As the progress of robotics continues to take the world by storm, there are new and significant developments that can help shape the future of mankind’s interactions with our mecha friends. At the top of the totem is the possibility of brain controlled robots, and there are plenty of reasons to believe that this is where the future is heading to. Short of putting forward a detailed exposition on the subject, you can read here for an overview of the concept and how we can harness its potential for benefiting society at large.
At its most basic, brain-controlled robotics means that the robots of the future will no longer be controlled using antiquated keyboards and joysticks. Instead, robots will be controlled remotely via thought. For example, if you have a smartpet, you no longer need to hook it up to a computer, program a series of activities that it can do, and command it from the same computer. Instead, you can just think of what you want the pet to do and it will obey your every command.
If this sounds like a page out of science fiction, it is because it truly is a massive leap in robotic control. Imagine: no wires, no clunky hardware, and no monitors. You can asks a robot to go master your home & garden directory and execute the things you want it to do in the garden while you lay in bed. Such a breakthrough is not only exclusive to free movies online; today, these developments are indeed happening all over the world.
The technology works by linking the robot to the owner’s neural network. By virtue of a small transmitter, the robot can receive commands straight from the owner. This works because the brain sends commands in the form of electrical impulses which are mapped and relayed by the neural network. Upon receiving the command, the robot automatically interprets it in a language that it can understand, and then execute that command. You do not need any advance qualification, no GMAT online MBA, to tell you that the possibilities are endless.
But perhaps the most important application is with regard to controlling robotic prosthetics. Today, it is possible to affix mechanical hands, arms or legs to a patient and create an interface with the patient’s brain so that control is merely done through thought. Imagine: a new set of hands that function much like the old one. If anything, that development is beyond conventional medical aid and can every well provide logical reason for debt settlement so one can have the financial liquidity necessary to pay for such a procedure.
Indeed, the future of brain-controlled robotics is bright and beautiful; and the best part is, this is only the beginning.