Low-noise and low-drift closed-loop cryogenic microscope Tender

• Country: USA
• Summary: Low-noise and low-drift closed-loop cryogenic microscope system
• UST Ref No: 113349912
• Deadline: 31 Jan 2025
• Financier: Self Financed
• Purchaser Ownership: Government
• Tender Value: Refer Document
• Notice Type: Tender
• Document Ref. No.: NIST-SS25-13
• Purchaser's Detail:
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• Description:
• Description
  NIST-SS25-13
  6695 / 334516
  Title: Low-noise and low-drift closed-loop cryogenic microscope system, including nanopositioners and cryogenic high-NA optical objective
  BACKGROUND
  The mission of the Quantum Optics Group of the Quantum Measurement Division is to develop and characterize measurement methods that take advantage of the quantum nature of light to achieve better performance and uncertainties or to enable new applications that are not possible with classical methods and light sources. Therefore, one of the most important aspects of Quantum Measurement Division-s research is to demonstrate a prototype of a high-efficiency deterministic single-photon source in a telecom band. This source is an essential component for quantum communications and for future scalable quantum computer networks. Operation of the source requires a Low-noise and low-drift closed-loop cryogenic microscope system, including nanopositioners and cryogenic high-NA optical objective.
  NIST will use the system to accommodate a high-efficiency deterministic single-photon source in telecom C-band, for applications ranging from classical and quantum telecommunication networks, in-situ source recognition and classification, and quantum effects in biological systems. This device shall be optimized for high-efficiency coupling of C-band telecom photons produced by quantum dots. This device will be an integral component in NIST-s Physical Measurement Laboratory-s Quantum Measurement Division-s laboratory. It will be used to study single-photon and entangled light state generation for quantum networks and quantum information science. Light emitted from the quantum dots will be coupled into the fiber for experiments and characterization.
  NIST has a need for a low-noise and low-drift closed-loop cryogenic microscope system, including nanopositioners and cryogenic high-NA optical objective that meet or exceed the following draft minimum specifications:
  Contract ...
• Documents:

 Tender Notice