ABOUT
The quantum sector is seeing increasing velocity, evidenced by recent technological breakthroughs from companies including AWS, Google, IBM, and Microsoft among others.
Let’s connect the future. Let’s connect the future.
Addressing quantum's next frontier
While the initial focus has been qubit density – i.e. how many qubits can we get onto a single chip – the next ‘big problem’ will be how to network these systems to work together. Quantum computers can’t just drop onto a classical network without collapsing the quantum state, or in other words that which makes quantum…quantum.
At memQ, we’ve developed an extensible quantum network architecture that enables networked quantum channels between quantum processing units (QPUs) and enables the use cases of scaling quantum compute instances beyond a single chip, cooperative processing between systems, resource sharing, and advanced resiliency schemes. All of which are needed for true commercial quantum advantage. Even better, we deliver this in the form of advanced integrated quantum photonics on commercial foundry silicon, removing massive cost, risk, and time-to-market obstacles.
ABOUT
The memQ team brings deep expertise in the key areas needed to develop quantum technologies into market realities. Built upon rich expertise spanning quantum science and engineering, advanced materials science and engineering, integrated photonics chip production, and high-performance computing, our team boasts the credentials and track record required to successfully deliver the industry’s first extensible quantum network architecture.
/ PhD, CEO
/ PhD, CTO
Mr. Sullivan, Co-Founder and Chief Technology Officer, previously held the position of Postdoctoral Research Fellow at Argonne National Laboratory from August 2019 to September 2022, winning the Postdoctoral Performance Award in Applied Engineering Research for his work on building the Chicago metropolitan-scale quantum communication testbed and developing new telecom-compatible qubit devices. Mr. Sullivan holds a PhD in Materials Engineering from The University of Texas at Austin where his research focused on the development of optical and microfabricated device techniques for probing spin and energy transport in advanced materials. He also holds an MS in Materials Science and Engineering as well as BS degrees in Materials Engineering, Physics, and French from Purdue University.
/ Executive Chairman
/ PhD
/ PhD
LET’S CONNECT THE FUTURE
