Abstract: A process for treating diseased cells with protons and light nuclei, comprising the steps of: (a) disposing a multiplicity of nanocapsules a biological organism, (b) focusing laser energy at awavelength of from about 350 nanometers to about 850 nanometers and an intensity of from about 1019 to about 1021 watts/square centimeter, and (c) contacting the nanocapsules with the focused laser energy for less than about 30 femtoseconds, thereby producing charged nuclei within said capsules.

Abstract: A process for treating diseased cells with protons and light nuclei, comprising the steps of: (a) disposing a multiplicity of nanocapsules a biological organism, (b) focusing laser energy at awavelength of from about 350 nanometers to about 850 nanometers and an intensity of from about 1019 to about 1021 watts/square centimeter, and (c) contacting the nanocapsules with the focused laser energy for less than about 30 femtoseconds, thereby producing charged nuclei within said capsules.

Abstract: The present invention relates to a method of directly forming a thin, orientated layer, or film, of superconducting materials, suitably mixtures of Pervoskite-type superconducting oxides, on a support base, or substrate, by depositing the layer, or film, in an ionized oxygen atmosphere using a laser beam means. The present process is carried out at temperatures sufficiently high that the film adheres to the substrate, but sufficiently low that a superconducting layer is directly deposited the substrate. Preferably the process is carried out at a temperature less than about 450 degrees C. Temperatures as low as 400 degrees C. have been found useful.