Quantum Components

A comprehensive demonstration of our quantum design system components, showing their usage patterns and combinations.

⚛ Core Principles

⚡

Quantum Design Principles

Design in the quantum space emerges from the superposition of form and function—each component exists in multiple states of purpose while maintaining coherent visual harmony.
◐

Perceptual Hierarchy

Like the CIELAB color space, information should be organized in perceptually uniform layers, guiding attention through carefully calibrated contrasts and rhythms.
∿

System Coherence

Our design system creates a unified field where each element resonates at its own frequency while maintaining quantum entanglement with the whole.

◐ Quantum Color System

Quantum Cyan
L:80 a:-20 b:-30
#88d0f3
Primary interface color with high lightness for active elements
Astral Purple
L:70 a:30 b:-50
#c596fc
Secondary color for interaction states
Matrix Green
L:60 a:-40 b:20
#59a066
System state indicators and success states
Neural Red
L:50 a:50 b:20
#d14554
Alert and emphasis states
Void Yellow
L:90 a:0 b:40
#10cdb8e
Background and ambient states
Deep Mind
L:40 a:40 b:-40
#88409a
Deep interaction states

⚡ Quantum Visualizations

Bell State Preparation

Circuit preparing a maximally entangled Bell state

H

Qubit State

Visualization of a single qubit state on the Bloch sphere

CIELAB Color Space

Visualization of the CIELAB color space with cutaway view

Icosahedron State Space

Alternative geometric representation using an icosahedron

∆ Quantum Mathematics

Schrödinger's Equation

The fundamental equation describing quantum state evolution.

Quantum Harmonic Oscillator

Energy levels of a quantum harmonic oscillator.

State Superposition

Quantum superposition of basis states.

∿ Information & State Flow

Information Hierarchy

Primary Content
High-priority information with L* value of 80
Secondary Details
Supporting information with L* value of 70
Tertiary Content
Additional context with L* value of 60
Quaternary Information
Background details with L* value of 40

Quantum Information Flow

Quantum Information Flow

sequenceDiagram
  %% Set participants
  participant Q as "Quantum State"
  participant O as "Observer"
  participant E as "Environment"
  participant I as "Information"

  Q->>+O: Superposition
  O-->>-Q: complete
  O->>+E: Measurement
  E-->>-O: complete
  E->>+O: Decoherence
  O-->>-E: complete
  O->>+I: State Collapse
  I-->>-O: complete
  I->>+Q: Feedback Loop
  Q-->>-I: complete

  Note over Q,I: Quantum Information Cycle

State Transitions

Idle
Initial state
Hover
User interaction
Active
Processing
Return
Complete
Normal
Warning
Critical
Input
Processing
Output

⚛ System Architecture

◆

System Architecture

- All visualizations use our quantum-flexoki color system - Typography follows a modular scale based on CIELAB lightness values - Spacing uses quantum units: 4px base × 2ⁿ progression - Components maintain WCAG 2.1 AA contrast in both light and dark modes