THE RESEARCH / IN MOTION

THE PIC OBSERVATORY.

Follow the plasma. Understand the tests.
Explore the evidence behind the question.

ILLUSTRATIVE · NOT A LIVE SIMULATION
TEST 0 / NULL CONTROL

The flow-through reservoir.

ILLUSTRATION
This conceptual plasma illustration requires canvas support. The explanation and research summaries remain available below.
ElectronsIonsField guidesSCHEMATIC / NO PHYSICAL SCALE
WHAT YOU’RE SEEING

Particles enter and leave on all four faces. The real test checks particle and energy budgets, charge neutrality, local thermal stability, and repeatability after startup.

01 / READ THE EXPERIMENT

A baseline you can trust.

Number accounting is not the same as stability: a ledger can close while particles accumulate. Local thermal variance subtracts the local species mean velocity, not the domain-wide mean.

  1. 00Stable reservoir
  2. 01Converged reference
  3. 02Matched comparison

The research model is 2D3V with a reduced mass ratio. These browser paths are art-directed, not solutions of Maxwell’s equations, measured forces, or proof of equal resources. No gain is calculated from the animation.

See the larger concept
02 / INSPECT A SAVED RESULTLOCAL TO YOUR BROWSER

Bring your own evidence.

Read an assessment, campaign status, metadata file, or gate specification. A saved file is a snapshot, not a verified certificate or live feed.

or drop it here · summary files up to 25 MB

No report loaded. Files stay on this device.

No uploads, simulation controls, or gate changes. Imported claims are shown separately from the unassessed checklist above.

FROM THE BIG IDEA TO A TESTABLE QUESTION.Back to DAIS research