This article considers the origins of alphabetic writing, tracing its probable source to ancient Egypt, southern Levant or the Sinai during the Egyptian Middle Kingdom (17th century BCE). It supports the view that the earliest scripts were acrophonic representations of a West-Semitic language, whose use developed under the rule of the Hyksos in Egypt but was arrested there with the expulsion of this foreign dynasty at the end of the 16th century BCE. The development is then traced through the Levant, (...) with particular attention given to the emergence of cuneiform alphabetic scripts in Ugarit (c. 1300 BCE). This form of writing disappeared with the fall of Ugarit, but linear alphabetic scripts were preserved in a variety of Near-Eastern languages, notably Aramaic and Phoenician. These two languages, by becoming linguae francae respectively of the Syria-northern Mesopotamia and the Anatolia-Eastern Mediterranean regions, brought about the spread of alphabetic writing up until the 8th century BCE. The article concludes by examining the influence of the Phoenician script on Greek, Etruscan and ultimately Latin forms of writing. (shrink)

By imitating the high-speed computational behavior of a machine through a consciousness of the future, we suggest a reverse artificial intelligence in an attempt to achieve the computational whole mind emulation of high level thoughts. The methodology, using such reverse artificial intelligence which we run with control on the mind instead of a machine, is disclosed. We then generalize this ability to enable the proposed mind emulation through high-speed mental computation processes. We suggest a set of theoretical and empirical principles (...) and methods for the mind transfer, which leads to an almost unlimited potential for the human beings and society. In this paper, we present the most basic case of experimenting with the inactive behaviors, then a new hypothesis. (shrink)