Abstract: The present invention is a method of making amide and super plastics including the steps of dissolving hydrocarbon feed materials in a molten metal at temperatures above 400° C. and pressures above 400 kg/cm2; increasing the temperature to above 800° C. and the pressure to above 800 kg/cm2 such that the feed material polymerizes together as an amide plastic; separating the amide plastic from the molten metal; and cooling the amide plastic and extracting amide plastic. Preferably wherein the molten metal is tin and the hydrocarbon feed materials are selected from the group comprised of oil, natural gas, sulfides of; sodium, potassium, magnesium, and zinc, salts of; bromine and chlorine, coal oils, propane, nitrogen, oxygen, urea, and hydrocarbon containing refuse.

Abstract: A communication means including a global phonetic alphabet consisting of the 30 symbols wherein said alphabet symbols are used to form a computer operating language consisting of the global phonetic alphabet symbols. Preferably said symbols are arranged together to form words wherein each word so formed has only one distinct meaning and one distinct sound. Preferably said words compiled together form a global phonetic language.

Abstract: A communication means including a global phonetic alphabet consisting of the 31 symbols wherein said alphabet symbols are used to form a computer operating language consisting of the global phonetic alphabet symbols. Preferably said symbols are arranged together to form words wherein each word so formed has only one distinct meaning and one distinct sound. Preferably said words compiled together form a global phonetic language.

Abstract: The present invention an ergonomic keyboard designed for inputting data wherein said keyboard comprises; a keyboard housing; a plurality of four position finger boxes mounted in said housing and arranged conformably to receive finger tips of a users hand, wherein said finger boxes are responsive to no movement, depression, contraction and extension of said fingertips corresponding to at least 4 distinct finger box positions namely: neutral, downward, backward, and forward respectively. The keyboard further has a processor for assigning letters, numerals, symbols and functions to each of said positions of said finger boxes; and contacts at each of the positions of each of said finger boxes such that a unique signal is produced for each position of said finger boxes.