Our lab focuses on metrology, tests of fundamental physics, and nanoscale sensing using quantum systems.
In particular, we are building some of the most precise clocks in the world out of ultracold strontium atoms trapped in optical lattices. We are investigating ways to make these “optical lattice clocks” even more precise and accurate. We are also developing novel applications of these amazing instruments, including new tests of relativity, space-based gravitational wave detectors, and searches for dark matter and other physics beyond the Standard Model.
We are also researching new sensing techniques using single atom-scale defects trapped inside of diamonds. We are developing new protocols using spatial and temporal correlations between these defects to probe correlated dynamics in strongly interacting condensed matter systems. In the future, we also plan to investigate new and under-explored defects in diamond for nanoscale magnetometry with improved sensitivity and resolution.
For more information please see our website or contact Shimon Kolkowitz at Kolkowitz@wisc.edu
Visit here for the UW Environment, Health & Safety page about lasers, which includes laser registration, information about laser safety training, and information about scheduling a laser eye exam.
NV Laser SOPs:
- 515 nm laser SOP (updated 11/9/2020)
- 532 nm laser SOP (updated 11/9/2020)
- 589 nm laser SOP (updated 11/9/2020)
- 638 nm laser SOP (updated 11/9/2020)
Sr Laser SOPs:
- 461 nm laser diodes SOP (updated 11/12/2020)
- 461 nm Master laser SOP (updated 11/12/2020)
- 679 nm laser SOP (updated 11/12/2020)
- 707 nm laser SOP (updated 11/12/2020)
- 689 nm laser (A/B/C) SOP (updated 11/12/2020)
- 813 nm laser SOP (updated 11/12/2020)
This page is viewable to all, if you are a new member of the Kolkowitz group or a collaborator and would like permission to view the other pages on this wiki, please contact Shimon Kolkowitz (firstname.lastname@example.org) for a log-in.