The principle of magnetic levitation is demonstrated using a large mag
netic field gradient to elevate a polycrystalline sample of dodecyloxy
cyanobiphenyl against gravity. Additionally, a nematic droplet of pent
ylcyanobiphenyl clinging to a vertically oriented wire is elevated aga
inst gravity. The contact angle and length of the droplet are extracte
d from the droplet shape in the context of a gravitation-free model.