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Documentation for Quantum Mind 3.1.0 (pip install quantum-mind), built from the release branch. What changed · FAQ
Quantum Mind documentation Quantum Mind documentation

Quantum Mind

  • Getting started
  • Background
  • Tutorials
  • User guide
  • Model atlas
  • Mathematics
  • API reference
  • Example gallery
    • Notebooks
    • Help
    • About
    • Research claims registry
    • Research validation protocol
  • GitHub
  • Playground
  • Getting started
  • Background
  • Tutorials
  • User guide
  • Model atlas
  • Mathematics
  • API reference
  • Example gallery
  • Notebooks
  • Help
  • About
  • Research claims registry
  • Research validation protocol
  • GitHub
  • Playground

Section Navigation

  • Model base class
  • Fitting and comparison
  • Linear algebra
  • Order effects
  • Qlbn
  • Dynamics
  • Perception
  • Robotics
  • Intent resolution
  • Calibration
  • Orchestration gate
  • Adaptive questioning
  • Personalised human models
  • Trust-aware hand-over
  • Multimodal fusion
  • Robot problems as QUBOs
  • QUBO solvers
  • Quantum sensing limits
  • Inertial sensor models
  • Dead reckoning with a Kalman filter
  • COBRA belief filter
  • Environments with simulated people
  • State-vector simulator
  • QUBO container
  • Circuit builders
  • Running circuits
  • Bloch vectors and trajectories
  • Matplotlib viewer
  • Interactive viewer
  • Themes
  • Published data
  • API reference

API reference#

Every public class and function, generated from the docstrings (NumPy style). Each page starts with a summary table; the most used names are also importable from the subpackages, for example from quantum_mind.quantum import VariationalClassifier.

Core#

  • Model base class
  • Fitting and comparison
  • Linear algebra

Quantum-like families#

  • Order effects
  • Qlbn
  • Dynamics
  • Perception

Applications#

  • Robotics
  • Intent resolution
  • Calibration
  • Orchestration gate
  • Adaptive questioning
  • Personalised human models
  • Trust-aware hand-over
  • Multimodal fusion

Quantum computing for robots#

  • Robot problems as QUBOs
  • QUBO solvers

Quantum sensing#

  • Quantum sensing limits
  • Inertial sensor models
  • Dead reckoning with a Kalman filter

COBRA belief filter#

  • COBRA belief filter

Environments#

  • Environments with simulated people

Simulator#

  • State-vector simulator

Problems#

  • QUBO container

Circuits#

  • Circuit builders
  • Running circuits

Bloch-sphere viewer#

  • Bloch vectors and trajectories
  • Matplotlib viewer
  • Interactive viewer
  • Themes

Data#

  • Published data

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Infrastructure

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Model base class

On this page
  • Core
  • Quantum-like families
  • Applications
  • Quantum computing for robots
  • Quantum sensing
  • COBRA belief filter
  • Environments
  • Simulator
  • Problems
  • Circuits
  • Bloch-sphere viewer
  • Data
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