Starting research activities into quantum phenomena is a strenuous task. The upwind for quantum...
Read | latest posts
MetSuperQ Project Kickoff
With MetSuperQ a new project is set to advance metrological tools for superconducting qubits to...
OrangeQS welcomes InnovationQuarter as investor
InnovationQuarter joins Cottonwood Technology Fund and QDNL Participations as an investor in...
Wright’s Law – why fast feedback is essential
Traditionally Moore’s Law has been the guiding metric for the pace of technological advancement of...
MATQu – A Value Chain for Europe’s Quantum Computing Chips
Materials for Quantum Computing (MATQu) was a pan-European project to pilot the capabilities of a...
OrangeQS Rack delivered to FAU Erlangen
In the process of becoming a major player in quantum computing research, the Friedrich-Alexander...
From Lab to Fab with Automation
Automation is pivotal in transitioning from laboratory prototypes to full-scale fabrication,...
A quantum chip test time analysis
The industry standard for quantifying single-qubit error rates and corresponding qubit fidelities in...
DeteQT – a new project to advance quantum chip diagnostics
We are excited to announce the kick-off of the DeteQT project! This MIT R&D project is...
OrangeQS Insights Q1 2024
In Q1 of 2024, we sold our first OrangeQS Industry System, opened a new facility Production 1 and...
Happy 4th Birthday Quantify
Quantify is an open-source, Python-based, high-level data acquisition framework for...
Quantum Diagnostics Libraries deployed at the University of Napoli
Exciting news from Naples! Two weeks ago, our automated testing software for the lab group of Prof....
