Blackbody Radiation
Explore Planck's law — see how the emission spectrum shifts with temperature.
Jackson Smirnov
Teaching on iarepo since May 2026 553 published resources opened 7,751 times
Published resources
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Bernoulli's Principle
Visualize pressure and velocity changes in fluid flow through varying cross-sections.
Carnot Engine
Step through the Carnot cycle on a PV diagram — isotherms and adiabats.
Brownian Motion Simulation
Watch random molecular collisions cause visible particle jitter.
Rayleigh Scattering
Why is the sky blue? See how wavelength-dependent scattering works.
Concave & Convex Mirrors
Ray diagrams for concave and convex mirrors with movable objects.
Prism Light Dispersion
Split white light into its spectrum through a prism.
Total Internal Reflection
Explore the critical angle and total internal reflection in optical fibers.
RLC Circuit / Resonance
Explore resonance in an RLC circuit with adjustable components.
RC Circuit
Charge and discharge a capacitor through a resistor — see voltage/current curves.
Biot-Savart Law
Visualize the magnetic field generated by current-carrying wires.
Lorentz Force on Charged Particle
See how electric and magnetic fields deflect a moving charge.
Faraday's Law of Induction
Move a magnet through a coil and observe induced EMF and current.
Tidal Forces
Visualize how differential gravity causes tidal bulges on a body.
Gravitational Lensing
See how massive objects bend light — simulating Einstein's gravitational lensing.
Gravitational Slingshot
Simulate a spacecraft using planetary gravity assists to change velocity.
Lagrange Points
Explore the 5 Lagrange points in a two-body gravitational system.
N-Body Gravity Simulation
Place multiple masses and watch gravitational interactions — orbits, collisions, chaos.
Gyroscope / Precession
Explore gyroscopic precession with adjustable spin and torque.
Coriolis Force
Visualize the Coriolis effect on a rotating reference frame.
Atwood Machine
Classic Atwood machine with adjustable masses and real-time calculations.
Damped Oscillations
Explore underdamped, critically damped, and overdamped oscillations.
Coupled Oscillators
Two masses connected by springs showing normal modes and energy transfer.
Double Pendulum (Chaos)
Explore chaotic motion with a double pendulum — sensitive to initial conditions.