Interactive Laser Rays
Drag, aim, and configure multi-beam light sources with custom wavelengths and photon intensities.
Interactive Ray-Tracing, Lens & Light Physics Studio
Launch Optics PulseKey capabilities of Optics Pulse, computing entirely in your browser.
Drag, aim, and configure multi-beam light sources with custom wavelengths and photon intensities.
Place converging and diverging lenses to study focal points, optical aberrations, and real/virtual images.
Split white light into rainbow spectrums according to Cauchy and Sellmeier dispersion formulas.
Investigate angles of reflection, parabolic focus, and kaleidoscope reflections with precise ray tracing.
Adjust refractive indices for air, water, glass, diamond, or custom dielectric mediums.
Instantly assemble telescopes, microscopes, periscopes, and fiber optic internal reflections.
Engineered for high performance, accessibility, and zero-compromise privacy.
Everything you need to know about Optics Pulse.
Yes. It applies precise mathematical calculations for n1*sin(θ1) = n2*sin(θ2) and critical angles.
Yes, setting light at angles greater than the critical angle inside dense media produces full internal reflection.
You can drag and drop dozens of optical components onto the canvas simultaneously.
None. It runs instantly in all modern WebGL and Canvas-enabled browsers.
Yes, zero ads, zero cost, and zero account creation.
More client-side applications in the OmniTick ecosystem.
Instant load. Zero downloads. Runs directly in your web browser.
Launch Optics Pulse