PhantomQ Labs — Time-Dependent Collision Dynamics
Atomic Collision Lab
Research phaseAtomic Collision Lab is a planned laboratory for validated ion–atom collision models, scattering, excitation, and charge-transfer behavior.
What This Lab Will Model
Time-dependent collision dynamics.
This lab is intended to model how ions and atoms interact during a collision — including scattering trajectories, excitation of bound electrons, and charge-transfer events — using time-dependent quantum models rather than static, single-moment calculations.
Intended Capabilities
What the finished lab is intended to do.
- Configure collision parameters such as incoming particle species, energy, and impact geometry.
- Visualize scattering outcomes, excitation probabilities, and charge-transfer behavior as a collision proceeds.
- Validate computed collision behavior against established reference models before any result is presented as reliable.
Scope Boundary
This lab is intended to model a defined set of ion–atom collision systems chosen for their validated reference data. It is not intended to generalize to arbitrary multi-body or many-electron collision systems. No collision model has been implemented or validated yet — this page describes planned research scope, not existing results.
Development Status
Research phase.
Atomic Collision Lab is currently in the research phase: identifying and evaluating the collision models and reference data this lab will eventually validate against, before any implementation begins.
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Atomic Collision Lab is built on PhantomQ, PhantomLabs Technology's quantum-mechanics computation engine — currently in foundational development.
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