Zero Point Cryogenics Delivers Model I System to Michigan State University’s Quantum Optical Devices Laboratory
Zero Point Cryogenics is excited to announce the successful delivery and installation of a Model I cryostat to Michigan State University for Dr. Jonas N. Becker at the Quantum Optical Devices (QuOD) Laboratory. This achievement reflects our dedication to supporting quantum science with high-quality cryogenic systems.
Supporting Breakthrough Research at the QuOD Lab
The QuOD Laboratory, led by Dr. Jonas Becker and Dr. Shannon Nicley , is at the forefront of quantum science and engineering. The lab explores quantum information systems, particularly those involving defects in synthetic diamonds and rare-earth-doped crystals. This includes developing quantum devices like optical memories and interconnects, as well as characterizing new solid-state qubit materials. The lab integrates expertise from material synthesis, device engineering, and quantum physics to innovate in quantum communication, sensing, and computing
“This delivery marks Zero Point Cryogenics’ commitment to advancing global quantum research,” said Christopher Cassin, CEO. “Our first international system for Michigan State University highlights the demand for Canadian-made solutions, and we’re proud to support Dr. Becker’s team.”
Dr. Becker, a leader in quantum optics and solid-state physics, is known for combining experimental precision with theoretical insights. The addition of the Model I system will enable the QuOD Lab to expand its research into more complex quantum phenomena. Learn more about Dr. Becker’s expertise here and the QuOD Lab here.
Tailored for Excellence: A Custom-Built Solution for the QuOD Lab
At Zero Point Cryogenics, we pride ourselves on delivering more than just advanced cryogenic systems—we provide expertly tailored solutions designed to meet the unique needs of each research endeavor. The Model I cryostat delivered to the QuOD Lab exemplifies this philosophy, featuring several custom enhancements designed for Dr. Becker and his team.
“We are very excited to make the Model I dilution refrigerator a center piece of our quantum optics lab. We will use the system to study and control defect spins in wide-bandgap semiconductor materials such as synthetic diamond. In particular, we are interested in coupling these defects to electrons trapped above cryogenic noble gas surfaces like superfluid helium films. The resulting hybrid quantum device will open a playground for fundamental condensed matter physics; and will for example, allow us to study the structure and dynamics of these low-dimensional electron systems with precisely tunable density interactions. Moreover, for the first time, it will enable us to gain access to the spin degree of freedom of these electrons. This spin is predicted to offer extremely long coherence times potentially useful for quantum computing applications – all enabled by the Model I dilution refrigerator,” said Dr. Becker.
QuOD Lab’s successful integration of the Model I into their lab’s existing optical table setup highlights how ZPC’s system can adapt to support advanced experimental frameworks, seamlessly fitting into the lab’s innovative research environment.
Key customizations of the system include:
- Enhanced Vibration Isolation: Designed to ensure maximum stability and eliminate environmental noise, critical for the QuOD Lab’s highly sensitive experiments.
- Support for Optical Table Setup: The Model I integrates seamlessly with the lab’s optical table, providing compatibility without compromising experimental precision.
- Five Optical Windows: These windows enable direct line-of-sight access from an optical bench to the 30 mK experimental stage. The windows are optically tailored for maximum transmission within the optical band, with anti-reflective coatings to prevent stray radiation from interfering with the sensitive samples.
- Custom Coax Wiring: Tailored to deliver high-fidelity signal transmission, this customization supports the QuOD Lab’s rigorous research requirements.
These unique enhancements reflect our deep understanding of the demands of quantum research and our ability to provide solutions that empower researchers. By combining cutting-edge engineering with expert customization, Zero Point Cryogenics ensures our systems are not just tools, but key-assets for advancing quantum science.
The Model I Cryostat: Compact, Precise, and Versatile in Cryogenics
The Model I system is designed to meet and exceed the demands of modern quantum research, combining precision, reliability, and adaptability in a compact and efficient design. It offers a powerful solution tailored for researchers advancing the frontiers of quantum science.
Highlights of the Model I system include:
- Space-Saving Design: A compact footprint allows installation in limited spaces
- Easy Sample Access: Inverted design simplifies sample exchange while protecting the wiring.
- Optical Flexibility: Multiple optical windows for diverse experimental setups.
- User-Friendly: Touchscreen controls make it accessible for all skill levels, as well as remote, real-time performance monitoring and user activity logging.
- Efficient Cooling: Achieve low temperatures quickly and maintain them with ease.
With its compact design and exceptional features, the Model I system not only delivers world-class cryogenic performance but also provides the versatility and adaptability needed for the most demanding quantum research environments. Coupled with the customizations made for the QuOD Lab, the Model I demonstrates Zero Point Cryogenics’ commitment to empowering researchers with the tools they need to push boundaries and redefine possibilities in quantum science.
Empowering the Quantum Frontier
At Zero Point Cryogenics, we take immense pride in collaborating with institutions and researchers at the forefront of quantum science. The delivery to Michigan State University reinforces our commitment to enabling breakthroughs in this rapidly evolving field.
We are honored to support Dr. Becker and his team in their quest to develop next-generation quantum optical devices. This partnership represents the fusion of visionary research and cutting-edge engineering—a hallmark of our shared mission to push the boundaries of what’s possible.
For more information, visit our Model I product page.
Zero Point Cryogenics – Colder for longer
Zero Point Cryogenics is an Edmonton-based company that manufactures cryogenic equipment called dilution refrigerators, which are the primary low-temperature platform for quantum computers. The company is focused on designing robust and reliable dilution refrigerators for quantum computing industry partners that will satisfy their space, size, and operation requirements. By creating the world’s most reliable dilution refrigerator, ZPC customers can focus on developing their quantum technologies, instead of operating their refrigerators.
For more information, visit zpcryo.com. Media contact 1-833-936-2225 or email info@zpcryo.com.