موضوع عن التكنولوجيا بالانجليزي قصير جدا

اسهل تعبير بالانجليزي عن التكنولوجيا مترجم

موضوع عن التكنولوجيا بالانجليزي قصير جدا

بحث بالانجليزي عن التكنولوجيا 

موضوع تعبير عن التكنولوجيا الحديثة بالانجليزي قصير

ايجابيات وسلبيات التكنولوجيا بالانجليزي

التكنولوجيا في المستقبل بالانجليزي

عبارات عن التكنولوجيا بالانجليزي

مقدمة عن التكنولوجيا

تعريف التكنولوجيا باللغة الانجليزية

Visions of the augmented humanity

The discussion on human technical improvement focuses on interventions to improve brain function, motor and sensory skills, but also to delay or even eliminate aging.

The debate was based on earlier discussions of the genetic enhancement of human beings enriched by other technological motives. Human progress is understood in this debate as a technical improvement. This is primarily about individual capacity, but it also involves social improvement, as suggested by the NSF report:

"The convergence of rapidly advancing technologies can increase both the human performance and the productivity of the country. The benefits will include efficiency of work and learning, improvement of individual sensory and cognitive abilities, significant progress in terms of public health, greater efficiency of individuals and groups, better performance communication (including interactions directly at the brain level), the development of human-machine interfaces, including neuromorphic engineering for industrial and personal purposes, the enhancement of human capabilities for military purposes, more effective use of sustainable development using NBIC tools and progress against the physical and cognitive decline that affects the mind with age. "

It is about improving the sensory, motor and cognitive capacities of human beings, on the one hand, and on the other hand, to work on the extension of life.

New or improved human capabilities

Sensory implants usually aim to technically compensate for the failure of sensory functions, such as vision loss or other disabilities. Advances in nano-computing, such as miniaturization or increased data collection and processing capacity, could bring physical dimensions and performance closer to natural systems. But we can go further. By becoming artificial, the detection and interpretation of acoustic or optical signals are no longer linked to our physiological limits. A visual implant can be technically expanded to receive data from both sides of the visible spectrum of electromagnetic waves. For example, it is conceivable that people could be equipped with visual implants that would allow them to see in the dark. An optical zoom could also be integrated into the implant. For many professions (soldiers, pilots, train drivers, surgeons), the ability to zoom in would probably be interesting. These ideas are based on technical possibilities such as those used until now outside the human body, such as cameras, microscopes or optical fiber.

Cognitive enhancement extends to the cognitive functions of the human being. When the brain is modeled as a data storage and processing machine, one can imagine the extension of memory function and the possibility of "backup copies" of information stored in the brain by means of "brain chips" . A chip that would be connected directly to the optic nerve could possibly record all visual impressions in real time and store them outside. In this way, all visual impressions that occur during a human life can be retrieved at any time. They could also be linked to external knowledge bases or stored externally by radio link. It is easy to imagine the consequences of such a recording opportunity on the quality of eyewitness reports or on the individual and social "memory culture", not to mention the unwanted possibilities of external espionage on impressions. stored individually.