SCIENTIFIC EXPLANATION / CREATIVE PRACTICE

An AI-Assisted Workflow for Creating Scientific Animations

From scientific concepts to animated explanations. Finished films, editable source, and the decisions that connect them.

  1. 01

    Frame the science

    Define the mechanism, the audience, and the limits.

  2. 02

    Direct and review

    Develop the visual brief. Judge concrete frames and sequences.

  3. 03

    Render and share

    Connect scene, sound, and time. Keep the work editable.

CASE 01 / DEVICE PHYSICS02:26 · 1080p · 30 fps

Electric-double-layer gating

The same change in channel charge.
A lower gate voltage. Why?

A continuous journey from a transistor cross-section into a three-dimensional device and its microscopic interface. The comparison connects effective gate capacitance to the voltage needed for a common target charge.

BEHIND THE FILM

The choices behind the images

Two devices compared at the same target channel charge
01 / SCIENCE

Give the comparison a clear meaning

Compare the voltage needed for the same change in charge. Keep low external voltage distinct from weak local fields, and gate-related stress distinct from source–drain failure.

Scientific scope →
Channel electrons and gate charge in a transistor cross-section
02 / DIRECTION

Turn review into specific changes

Move beyond “make it better.” Review color separation, occlusion, materials, reading time, and the continuity of motion. Each revision should answer an observable problem.

Creative inputs and review →
The film returns to the device-scale comparison
03 / IMPLEMENTATION

Keep scene, sound, and time connected

The EDL case uses time-driven Three.js scenes, readable DOM text, event-based sound synthesis, and frame-by-frame browser capture. Source and instructions make the result open to modification.

Production workflow →
AN EVOLVING COLLECTION

One case to begin.
Room for other questions.

Future films can explore different scientific principles, devices, and applications. Each case keeps its own implementation and production notes; shared methods grow from the work.

Case structure →