Ampere
Interactive Plasma Lab
0 ratings
Free
About
Explore plasma physics through interactive simulations and transparent educational calculators.
SIMULATE PLASMA PHENOMENA
• Guide animated plasma-globe filaments
• Explore a Paschen-law glow-discharge model
• Drive a 13.56 MHz RF reactor solved by a global discharge model
• Adjust an illustrative tokamak control visualization
CALCULATE CORE PARAMETERS
• Debye shielding length
• Electron plasma frequency
• Paschen breakdown voltage
• Synthetic planar Langmuir-probe response
• Lossless 13.56 MHz RF L-network matching
• Bohdansky physical sputter-yield estimates
Ampere works offline and requires no account or purchase. Every advanced model states its assumptions and limitations. Results are intended for education and first-pass exploration, not professional engineering or safety decisions.
Show more
What's New in Ampere
1.1.0
July 31, 2026
New in 1.1.0: the RF Plasma Reactor — a 13.56 MHz capacitively-coupled argon chamber solved by a volume-averaged global model. Set absorbed power, RF voltage, and pressure to see electron temperature, density, ion flux to the wafer, ion bombardment energy, and Child-law sheath width, with every assumption stated on screen.
More
