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Construction of Magnetic Coil Forms for Magnetically Trapping Ultracold Lithium Atoms

Construction of Magnetic Coil Forms for Magnetically Trapping Ultracold Lithium Atoms. Chris Akers, Melissa Revelle , Ben A. Olsen, Randy G. Hulet. The Experiment. Goal is to make spin-imbalanced Fermi gas of 6 Li in one dimension.

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Construction of Magnetic Coil Forms for Magnetically Trapping Ultracold Lithium Atoms

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  1. Construction of Magnetic Coil Forms for Magnetically Trapping Ultracold Lithium Atoms Chris Akers, Melissa Revelle, Ben A. Olsen, Randy G. Hulet

  2. The Experiment • Goal is to make spin-imbalanced Fermi gas of 6Li in one dimension. • Atoms have to be in the quantum degenerate regime, so their temperature must be very low.

  3. Coil Forms • -Used in the magnetic trap step, the coil forms are shaped to hold the wire into two circular and one cloverleaf coil. • -There is one set of three coil forms on either side of the MOT. The two sets work together to create a trap. • -Power dissipated ranges from 225W to 4.4kW in each coil.

  4. Steps Taken to Make Coil Forms

  5. Steps Taken to Make Coil Forms Cont.

  6. Final Product

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