The University of Minnesota Medical School’s research team has discovered that specific human brain functions pertaining to self-control and mental flexibility can be targeted with electrical brain simulation techniques that are based on integrating artificial intelligence techniques. The techniques are based on integrating artificial intelligence techniques. 12 individuals with epilepsy had brain surgery as part of the pilot trial, which involved implanting hundreds of small electrodes across the brain in order to monitor brain activity and determine where the seizure began. Using computer simulation, the scientists discovered a brain region called the internal capsule that can improve the mental performance of patients.

Small quantities of electrical energy were delivered into the area of the brain that is important for driving cognitive regulation – the process of moving from one thought pattern to another, which is the polar opposite of the development of a mental disorder. The team used the example of a person who is locked in a negative thought cycle and is unable to break free in order to demonstrate the effectiveness of this alternative. Regardless of how critical it is to resolving mental disease, the researchers developed a potent new array of treatments for psychiatric illnesses based on the following hypothesis:

On to developing algorithms that, following a simulation, might be used to govern a patient’s cognitive capacities directly from their brain activity, the team moved on to achieve their goal. As a result of this controller method, researchers were able to increase and improve the simulation of the effect that a patient may regulate both their cognitive abilities resulting from their activities and those resulting directly from their brain activity. The technology that the research team built has the capability of decoding a patient’s ability to apply a brief burst of electrical simulation whenever the transmission of information between the two parties is not possible, according to the researchers. It has been suggested by the team that this research could put patients in the driver’s seat and give them a sense of urgency.