At high temperatures, this alignment is disrupted and the material is said to be in the isotropic state. At lower temperatures, the alignment will take place and the liquid crystals are said to be in the pneumatic state [Hoong.C.C].
When temperatures are elevated, the alignment is disrupted, and the material transitions into an isotropic state. Conversely, at reduced temperatures, the alignment reoccurs, placing the liquid crystals in a pneumatic state as described by Hoong.C.C.