This article on gravitational waves presents some new avenues for exploring the cosmos. Because these waves have a wavelength they must also have a frequency; and because they have have a frequency they they must also contain energy. If they have an energy and also an entropy; then they must contain information, or in other words – negentropy. This opens a whole new possible field of exploration into cosmic energy/entropy transductions and the reversal of entropy in the universe through gravitational fields. Energy transactions involving a gravitational potential, i.e. hydropower, are known to be highly efficient, i.e. low in entropy. Perhaps gravitational waves inside a black hole channel have a short wavelength, i.e. high frequency, and therefore have high energy and low entropy. In contrast to gravitational waves in our universe which can be detected as expansions in space-time, it is possible that gravitational waves inside a black-hole corridor actually represent the opposite condition, a compression/contraction in space-time. This could explain how photons traveling through this corridor could increase in energy, and decrease in entropy. If this is the case, then these waves must also contain information/negentropy which is a prerequisite for life.