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The Department of Energy is procuring a low temperature scanning nitrogen-vacancy center microscope to support research in nanoscience, condensed matter physics, and quantum information science. The microscope must meet specific technical specifications including sensitivity requirements, cooling capabilities, and integrated training for operation upon delivery. Delivery is required within 9 months and includes a one-year warranty for performance assurance.
Low temperature scanning NV microscope ORNL is requesting a quote for the same or domestic equivalent of a low temperature scanning nitrogen-vacancy center (NV) microscope to support fundamental research in nanoscience, condensed matter physics, and quantum information science.
The microscope must include each the following capabilities and must meet the listed technical specifications: 1.
Turnkey scanning NV microscopy demonstrated during the installation by vendor's service engineer(s): system must be capable of performing continuous wave and pulsed NV microscopy at time of delivery. 2.
Delivery of a complete scanning NV microscope within 9 months. 3. 2/√ magnetic field sensitivity in continuous wave mode and 10nT/√Hz sensitivity in pulsed mode 4.
Compatible with standard pulse sequences including Rabi, Ramsey, spin-echo, CPMG, and XYN measurements, and adaptable for use with customized user-defined pulse sequences. 5.
Closed-cycle cooling for variable temperature operation at T=2-300K with 100 mK stability at all temperatures, cooldown time of less than 6 hours, and RMS z-noise of < 2.5 nm while cold. 6. 1/1/1 T magnet capable of operating at full field for sample temperatures of 1.8-300K. 7.
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