UpScale
Quantum Solutions

Accelerate your progress to scientific impact by adopting the UpScale QuantumSmart Product Suite.  Our key-in-hand solutions seamlessly integrating hardware, software, and algorithms for optimizing large arrays of optical traps and creating defect-free configurations of neutral atoms. 

Our products include

• Closed-loop optimization system to create large arrays of optical traps with homogeneous properties.

• Low-latency reconfiguration system to prepare large, defect-free configurations of atomic particles.

Contact us now to discuss how our solutions can help you accelerate your progress to scientific impact.

UpScale's service division focuses on providing personalized R&D services to high-end customers seeking to benefit from the emerging quantum industry. Targeting the forefront of technology, we specialize in identifying opportunities to bridge the gap between emerging quantum technologies and practical, commercial applications. 

Our services include

• Technology assessment and landscape mapping

• Due diligence and consulting

• Engineering design and technical consulting

Contact us now to unlock the full potential of your organization using quantum technological solutions.

We build, operate, and provide access to large-scale quantum processors based on large configurations of neutral atoms:

• Digital quantum processors for testing digital quantum algorithms and new approaches to quantum error correction.

• Programmable quantum simulators for fundamental research and materials discovery 

• Atomic optical clocks for high-precision metrology

Interested? Curious? Please write us at alexandre.cooper@upscalequantumsolutions.com. A representative will get back to you shortly.

UpScale Quantum Solutions is a spin-off from the Institute for Quantum Computing at the University of Waterloo in Canada. 

UpScale leverages its privileged access to the cutting-edge advanced research infrastructure established in Waterloo over the last decades. This infrastructure comprises equipment for fabricating and characterizing quantum materials, building and testing quantum devices, and simulating their properties using large-scale programmable quantum simulators. 

A critical asset is the Rydberg Atom Array programmable quantum simulator. This quantum simulator is a gaming-changing tool that provides users with a new approach to gaining insights into condensed matter physics and quantum many-body systems. It is based on individually addressing hundreds of individual atoms in a two-dimensional array of optical traps in which they can be individually displaced, controlled, and readout. The system enables performing a sequence of single and two-atom gates to prepare and study exotic states of matter found in quantum materials.

This scientific apparatus can simultaneously be operated as digital quantum processors, analog quantum simulators, and quantum sensing and metrological devices such as atomic optical clocks. These different applications are grounded in the same operating principles, so that the techniques developed for one application benefits the others.