Take a Deep Dive Into Advanced Quantum Control and Cryogenics
This seminar explores critical aspects of quantum error correction (QEC) for large-scale quantum supercomputers. Learn about essential controller-decoder design requirements for next-generation
During a live demo featuring Qolab’s quantum processor, Tom Dvir, PhD, Researcher at Quantum Machines was unexpectedly challenged by the former
Dive deep into two-qubit gates for Transmon qubits, with a special focus on the CZ gate and its calibration.
Online Seminar: How to Build a Quantum Supercomputer – Scaling Challenges and Opportunities Quantum computing represents a paradigm shift
This seminar underscores the potential of optical cavities for scalable quantum systems.
This coupling paves the way for fast two-qubit gates between distant spins.
Quantum Machines is honored to be featured in the MITxPro (priced) course on quantum computing fundamentals for executives and government
A new method based on simple dynamical decoupling sequences to reliably capture both coherent and incoherent errors of quantum gates.Â
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
This is a continuation from Part 1 about how to calibrate transmon qubits. Learn how to transform a script into a QualibrationNode.
Tightly integrating GPUs and QPUs for Quantum Error Correction and Optimal Control - Part 1
This is a continuation from Part 1 of the tutorial. The setup for this integration is located in the Israeli Quantum Computing Center (IQCC).
This tutorial includes the real time compute requirements of QEC and preliminary latency benchmarks of DGX Quantum
Have a specific experiment in mind and wondering about the best quantum control and electronics setup?
Want to see what our quantum control and cryogenic electronics solutions can do for your qubits?
