The system is suitable for research and development in atomic physics, quantum sensing, and other applications involving neutral atoms. It is delivered under a permanent vacuum and can be integrated directly into suitable experimental setups.<\/p>\n
Two chambers for 2D and 3D MOT<\/h3>\n
The doubleMOT uses two chambers differentially pumped via a silicon pinhole structure.<\/p>\n
The lower chamber serves to generate a high atomic flux in a 2D-MOT<\/strong>, while the upper Science Cell provides a significantly better vacuum for a 3D-MOT<\/strong> provides.<\/p>\n This allows high atom numbers to be combined with long trap lifetimes. Typically, more than 5 \u00d7 10\u2078 atoms<\/strong> and MOT lifespans of over 40 seconds<\/strong> reached.<\/p>\n The system features a combination of active and passive pumps to maintain the ultra-high vacuum. These include an ion pump as well as passive getter technologies.<\/p>\n For the Science Cell, Infleqtion specifies a typical pressure of under 0.8 nTorr<\/strong> an.<\/p>\n The doubleMOT is for experiments with Rubidium or cesium<\/strong> available.<\/p>\n Up to two independent active dispensers can be integrated. This allows the atom source to be flexibly adapted to different experimental requirements.<\/p>\n Various options are available for the Science Cell:<\/p>\nIntegrated vacuum technology<\/h3>\n
For rubidium and cesium<\/h3>\n
Flexible Science Cell Configuration<\/h3>\n
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