IndexIntroductionDesign MethodologyConclusionIn today's world communication has become so easy due to many new technologies via internet between people. Even though technologies are updated day by day, people are thinking of innovative technologies to communicate in mailing. In this article I describe a device called "Brain Reader", which instead of typing the content of what a user thinks, can type by directly writing the words in composing the body of the mail based on the signals of brain activities. This device consists of a “Chip” that is inserted into the back of the upper part of the user's ear and which consists of a memory recorder that records brain signals. The transmitter device, connected to a system, decodes brain signals and writes them directly into the interface. This could facilitate a direct system-brain interaction without typing content into the system. This type of system would lead to consuming typing time and would work effectively without dragging the progress of the works. Say no to plagiarism. Get a tailor-made essay on "Why Violent Video Games Shouldn't Be Banned"? Get an original essay Introduction The study of the human brain is the most complicated research area in artificial intelligence. The main purpose of an Artificial Intelligence is “how humans act and think (in all aspects) as a system can”. For four decades, researchers working in this area have finally developed "Neural Networks". A neural network is a connection of neurons. A biological neural network is the connection of real biological neurons. These neurons are chemically connected or functionally associated with neurons. The connections consist of electrical signals for information processing. The artificial neural network consists of artificial neurons or nodes. Artificial neural network is used in many applications such as speech recognition, image analysis, brain reading and how to control mental activities. Neuro Imaging is a technique for examining the activities of neural networks, the structure and functions of the brain. Two decades before the innovation, "Brain chips" were like implantable computer chips that served as sensors or actuators and were used in many areas. This is possible to design an interface between the brain and the computer system. Usually Brain Chips consist of silicon chips, has pseudo-intelligent software. Brain cells and silicon chips connected electronically. The tricky task is how the neurons connect to the chips. It works with the electrode array that connects two of them. Once inserted into the body, the device provides contact between the neurons and the electrodes, i.e. it directly interfaces the nerves and the silicon. This way we can build an electronic system and also read the way human neurons are interconnected. Using this system, even activities such as computers can change, as the brain changes. In this way we obtain an interface between the brain and the computer. This interface provides direct communication with the human nervous system. Based on the above mentioned points, I started thinking that we cannot use this feature in email without typing the text content in Compose Body. For this I describe a device called "Brain Reader". Design Methodology It is an advanced device, which uses a chip to store brain signals and transmit those electrical signals to a transmitter connected to a system. These signals are decoded and converted into text. The text is typed directly.