Case Study: Advancing Atomic Imaging with Custom Lens
Courtesy of Shanghai Optics Inc
Shanghai Optics embarked on a groundbreaking project in collaboration with a university’s Applied Physics department, tasked with crafting a specialized objective lens catering to the intricate demands of trapping and imaging single atoms. Leveraging our team’s profound expertise and cutting-edge technology, we embarked on a journey to develop a system capable of trapping and imaging atoms with unparalleled precision.
Manufacturing Specifications
The objective lens we devised boasts an array of specifications meticulously tailored to the nuances of atom manipulation:
- Wavelength Range: 780 nm – 1064 nm
- Working Distance: 15mm (air: 5mm,vacuum: 4mm)
- Numerical Aperture (NA): 0.5
- Focal Length: 10mm
- Dimensions: Φ38mm x 80mm
- Conjugate Distance: Infinity
To read the entire case study, visit Shanghai Optics' website.