04.24.24 -- A Look At The Bright Future Of Quantum Sensing | Nanopositioning Automation For The Quantum Era

The rapid emergence of quantum technology is transforming science fiction into practical reality, with various industries and ventures exploring its potential across diverse fields, including photonics.

Optical filters serve pivotal roles in the quantum computing landscape by enabling the use of precision lasers in these systems.

By introducing a compensating window into the reference leg, glass-compensated microscope objectives maintain equal path conditions, ensuring accurate inspection through windows up to 7.5 mm thick.

Scanning NV magnetometry might not achieve atomic scale resolution, but it provides very high spatial resolution and acceptable magnetic sensitivity compared to other techniques.

Cone half angle (CHA) measures the degree of convergence or divergence in an incident beam. Learn more about CHA and how it impacts optical filter spectra.