Atlantic Quantum Emerges from MIT’s Engineering Quantum Systems Lab, Raises $9M Seed Funding to Make Large-Scale Quantum Computing a Reality

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Atlantic Quantum Emerges from MIT’s Engineering Quantum Systems Lab, Raises $9M Seed Funding to Make Large-Scale Quantum Computing a Reality

PRESS RELEASE — CAMBRIDGE, Mass. & GOTHENBURG, Sweden/July 21, 2022 — (BUSINESS WIRE) — Atlantic Quantum, a developer of scalable quantum computers, today announced a $9 million seed investment led by The Engine, the venture firm spun out of MIT that invests in early-stage Tough Tech companies. Other participating investors include Thomas Tull, Glasswing Ventures, Future Labs Capital, and E14. The capital will fuel technical development and further Atlantic Quantum’s mission to develop superconducting quantum computers with the quality and size needed to tackle the world’s hardest computational challenges.

Atlantic Quantum was founded in spring 2022 by a team of scientists and researchers from one of the world’s top quantum computing labs, the Engineering Quantum Systems (EQuS) group at MIT led by Prof. William D. Oliver and Principal Research Scientist Simon Gustavsson. The group has previously reached significant scientific milestones for quantum computing, including: state-of-the-art qubit coherence times and record gate fidelities, and large-scale system integration.

“I’m thrilled to see several recent and former EQuS researchers join forces to form Atlantic Quantum. This is a “dream team” from my perspective: entrepreneurial, bold, and technically rock-solid, with a demonstrated aptitude for taking technology out of the lab and commercializing it.” said Prof. Oliver. “They are singularly focused on developing the technologies needed to realize the promise of quantum computing.”

The leadership team includes Dr. Bharath Kannan (CEO), Dr. Simon Gustavsson (President and CTO), Dr. Tim Menke (COO), Dr. Youngkyu Sung (CSO), Prof. Jonas Bylander (Director, European Office), and Shereen Shermak (CBO).

The enterprise quantum computing market could grow to a $450 — $850 billion market in the next 15-to-30 years, according to Boston Consulting Group (BCG). This opportunity is intensifying competition to create disruptive new devices and control methods to optimize the technology for real-world applications, particularly those spanning healthcare, finance, manufacturing, communication and logistics. While there have been recent demonstrations of small-scale quantum computers, current devices are fundamentally limited by large error rates and restricted scalability.

“We believe fault-tolerant quantum hardware is the key to making significant progress in quantum computing,” said co-founder and CEO Bharath Kannan, PhD. “While the market is still maturing, overcoming current hardware limitations is critical — we are focused on removing today’s technical obstacles and accelerating real-world applications of quantum computing.”

Commercially viable, large-scale quantum computer deployment is largely held back by the limited quantum coherence of the present qubit architecture and the classical control electronics overhead. The cost per qubit incurred by the control infrastructure renders scaling to more than 1,000 qubits extremely difficult, not to mention the estimated 1 million qubits required to build practically useful quantum computers that meet industry standards and expectations. .

Atlantic Quantum is building on decades of pioneering scientific research at MIT to overcome these challenges. The team will use new types of noise-protected qubits to improve coherence times by an order of magnitude compared to conventional approaches. This, together with extensible control schemes, allows for scaling the quantum processor to the size required for real-world applications.

Atlantic Quantum founders’ expertise runs the gamut of the quantum computing stack both in breadth and depth. They have a track record of making and controlling cutting-edge devices, which sets them on a path to achieve unparallelled quantum gate accuracies with a control system that scales.

“Unlike the majority of quantum computing companies, Atlantic Quantum is focused on quality first, before size,” said Milo Werner, General Partner at The Engine, and newly-appointed board member of Atlantic Quantum. “Until now, the prioritization of scale over qubit coherence has slowed quantum’s potential. It’s exciting to see a different path forward — one that will bring us closer to quantum reality.”

The seed capital will fund the expansion of Atlantic Quantum’s team in the U.S. and Sweden, tapping into the recently signed joint statement on cooperation in quantum information science and technology between the countries. The company has plans to build out lab space in Cambridge, MA, and has signed collaboration agreements with quantum industry leaders.

Atlantic Quantum

Atlantic Quantum believes that fault-tolerant quantum hardware is the key to making progress in quantum computing. We take on this uniquely tough challenge with a team of deep experts in the field, anchored in Cambridge and Gothenburg to reflect our MIT and Chalmers roots. Our combined U.S. and EU presence helps attract talent, investments, and partnerships to accelerate the development and commercialization of scalable quantum computing. We offer flexible work in a fast-moving start-up environment, with strong ties to world-class academic research. Find us online at: http://www.atlantic-quantum.com

About The Engine

The Engine, spun out of MIT, invests in early-stage companies solving the world’s biggest problems through a convergence of breakthrough science, engineering, and leadership. We accelerate the path to market for Tough Tech companies through the combination of capital, infrastructure, and network. The Engine is headquartered in Cambridge, MA. For more information, visit www.engine.xyz.

Contacts

Media
Bharath Kannan
info@atlantic-qc.com

SOURCE Atlantic Quantum

James Dargan

James Dargan

James Dargan is a contributor at The Quantum Insider. His focus is on the QC startup ecosystem and he writes articles on the space that have a tone accessible to the average reader

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