Conveners
(DAMOPC) W3-2 Laser development | Développement du laser (DPAMPC)
- Jens Lassen
Laser applications at TRIUMF's isotope separator and accelerator facility for (i) laser ion source use and (ii) nuclear spin polarization and (iii) measurement of nuclear moments and chang3s in nuclear mean square charge radii will be presented and discussed.
Microchip single mode lasers capable of high output powers are paramount for use in photonic integrated circuits, light detection and ranging (LIDAR) for the automotive industry and remote sensing in general. Of the many developments done to miniaturize single mode lasers, we take interest in parity-time (PT) symmetric lasers. These types of lasers rely on the interplay between the gain and...
Producing neutral-atom Bose-Einstein condensation, despite being a routine procedure, remains susceptible to experimental imperfections. In order to reach the condensation of widely used atomic species such as rubidium, researchers require ultrahigh vacuum, high current sources, and stable, precision lasers. The BECs are sensitive to residual magnetic fields, low-power scattered resonant...
We describe a low cost, simplified setup for creating a large-gain four wave mixing system in atomic Rubidium. By utilizing recent low cost, high power laser diodes and in-house construction, we have developed a system for producing narrowband, states of light in a high optical gain system.
Such systems have previously demonstrated intensity squeezing, EPR entanglement, and high purity...