Hyperflubber is a highly flexible state of matter which can be characterised by its bulk properties at high dielectric constants. Many materials form such hyperflubbers under ambient conditions, although their range of industrial application is limited by the theoretical anchor width. To counter this problem, poly(2-oxazoline) gravity effects were investigated.

During this talk, it will be shown that local gravity fluctuations are able to distort poly(2-oxazoline) hyperflubber latice constants by small variations in microvibratory frequencies. This will lengthen the anchor width and widen the industrial range.