Abstract
We report the loading of a 1D permanent magnetic lattice with ultracold atoms on an atom chip. Our magnetic lattice is produced by a perpendicularly magnetised film of Gd10Tb6Fe80Co4deposited on a 10 ?m period grooved structure. A BEC is created in a Z-wire trap about 300 ?m from the surface of the chip. An atom cloud at about 5 ?K is moved adiabatically towards the lattice by an appropriate bias field. We estimate that about one hundred lattice sites are loaded with atoms about 7 ?m from the chip surface at a temperature of about 10 ?K.
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