Oqtant Press Kit

Everything you need to know about Oqtant, the World’s First Quantum Matter Service

Oqtant

Announcing Oqtant

Infleqtion, the world's leading quantum information company, proudly announces the launch of Oqtant, the world’s first quantum innovation platform as a service that provides groundbreaking access to quantum matter for leading researchers, innovators and students working on next-generation quantum applications.

Oqtant will be used to build more powerful and versatile technological solutions for new and better sensors, atomtronic circuits, and signal processing, providing the next leap in technological innovation. With access to quantum matter out of reach to many, Oqtant will fundamentally democratize access to quantum technology, providing the core capabilities of quantum discovery and invention, to create and manipulate matter, in the cloud for access anywhere, anytime by anyone with internet access.

Oqtant was selected as one of Time Magazine’s Best Inventions of 2022 and the 2022 Prism Awards Winner in Quantum.

“This is an exciting time as we step into the next frontier of science. For the first time, everyone has the tools to touch, manipulate, and harness the building blocks of our universe at their fingertips, putting us on the precipice of a new age of discovery and exploration. BECs provide the doorway to the quantum era, they are as fundamental to quantum innovation as electrons are to electronics innovation. Harnessing quantum matter opens a realm of possibilities and solutions that were previously unimaginable. As we accelerate the adoption of quantum technology, we unlock the potential to transform the world, empowering innovators to address the most pressing challenges we face leveraging the quantum advantage.”

— Dr. Dana Z. Anderson, Founder and Chief Strategy Officer of Infleqtion

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Oqtant’s Leadership Team

  • Founder

    Dr. Dana Z. Anderson is the founder of Infleqtion. He is a Fellow of the JILA Institute and holds professorial roles in both the Department of Physics and the Department of Electrical Engineering at the University of Colorado, Boulder.

    Dana earned his doctorate in quantum optics from the University of Arizona, specializing in ring laser gyroscopes. During his tenure at the University of Colorado, his research encompassed optical neural networks and inertial sensors, gradually transitioning into cold atom inertial sensing in the 1990s.

    Collaborating with Professor Carl Wieman and Dr. Eric Cornell (2001 Nobel Laureates in Physics), Dana pioneered the guiding of cold atoms through hollow core optical fibers in the mid-1990s. Notably, his research group achieved significant milestones, including the first demonstration of guiding cold atoms on an "atom chip" and the introduction of a chip-based atom Michelson interferometer.

    Dana's impactful contributions extend to the development of the first ultracold atom chip portable vacuum system in 2004, with substantial involvement in Department of Defense (DoD)-funded initiatives for ultracold atom chip systems. This technology has found its way onto the International Space Station through NASA's Cold Atom Laboratory mission, marking two years of advancing quantum matter in space.

    Dana is a Fellow of the Optical Society of America and the American Physical Society. His achievements include being honored with the R.W. Wood Prize from the Optical Society. He is actively engaged in shaping the Department of Defense's quantum science and technology strategy and plays a pivotal role on the Steering Committee of the Quantum Economic Development Consortium (QED-C).

  • Chief Commercial Officer

    Paul Lipman is the Chief Commercial Officer at Infleqtion. Paul also serves as a Board Director of the Quantum Strategy Institute. Paul previously led multiple successful cybersecurity companies to exit as CEO and has extensive experience leading complex global organizations and transforming cultures, sales execution and innovation delivery. He has an MBA from Stanford’s Graduate School of Business, and a BSc in Physics from the Victoria University of Manchester, England.

  • Vice President, Quantum Matter Platforms

    Anjul Loiacono, Ph.D., served as the Senior Director of Sales and Marketing at Double Helix Optics, a start-up company delivering cutting-edge 3D microscopy components. Dr. Loiacono gained her commercialization and manufacturing experience serving several leadership roles in product management, strategic marketing, and corporate development over a span of 12 years at Thorlabs, a vertically integrated manufacturer and supplier of optics and photonics products. Over her time at Thorlabs, Dr. Loiacono played a significant role in growing the business from less than 200 employees and $50M in sales to 3,000 worldwide employees and over $600M in sales. She was instrumental in growing their catalog portfolio to over 20,000 products through driving internal product development, partnerships, and acquisitions.

    At Thorlabs, Dr. Loiacono led the commercialization of their Optical Coherence Tomography (OCT) imaging system product line. She successfully transitioned the production of these complex and highly-integrated systems from the hands of Ph.D. scientists into a standard production process utilizing technicians and assembly persons. She also led the unification of the imaging sys-tems’ software platform. Under Dr. Loiacono’s leadership, this product line grew from a $100,000 business to over $5M. Dr. Loiacono received her Bachelor’s degree from Vanderbilt University, Master’s degree from the University of Rochester, and Ph.D. from Duke University, all in the field of biomedical engineering, with a concentration on optics and photonics.

