Sublimination of van-der-waals bounds by matching the molecular vibration frequency equivalent of a given solid’s molecular latent heat of vaporization.

This research is preliminary and consist largely of deductive reasoning. While empirical work was conducted it, was in the early stages and the data that was collected is limited. The snow is not an easy prospect to deal with when it piles up. This is a challenge when you have a disability and, or are elderly. The physics is straightforward, snow is held together by van der waals bonds. To overcome the bonds the molecules must overcome the latent heat of fusion. This equation of pressure and temperature, along with utilizing as little energy as possible, has led me to the following hypotheses. As energy is increase, so will the molecule’s vibrations. By analyzing the vibrations at the various points of the scale of the latent heat of fusion for that substance, in this case snow. It is hypothetically possible to catalog the frequencies of those vibrations. Then deliver the desired frequencies to that substance again, in this case snow. It would not be necessary for the snow to gradually melt through the changing of the seasons, but the required frequencies say for example of vaporization to be deliver to the snow, by some adequate means, say for example a laser beam. This has the potential of inducing sublimination to any substance.


Thank you for your consideration.