Teaching complex theories visually
In a field like Quantum Computing, visual design is the communicatory bridge between complex theories and the consumer
Abstract Visualization
Abstract Visuals
Task: visually express a gradient-based optimization algorithm
Illustrations are separated into two categories: abstract and technical. The value of abstract visualizations is that they help simplify hard to grasp concepts into something more concrete. For example, Image 1 shows the optimization method, a gradient based quantum method in which an algorithm is processed around the loss landscape and searches for the minimum, as shown by the black points and lines. Working along with physicists I came up with a visual that helps aid the reader in representing an algorithmic maneuver into a 3D plane they can see.
Image 1: Variational Training Visualized on a 3D plane
Examples of Other Abstract Visuals
Prompt Given: “The complexity of a quantum chip”
Prompt Given: “A Bloch Sphere with depth”
Prompt Given: “This chapter is all about comparative analysis”
Prompt Given: ”The Quantum Boltzmann Machine Framework is interconnected”
Technical Visualization
Technical Material
Task: Create a repeatable design pattern for complex quantum circuits that is still in keeping with the Qiskit theme
Technical illustrations must follow a much stricter rule set and must closely represent the math it expresses. because these visuals include greek letter and equations, precision, clarity, legible typography, and accessibility for the visually impaired, must all be taking into account.
Quantum Teleportation Circuit
The Issue with Quantum Gates
The way quantum gates are currently expressed is not only inconsistent but not inclusive. Many gates are created by professors and professionals with no editing from a designer. Many even have hand written notes on top of them when professionally published.
Ugly
Not up to accessibility standards
Inconsistent
Unprofessional
Not in keeping with the Qiskit brand