Anjul Loiacono, VP of Quantum Matter Platforms at Infleqtion

“This is a historic moment for the industry. Oqtant is a critical capability for quantum innovation, research, and education. We know that quantum technology will bring about new levels of precision, greater resolution, more capable signal processing and AI-enabled quantum applications. To realize this potential, we need to expand access to the fundamental building blocks of our quantum future for innovators and give hands-on experiences to the next generation quantum workforce.”

Recent Press

What is Infleqtion’s Oqtant

Quantum as a service is coming with a twist. Namely? Quantum Matter. When ColdQuanta became Infleqtion back in the day, I really took notice. Based in Boulder, Colorado, ColdQuanta (now Infleqtion) traces its roots to Drs. Eric Cornell and Carl Weiman who created the first ever Bose-Einstein Condensate (BEC) at UC Boulder in 1995, a feat for which they were awarded a 2001 Nobel Prize. In the Quantum startup world, tongue-twisting products are sort of the norm!

QUANTUM FOUNDRY →

Making Quantum Matter

One of my pet peeves over the years is observing a lack of evolution. Of the 100+ products I’ve evaluated, some are no different years after I first looked into them. Even worse, a growing trend is for products to regress, and to actually be worse than they were before. Oqtant looks like a rare product that has actually improved over time. Even if it turns out to be qualitatively the same as Albert, the platform is still noticeably improved, and progress has been observed. Nicely done, Infleqtion.

The Modern Scientist

Breaking News: Infleqtion Launches Oqtant, the World’s First Quantum Matter Service to Accelerate the Transition to the Quantum Era

Infleqtion has launched Oqtant, the world’s first quantum innovation platform available as a service. This groundbreaking platform allows researchers, innovators, and students unparalleled access to quantum matter, opening new possibilities for developing advanced sensors, atomtronic circuits, and enhanced signal processing.

Inside Quantum Technology →

Infleqtion’s Oqtant Provides Access To Quantum Matter For Quantum Researchers, Innovators & Students

Infleqtion announces the launch of Oqtant, a “quantum innovation platform as a service.” The service will provide access to quantum matter for researchers, innovators, and students working on next-generation quantum applications. Because access to quantum matter is typically out of reach to many, company officials say Oqtant can democratize quantum discovery and invention.

The Quantum Insider →

Review of Infleqtion’s Oqtant Quantum Matter Service, a Cloud-accessible BEC Device

The opportunity to experiment with the fifth state of matter (along with solid, liquid, gas, and plasma) ought to be personally exciting for just about anyone. But just in case it isn’t, this article is going to explore the commercial applications of quantum matter research. First things first, Bose-Einstein condensates (BEC) are formed when atoms, which are suspended inside an ultra-high vacuum chamber, are cooled to billionths-of-a-degree (nK) above absolute zero.

Quantum Computing Report →

Infleqtion’s Oqtant Provides Access To Quantum Matter For Quantum Researchers, Innovators & Students

Today, I'm speaking with Dr. Dana Z. Anderson from Infleqtion about the Oqtant platform, and we're diving into the mind-blowing realm of quantum physics and Infleqtion's history). Dr. Anderson has a background in quantum optics and applied physics, with experience in areas such as ring laser gyroscopes and laser gravitational wave interferometry. Infleqtion was founded to commercialize technology enabling Bose-Einstein condensation, a form of matter governed by quantum mechanics.

Anastasia Marchenkova

Paul Lipman Unveils Oqtant: Infleqtion's Quantum Matter Service, at Q2B Silicon Valley Conference

Infleqtion's Chief Commercial Officer, Paul Lipman, introduces the groundbreaking Oqtant service at the Q2B Silicon Valley Conference. Dive into the world of quantum sensing and discover how Oqtant is pushing the boundaries of Quantum Matter exploration. Sign up at https://oqtant.infleqtion.com/.

Upcoming events

  • SPIE Photonics West

    1/31/2024 • 4:20 PM - 4:40 PM

    Oqtant: democratizing quantum research and education. Infleqtion's quantum design platform, "Oqtant," equips users with remote access to quantum hardware for performing sophisticated research and enriching scientific education. Users can dynamically control reconfigurable optical fields applied to ultracold atoms – a method known as "painted potentials."

  • APS March Meeting

    American Physical Society March Meeting is a scientific research conference that brings together more than 13,000 physicists from around the world to showcase their work, connect with others, and discover groundbreaking physics research. Join us in 2024 for an extra special week as we celebrate the 125th anniversary of APS.

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