Researchers have proved that a form of the artificial intelligence is capable of accurately analyzing the complex distortions in space-time that are known as gravitational lenses that would be 10 million times faster than the traditional methods.
It is a great example of the super specialized intelligence that sometimes goes beyond human faculties and that represents the fourth productivity impact that is mistaken for the super general intelligence and representing the fourth productivity impact that could often be mistaken for the super general intelligence and taking charges that could not be performed by the humans anyway.
Via this, it is referred to as the other context of the Artificial Intelligence that can be used for replacing human jobs in basic automation applications such as the administration and the selection to the robotic handling of some of the takes of today. The second case is the augmentation of the human activities with some of the supported intelligence that we are using every day on our mobile cell phones. And the third; is the creation of some of the brand new jobs from the Artificial Intelligence such as the algorithm data scientists, and the robotic engineers to the new Artificial Intelligence assisted creative designs to new lifestyles.
The thing that is interesting is the fourth category of AI that uses the sensor data and the speed of processing that performs in a way that goes well beyond the capabilities and the physical limitations of the humans. The Physics Researchers use AI for analyzing and accessing the complex space-time gravitation lensing is one of the cases. This phenomenon was very first reminded when a specialized robot that was built by the company Infineon in the year 2016; was able of solving the world famous Rubik cube game in just an instance of 0.637 seconds. On the other hand, the fastest a human can do was recorded as 5.25 seconds. It is the fact that a human can never perform such tasks in just a second of time. It is none less than asking the Usain Bolt for running the 100 meters in just one second. One can never put ten Usain Bolt’s together in just a second of time; it simply never works in that way!
The Productivity Paradox future and beyond the human cognitive horizon
From artificial intelligence and productivity perspective, it simply touches on how we measure the productivity paradox that is often described as an increased investment in information technology but the falling human productivity as well. It may be due to the restructuring of how work gets done or the diminishing role of the humans in creation and completion of the tasks has been a subject of research and debates from years. And this example of how the Artificial Intelligence is capable of generating insights beyond what a human is capable of doing is somewhere both potentially challenging and exciting.
With exciting, it is referred to as it points towards the future of AI that helps in manifesting the powers that could potentially shape the new facts of the existence of how and what we are understanding about nature and how we are living into it.
At last, it reminds that possibly with all new advances we are always required to evolve both the legal, ethical and social issues together so as to understand the benefits of such new innovations that are generated by the begat of our invention. Ultimately, the goal is of using the Artificial Intelligence to engineer a future we want to live in and something that we can put today for a far better future.