Videos

Building Topological Quantum Matter in Superconducting Wire Arrays

In this online tutorial, theoretical physicist Dmitry Green discusses his promising proposal to realize topological qubits using superconducting elements that are already available. The core of the invention consists of superconducting wires that are interconnected using a novel geometric principle: Combinatorial Gauge Symmetry. From a pure physics point of view this approach would allow us to synthesize a so-called gapped quantum spin liquid, which is a state of matter that was first theorized in the 1970s but has proven elusive to realize in practice.

Other Resources

Brochures

QM Product Portfolio: Quantum Control and Electronics

Execute even the most challenging quantum algorithms right out of the box using Quantum Machines’ extensive solutions portfolio.

Videos

Quantum Computing with High-Dimensional Nuclear Spins in Silicon

Recent research from Prof. Andrea Morello's lab at UNSW Sydney, on the creation and manipulation of Schrödinger cat states in a single I = 7/2

Tutorials

Qubit Characterization and Automatic Calibration of a Real Device – Part 2

This is a continuation from Part 1 about how to calibrate transmon qubits. Learn how to transform a script into a QualibrationNode.

Building Topological Quantum Matter in Superconducting Wire Arrays