Hologram

The great development witnessed by our current age has led to the emergence of many diverse modern technologies, one of these advanced technologies is Hologram technology and Augmented reality technology, These two technologies are somewhat similar to somewhat, as it can be said that they perform almost the same purpose, and at the same time, Hologram technology differs from augmented reality in several aspects, as the way in which the three-dimensional images are created and the properties of that images itself. This paper aims to compare and study the similarities and differences between Hologram technology and Augmented reality technology. It is a standard comparison as the comparison takes place according to a number of different aspects of both technologies. Comparing the characteristics of the two technologies showed that there is no one of them excels over the other, but according to different systems and situations, it is maybe better and more appropriate to use one of them than using the other one.

In recent quantum mechanics, the notion of hologram plays an important role: the image of an object which catches not only its actual state but also its interference pattern with other options that were lost when the actual state imposed itself. It is very productive to apply this notion to human history, and, perhaps the supreme example of holographic history is provided none other than by Marx. Marx is not an evolutionist, he writes history “top-down,” i.e., his starting point is the contemporary global capitalist order, and from this point he reads the entire history as a gradual approximation to capitalism. This is not teleology: history is not guided by capitalism as its telos, but once capitalism emerges, it provides the key to the entire (pre)history – here enters Marx’s well-known story (in Grundrisse) of linear development from prehistorical societies through Asiatic despotism, Antique slavery, and feudalism to capitalism. There is no teleological necessity in this development, it results from a series of contingent collapses of superpositions