Neuromorphic technology is that Computer chips are used which mimic the human brain. Even today's best super-computers cannot rival sophistication of human brain. Computers are the linear, moving data back and forth between the memory chips and a central processor over a high-speed backbone. The brain is fully interconnected with logic and memory intimately cross-linked at billions of times density and diversity of that found in a modern computer. Neuromorphic chips aims to process the information in fundamentally different way from the traditional hardware, which mimicking the brain's architecture to deliver huge increase in the computer's thinking and its responding power.
Brain gate is a computer chip implant system which is implanted into the brain. The device monitors the user's brain activity and converts the intention of the patient into pc commands. The device is helpful for the people who have lost the control of their limbs and can be used for the treatment of diseases such as epilepsy and depression. The brain gate chip that senses the magnetic attraction signature of neurons firing in a very specific space of the brain is been detector by the chip that contains a hundred hair-thin electrodes. The activities which are sent from the brain are translated into electrically charged signals are sent and decoded using a program which can operate a computer cursor or a robotic limb.
Admittedly, technology has made an impact on peoples daily lives. With the help of newly invented microchips, people can keep track of their cars, houses, and business inventories. The chips could prevent car theft and private information from being stolen. The chips will notify people from far places. Schools are using chips on ID to keep track of students.
Should Artificial Intelligence Be Continued To Be Developed? This quote by James Comey depicts just how far technology has come and how well it has integrated into our lives. Over the last decade, technology has done nothing but advance, and people, especially teenagers, have become very accustomed to using it in their everyday lives. Gadgets such as cars, phones, and computers have all been created over time to make our lives easier and more efficient. But lately, tech creators have switched their traditional view from building faster, lighter, and more powerful gadgets to try and create a piece of tech that learns all by itself.
However, while the uses of robots are helpful and effective, they can cause devastating effects towards people in the world if this technology falls in wrong hands. Since AI robots can perform like humans, they are often used for business development both domestically and internationally. Industries are starting to use machines rather than employing people because, firstly, robots can be programmed to operate 24 hours without having holidays. This increases productivity rate in short amount of time. Secondly, AI robots are more accurate than humans, which results in a
REFERENCES  Luzheng Bi, Xin-An Fan, Yili Liu “EEG-Based Brain-controlled Mobile Robots: A survey”, Human-Machine Systems, IEEE Transactions on (Volume:43, Issue:2), pp. 161-176, Mar 2013.  K. Kiguchi and Y. Hayashi, “Motion Estimation based on EMG and EEG Signals to Control Wearable Robots”, IEEE International Conference on Systems, Man and Cybernetics, pp. 4213-4218, 2013.  K. Nielsen, A. Cabrera, and O. Nascimento, "Eeg based bci - towards a better control: Braincomputer interface research at aalborguniversity,"IEEE Transactions on Neural Systems and Rehabilitation Engineering., vol.
1 Nov. 2015. In this article, Ekaterina A. Davydenko talks about the positive results artificial intelligence gives children with learning disabilities. Hybrid techniques give better results, but still lack some accuracy in diagnosing kids with learning disabilities. Some of the hybrid techniques that are used are LifeisGame, it’s a computer software that has four main activities: facial recognition expression, build facial expression, play with an avatar that mimics child’s expression and identify appropriate facial expression for real life situations. This is to help kids with ASD in recognizing facial expression recognition.
These devices have a small processor therefore it has less security measures com-pared to other computing devices. Therefore, Apple is much motivated as never before to embark on artificial intelligence technology to help address and mitigate these
Bet every single one of you have heard of Stephen Hawking, an English theoretical physicist, researcher and cosmologist. But have you ever imagined how a person suffering in motor neuron disease, which he is entirely paralyzed and not able to move by himself, gained such a great success? How can he do it? That is why Brain-machine Interfaces exist. Perhaps not everybody understand what a Brain-machine interface is; ‘A brain-machine interface (BMI) is a system that allows its user to control a machine (e.g., a computer, an automated wheelchair, or an artificial limb) solely with brain activity rather than other peripheral nervous system.’  Let us look at one of the examples; Matthew Nagel, who is a quadraplegic, he emerges a pedestal plug from the very top of his head when he was in a lab at Brown University, and this plug is connected to the computer, hard-wired into that computer through a technology called BrainGate.
PURPOSE The purpose of this study is to find out the effectiveness of the Brain Gym program as an intervention to improve the reading comprehension abilities of third grade students from the Oakwood Academy in Bandung, Indonesia. HYPOTHESIS Brain Gym program will improve the reading comprehension abilities of third grade students from the Oakwood Academy in Bandung, Indonesia. DEFINITION OF TERMS 1. Kinesiology-The science of body movements and its relationship to brain function 2. Edu-Kinesthetics (Edu K)-The application of kinesthetics (movement) to the study of right brain, left brain, and body integration for purposes of eliminating stress and maximizing full learning potential.