Transmission Teleportation Distance in Smart City

Speed is the number-one priority in today's world, especially when it comes to communications and transfer of data. Therefore there is a serious need for a deep understanding and recognition of application of technologies for maximizing speech of data transfer. For long, data teleportation was never given the attention it deserved mainly because scientists mistrusted the principal mechanisms involved in that field. However, technologies have advanced beyond one's imagination and what was once a dream has now become a reality; so it now seems more reasonable than ever to redefine data transfer technologies in a manner that is more compatible with state-of-the-art developments. Likewise, the present study, carried out based on a communicational-sociological approach towards the future of society and technology, casts a look at teleportation (data transfer) as a subcategory of quantum physics with such targets as 1. Recognition of technological features of data transfer in scientific fields; 2. Understanding the impact of data teleportation in media; and 3. Understanding the impact of data teleportation in the social context. The study also seeks to offer ways to accept, recognize and use such technologies in the society. This study examines data teleportation in quantum physics through deep interview and document assessment methods and by examining the views of social communication scientists and sociologists based on the Toronto school of thought. The research findings indicated that the views of the experts were contradictory in certain areas; but they were generally optimistic about this technology. Furthermore, a review of the tables shows that the experts were primarily concerned about security issues when it comes to using this technology and view is negatively