Recently, researchers have been using nanotechnology to link molecules together to increase the nonlinear susceptibility. Since the connected molecules have more electrons, collective motions of these electrons yield enhanced nonlinear response. Since calculations show that the Kuzyk limit increases faster than linearly, it is best to link together as many molecules as possible. Researchers have made a material of interconnected fullerenes that appear to breach the Kuzyk quantum gap. However, if all electrons are correctly counted, then the gap may not have been breached. In either case, the absolute value of the nonlinearity achieved is impressive, and these kinds of materials may some day supercharge the internet.