Quantum Magnetometer

The University of Ottawa is pleased to invite qualified proponents to submit a proposal for a Quantum Magnetometer System.

Magnetism in low-dimensional 2D structures has been a subject of theoretical interest for decades. Open questions such as the size of magnetic domains, the nature of domain boundaries, and the dynamical behaviour of magnetization under externally applied fields are of interests. This will enable quantitative comparison with theoretical models, advancing our understanding of condensed quantum matter.  Furthermore, the required instrumentation is perfectly suited to reveal the unknown connections between crystal structure and magnetism, as understanding magnetization, and developing methods for its control, requires spatial mapping of the magnetic field at a variety of length scales.

Specifications listed in Appendix A – Technical Specifications Compliance Form of this RFP are the mandatory minimum requirements for the Quantum Magnetometer System.

Mandatory Minimum Requirements for the Quantum Magnetometer System:

1.0 - Quantum Magnetometer
1.1 - The proposed system must be based on nitrogen vacancy (NV) defects in diamond
1.2 - The proposed system must be able to scan 1micron by 1micron areas
1.3 - The proposed system must be able to detect magnetic fields
1.4 - The proposed system must be able to accommodate 1cm x 1cm samples

2.0 - Installation and Training
2.1 - On-site installation must be included
2.2 - On-site training must be included

3.0 - Warranty
3.1 - Must include a minimum of one (1) year manufacturer’s warranty.

4.0 - Other
4.1 - All electrical components must have CSA (Canadian Standards Association) certification, or accepted equivalent as per Electrical Safety Authority Recognized Certification Mark at the following link: https://esasafe.com/electrical-products/recognized-certification-marks/
Otherwise, all electrical components must be able to undergo the appliable electrical inspection, and/or, certification, without voiding the system warranty.