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Quantum Field
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Quantum Field
PHYSICSStudio
A complex-wavefunction visualizer that shows the real, imaginary, and probability components side by side.
UpdatedJan 2025
ExportsPNG, JPG
Runs onAny browser
PriceFree
Overview
A dynamic physics playground.
Quantum Field renders a 2D complex wavefunction in real time. The real, imaginary, and probability components are drawn as separate color-mapped fields; the wave evolves under a configurable set of rules.
Tune the field's initial state, dispersion, and time speed to see interference fringes, dispersion packets, and wave-particle-like localization emerge.
Features
Built for physics-scale experimentation.
01 / Spotlight
Real-time visualization of a 2D complex wavefunction
real part, imaginary part, probability density.
02
Tunable dispersion
Time speed, and initial state in the right sidebar.
03
Export PNG or
JPG of the current frame from the toolbar.
How to use
Workflow
Steps take about a minute.
Open the right sidebar to set the initial wave packet, dispersion, and time speed. Watch the Re, Im, and probability panels evolve in real time. Use the toolbar Pause, Reset, and Export PNG/JPG.
Use cases
What people use it for
Visualizing complex wavefunctions for quantum mechanics teachingDemonstrating wave-packet dispersion and interferenceCreating physics-themed visuals for presentations or contentExploring real, imaginary, and probability density side by side
FAQ
Common questions
Is this a real quantum simulation?+
It's a stylized visualizer of a complex scalar field with configurable dispersion. It is not a numerical solver for a specific physical system, but it captures the qualitative look of wave-packet dynamics, interference, and dispersion.
Why are the three panels different colors?+
Real, imaginary, and probability density are three different scalar fields. Each is mapped through its own color ramp so you can see the phase structure and the localization separately.
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Quantum Field
PHYSICSStudio
A complex-wavefunction visualizer that shows the real, imaginary, and probability components side by side.
UpdatedJan 2025
ExportsPNG, JPG
Runs onAny browser
PriceFree
Overview
A dynamic physics playground.
Quantum Field renders a 2D complex wavefunction in real time. The real, imaginary, and probability components are drawn as separate color-mapped fields; the wave evolves under a configurable set of rules.
Tune the field's initial state, dispersion, and time speed to see interference fringes, dispersion packets, and wave-particle-like localization emerge.
Features
Built for physics-scale experimentation.
01 / Spotlight
Real-time visualization of a 2D complex wavefunction
real part, imaginary part, probability density.
02
Tunable dispersion
Time speed, and initial state in the right sidebar.
03
Export PNG or
JPG of the current frame from the toolbar.
How to use
Workflow
Steps take about a minute.
Open the right sidebar to set the initial wave packet, dispersion, and time speed. Watch the Re, Im, and probability panels evolve in real time. Use the toolbar Pause, Reset, and Export PNG/JPG.
Use cases
What people use it for
Visualizing complex wavefunctions for quantum mechanics teachingDemonstrating wave-packet dispersion and interferenceCreating physics-themed visuals for presentations or contentExploring real, imaginary, and probability density side by side
FAQ
Common questions
Is this a real quantum simulation?+
It's a stylized visualizer of a complex scalar field with configurable dispersion. It is not a numerical solver for a specific physical system, but it captures the qualitative look of wave-packet dynamics, interference, and dispersion.
Why are the three panels different colors?+
Real, imaginary, and probability density are three different scalar fields. Each is mapped through its own color ramp so you can see the phase structure and the localization separately.
Related
More physics apps
Galaxy Sim
Simulate spiral galaxies, dark matter effects, and galaxy collisions in real time.
Black Hole
Visualize a black hole with gravitational lensing, Doppler beaming, and an accretion disk.
Fluid Dynamics
Inject colorful dye into a real-time fluid and watch it swirl.
Wave Sim
Create water ripples and watch them interact with realistic wave interference.