
Visualization
See physics
JEE/NEET
Exam aligned
Build physics intuition through interactive concept simulations for JEE/NEET.
"How do I get better at physics?"
→ Focus on understanding concepts first, visualize problems, practice regularly, and connect physics to real-world situations.
Physics Intuition Lab is a physics reasoning game that builds your intuitive understanding of physical phenomena. Top scorers in JEE and NEET have strong physics intuition beyond formula memorization.
The game presents physics scenarios and asks you to predict outcomes. You develop the deep conceptual understanding that helps solve problems faster and catch calculation errors.
The game covers physics concepts:
Physics Areas: • Mechanics: Motion, forces, energy, collisions • Waves & Optics: Wave behavior, light, sound • Electromagnetism: Circuits, fields, induction • Thermodynamics: Heat, temperature, gases • Modern Physics: Quantum basics, relativity concepts
Format: Predict outcomes, then understand physics principles.
Study a physics situation or experiment setup.
Use physics intuition to guess what will happen.
Watch the actual outcome and compare to prediction.
Learn the physics principles behind the result.
Physics Intuition Lab develops scientific thinking:
Conceptual Understanding: Grasping physics beyond formulas.
Prediction Ability: Anticipating physical outcomes.
Limiting Cases: Checking extreme scenarios intuitively.
Estimation: Making reasonable physics approximations.
Error Detection: Catching unreasonable answers.
Physics intuition helps physics-heavy exams:
JEE Main/Advanced: Conceptual questions reward intuition.
NEET Physics: Understanding helps application questions.
Physics Olympiad: Deep understanding is essential.
Board Exams: Intuition speeds up standard problems.
Physics Intuition Lab benefits physics students:
• JEE Aspirants: Build conceptual physics foundation • NEET Candidates: Strengthen physics for medical entrance • Olympiad Preparers: Develop deep physics understanding • Physics Students: Go beyond formula memorization • Curious Minds: Explore how the physical world works
This game applies physics education research:
Conceptual Change: Correcting physics misconceptions.
Intuitive Physics: Building accurate mental models.
Transfer: Conceptual understanding transfers across problems.
Expertise: Experts organize knowledge around core principles.
Always check limiting cases - what happens at extremes
Think about dimensions - answers must have correct units
Visualize the scenario before solving mathematically
Identify the core physics principle before applying formulas
Learn from wrong predictions - they reveal misconceptions
