
How I Learned to Stop Encoding and Love the QLattice
Curing your data preprocessing blues
How I Learned to Stop Encoding and Love the QLattice, Read moreBorn from the desire to challenge the fundamental assumptions of contemporary, black-box AI, the QLattice introduces a new standard of interpretability.
The QLattice is inspired by the physicist Richard Feynman, but you don’t need a PhD in Physics to understand how the QLattice thinks.
Imagine a particle traveling from input to output. You’d expect it to travel in a straight line. However, in the quantum realm, an infinite number of potential paths are possible, and traveled, at the same time.
Now imagine your data as particles traveling from input to output.
The QLattice simulates a quantum environment, generating an infinite number of possible paths, or relationships, in your data.
Although any path could explain the interactions in your data, the likeliest is the one of least resistance.
The QLattice is neither a neural network, nor a decision-tree based model. It’s a high-performance, quantum simulator that reveals the simple mathematical solution to your problem.
Curing your data preprocessing blues
How I Learned to Stop Encoding and Love the QLattice, Read moreData sciencey-sphere, I have big news. A radical new machine learning model has surfaced.
The QLattice: A new machine learning model you didn’t know you needed, Read moreExplainable AI with the QLattice and feynplots
Opening the black box, Read more