How to Dramatically Increase the Initialization Fidelity of Your Qubits with QUA

Introduction Qubit initialization is crucial for useful quantum computing, and there are various methods in which it is implemented. Whenever we see circuits showing various algorithms, we take it as a given that the qubits all start out in their ground state. However, in reality, we cannot take this fact for granted. Qubit reset, a…

How to Dramatically Increase the Initialization Fidelity of Your Qubits with QUA

Introduction Qubit initialization is crucial for useful quantum computing, and there are various methods in which it is implemented. Whenever we see circuits showing various algorithms, we take it as a given that the qubits all start out in their ground state. However, in reality, we cannot take this fact for granted. Qubit reset, a…

Meet Us During IEEE QCE 2021

The IEEE Quantum Week 2021 is just around the corner, and we have prepared an outstanding program for it! A quantum superstar-filled panel on the future of quantum computing, as well as an extensive workshop that will teach you how to use a single platform to control 5 different types of qubits. So, be sure…

Introduction to Digital Filters 01: First things FIRst

[Written in collaboration with Gal Winer]— To control qubits we need to manipulate electrical signals – this is the business of quantum control. We need to generate the right signal shape, setting both its nominal voltage value and the exact time at which it occurs. This is not always an easy task because… well, life…

Machine Learning for Quantum Processing: How to Run Real-Time Neural Networks

Written in collaboration with and extending on research by Ilan Mitnikov Quantum computing and neural networks; to be completely honest, I can’t imagine a more hyped-up combination of techy buzzwords. These days it seems like almost everything has a “quantum” prefix, and it often makes my eyes roll. I imagine that people working on machine…

Q-CTRL and Quantum Machines Announce Partnership to Accelerate Quantum Computing Development

Quantum Machines to integrate Q-CTRL firmware into its platform; firms to jointly offer foundational technologies to researchers in government, academia, industry Q-CTRL, a startup that applies the principles of control engineering to accelerate the development of quantum technology, and Quantum Machines, creator of the first complete hardware and software solution for the control and operation of…

Never miss a Quark!
Sign up for
the Newsletter

Featured
Content

NEWS

Quantum Machines Aims To Bridge The Digital And Analog Worlds

Quantum Machines focuses on the control of current and future quantum systems. “From a commercial perspective,” says Sivan, “we develop the cloud infrastructure for quantum computing.”

Read More >
Article

Quantum Machines Announces QUA as First Standard Universal Language for Quantum Computers

The new language enables researchers to run any type of quantum program and combine it with classical processing

Read More >
Article

Quantum Machines Raises $17.5M as It Powers the Global Quantum Computing Race

QM’s Orchestration Platform has already been adopted by multinational corporations at the forefront of quantum computing Quantum Machines, the creator of the first complete hardware and software solution for the control and operation of quantum computers, announced today (March 19, 2020) that it has secured $17.5M in funding to accelerate the already rapid adoption of the company’s...

Read More >
Article

Quantum Machines Recognized as a Cool Vendor in Gartner’s June 2020 Cool Vendors in Quantum Computing

According to Gartner: "disruptive quantum computing may be a decade away, but ongoing advances demonstrate that I&O leaders have to start planning staffing, skills, and projects."

Read More >

Subscribe to QM's Newsletter

Your source on the latest news, research, and tips on quantum control hardware and software