Vapor Cell Technologies manufactures microfabricated vapor cells that serve as precise wavelength standards for quantum sensors and measurement systems. Their technology enhances the accuracy and stability of optical frequency measurements, enabling applications in interferometry, fiber optic sensing, and FTIR spectroscopy.
Funding
$255.9K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Quantum sensors and measurement systems require precise wavelength standards, but traditional methods can be bulky, expensive, and lack the stability needed for advanced applications. Existing wavelength standards may also require frequent calibration, adding complexity and cost to sensitive measurement processes.
Solution
Vapor Cell Technologies (VCT) manufactures microfabricated vapor cells that serve as compact, stable, and accurate wavelength standards for quantum technologies. By leveraging semiconductor manufacturing processes, VCT produces vapor cells with enhanced functionality, including integrated conducting, optical, and protective thin films patterned with nanometer-level precision. These vapor cells enable precise optical frequency measurements, enhancing the accuracy and stability of systems used in interferometry, fiber optic sensing, FTIR spectroscopy, and coherent communications. VCT's technology provides a robust and reliable solution for applications demanding high-precision wavelength references.
Target Audience
VCT's primary customers are developers and manufacturers of quantum sensors, optical measurement systems, and advanced metrology equipment.
Features
- Microfabricated vapor cells for compact integration into quantum systems
- Enhanced functionality through conducting, optical, and protective thin films
- Nanometer-level precision in thin film patterning
- Stable and accurate wavelength standards for demanding applications
- Suitable for interferometry, fiber optic sensing, FTIR spectroscopy, and coherent communications
- Enables realization of the SI meter following Bureau International des Poides et Mesures recommendations