Greetings and welcome to this July issue of our newsletter! The past few weeks marked a major milestone as we launched the Israeli Quantum Computing Center (IQCC) at Tel-Aviv University. This first-of-its-kind center hosts multiple types of quantum computers, all controlled by the cutting-edge processor-based OPX platform, and seamlessly integrated with an on-prem HPC cluster. Dive into the details of the center and its services below, along with more Quantum Machines' news, upcoming events, and new groundbreaking research papers. Happy reading, and a fantastic summer vacation ahead!
In the News
Quantum Machines Opens the Israeli Quantum Computing Center, Housing Three Quantum Computers Including the World’s Most Advanced Testbed 06.2024
A core part of the Israel Innovation Authority’s Israel National Quantum Initiative, the center is the first to tightly integrate multiple types of quantum computers with supercomputers using NVIDIA DGX Quantum
Four-way excellence for a new 10+ qubit quantum computing system at Forschungszentrum Jülich
Forschungszentrum Jülich, Goethe-University Frankfurt, ParTec and Quantum Machines have partnered for developing a 10+ superconducting qubit system and integrating it into the supercomputing infrastructure of the Jülich Supercomputing Centre.
Quantum Machines’ New OPX1000 Controllers Power the Quantum Computing Lab at SKKU, Seoul
The Quantum Computing lab of the Institute of Nano Technology at Sungkyunkwan University (SKKU) in Seoul will deploy three advanced OPX1000 controller platforms.
Join Us in Cape Cod for Adaptive Quantum Circuits 2024
September 25-27 | Brewster MA (Cape Cod) | Now Accepting Poster Abstracts
Adaptive quantum circuits are emerging as a promising avenue towards quantum advantage. Adaptive Quantum Circuits 2024 (AQC24) aims to converge theorists and experimentalists, bridging academia and industry from every quantum discipline, to collectively address the challenges and opportunities provided by adaptive quantum circuits and advance practical quantum applications.
The event will 2.5 days of scientific talks that will cover various topics including QEC, reinforcement learning methods, measurement-induced phase-transitions, adaptive quantum sensing, ultra-fast calibrations and re-tuning, measurement-based entanglement generation and teleportation, error-mitigation, adaptive circuits in the context of CMP simulation, and more.
My Experience in Launching a Cutting-Edge Quantum Computing Center
An interview with Dr. Nir Alfasi, the Science Team Lead of the IQCC. In this interview, Nir tells us about the groundbreaking work being done at the IQCC, the services IQCC offers, and what can be learned from this use case of building an advanced quantum facility.
Bit-Flips No More: The Magic of Cat Qubits in Quantum Computing
Alice & Bob, pioneers of cat qubits architecture, have unveiled a groundbreaking achievement: the Boson 4 chip system, a cat qubit that remarkably extends bit-flip times to over seven minutes, available on the Google Cloud Marketplace.
Quantum Sensing: Real-time Frequency Estimation With OPX+
This blog post highlights a novel approach to quantum sensing, enhancing real-time frequency estimation without single-shot-readout (SSR). It emphasizes advancements from a non-adaptive phase estimation algorithm with a binomial distribution method, showcasing superior performance and potential practical applications.
In this latest research from Prof. Ferdinand Kuemmeth's lab at NBI, this protocol is used for compensating the fluctuating environment of a spin qubit in real time. It is then further improved by adaptively choosing the probing time of the qubit based on the previous measurement outcomes. Agenda includes -
Fabrizio Berritta, (NBI): Overview of the latest research from Ferdinand's lab at NBI.
Fabio Ansaloni, (QM): Quantum dots research with OPX and QDAC use case.
Quantum Mechanics (QM) accelerates quantum research! With over 30 new scientific research papers published in 2024 from leading labs using QM's products, we have selected a few groundbreaking papers to spotlight. These papers leverage the processor-based OPX quantum control platform with its unmatched real-time processing and easy programming, as well as the QDAC high-precision low-noise voltage source.
“The Quantum Machines OPX control system has been an enabling technology for our research. It provides unparalleled flexibility and ease of use for experiments requiring real-time quantum feedforward control. With the integrated high-resolution time tagging, this platform is a no-brainer for advanced quantum networking experiments.”
Prof. Andrei Faraon
William L. Valentine Professor of Applied Physics and Electrical Engineering
“Using the OPX has been simplifying our work in many respects due to the intuitive implementation of sequences within QUA. In addition, the support by QM helped us debugging possible issues with swift responses and an easy and informal way of getting in touch over Discord.”
Prof. Yiwen Chu Assistant Professor at the Department of Physics
“Incorporating the OPX+ in our measurement instruments allowed us to set up time-domain measurements in minutes, seriously speeding up our sample characterization process. With the provided extensive live online help we get the support from QM's experts to further debug any problems arising during measurements. With QM support Qilimanjaro can deliver their differential Analog Quantum Computers based on superconducting qubit technology.”
Dr. Daniel Szombati Senior Hardware Quantum Engineer
Explore the many more testimonials available on our website -
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