
Thermal AI Lab
AI Physics Virtual Laboratory
0 ratings
Free
In-App Purchases
About
Thermal AI Lab brings 13 classic thermodynamics and molecular physics experiments
to your iPhone and iPad. Each experiment is a fully interactive simulation that
lets you adjust physical parameters, collect real-time data, and export a
detailed experiment report.
FREE EXPERIMENTS (2):
• Experiment 1: Internal Energy and Mechanical Work
• Experiment 2: Internal Energy and Electrical Work
PREMIUM EXPERIMENTS (11, unlock with one-time purchase):
• Experiment 3: Boyle's Law
• Experiment 4: Amontons' Law
• Experiment 5: Adiabatic Index of Air
• Experiment 6: Real Gases and Critical Point
• Experiment 7: Leslie Cube
• Experiment 8: Heat Conduction
• Experiment 9: Thermal Expansion of Solid Bodies
• Experiment 10: Water Anomaly
• Experiment 11: Stirling Engine D
• Experiment 12: Stirling Engine G
• Experiment 13: Heat Pumps
FEATURES:
• 13 interactive physics simulations with realistic data
• Real-time data collection and CSV export
• Auto-generated local experiment reports with linear regression analysis
• AI-powered intelligent analysis reports (requires subscription or free quota)
• PDF report export and sharing
• Works offline (local reports) or online (AI reports)
• Optimized for both iPhone and iPad in landscape mode
WHAT YOU CAN LEARN:
• Mechanical and electrical equivalents of heat
• Gas laws (Boyle's, Amontons', adiabatic processes)
• Real gas behavior and critical phenomena (Van der Waals)
• Thermal radiation and surface emissivity
• Heat conduction and thermal conductivity
• Thermal expansion coefficients of solids
• The density anomaly of water
• Thermodynamic cycles (Stirling engine, heat pumps)
• Coefficient of performance for refrigerators and heat pumps
Terms of Use: https://sunspire.site/terms_of_service.html
Show more
What's New in Thermal AI Lab
1.0
August 17, 2026
Subscription plans
Pro Monthly
Unlimited AI reports, all experiments unlocked.
$2.991 Month
1
In-App Purchases
$5.99
Unlock All Experiments
Unlock all 13 thermal physics experiments.



