Ingenii Quantum Hub: Learn, Explore & Build with Quantum ML
An AI-powered quantum machine learning development ecosystem.
Learn
Master quantum machine learning through no-code, interactive and visual learning modules. Backed by academia, these modules cover everything you need to begin quantum algorithm development.
Lab
Simulate and solve custom quantum machine learning algorithms through an intuitive, no-code interface while integrating seamlessly into development workspaces for testing & experimentation.
Color-Based Quantum State Representation for Intuitive Learning
Learn quantum computing without any quantum mechanics background through an intuitive visual interface where color represents the local phase of the quantum state.
State Space is the most in-depth visualization of the statevector. Toggle to view the active path or mathematical values.
Phase disks are a compact representation of the statevector. The fullness of the disk represents the probability of each qubit.
Q-sphere is a geometric representation. The latitude of the sphere represents the number of 0s and 1s in the basis state.
Master Quantum Fundamentals & Build Your Own QML Algorithms
How the Ingenii Quantum Hub takes you from quantum fundamentals through developing your own novel QML algorithms.
Quantum Hub Beta: Learn Quantum ML with Python Exercises and Certification
Designed to bridge the gap between classical machine learning and quantum computing, these courses empower you with hands-on tools and insights to take your learning experience to the next level.
A quantum machine learning fundamentals introductory course for anyone to begin their QML journey, complete with exercises, visualizations, and assessments to test your learning.
Diving into quantum and quantum-inspired methodologies for medical image processing, classification and segmentation, this course offers machine learning professionals in healthcare a powerful toolkit to tackle these challenges.