On 4 May, the first global non-peoples-invasive brain interface experiment was successfully tested in Beijing. The experiment achieved an intrusive brain interconnection control arm in the brain, which was important in advancing research in the field of brain science, marking the international leadership of our brain interface technology.

The experiment was led by a team of professors at the peak of the University of Nangar and was jointly completed with the General Hospital of the People’s Liberation Army of China (301 hospital), the Shanghai Medical Science and Technology Company Limited. The experiment was a further achievement on the basis of the previous interventionary brain interface animal (at) experiment, which resulted in a significant increase in the number of panic telecommunications, from passive collection to active control, and a breakthrough in core technologies such as vascular telecommunications, and panoply telecommunications.

The panoply interface technology can transform the brain telecommunications into a control directive, thus helping people with motor dysfunctions (e.g., cerebral, hypervelocities, etc.) to interact with external equipment to improve the quality of life. In the course of the technical study, it was found that intrusive brain interfaces were highly traumatized, such as the intrusive brain interface experiment in the United States of America, which had been more than dead, and that the non-intrusive brain interface was vulnerable to the effects of large accumulative devices, with long-term stability in the mind telecommunications system. In contrast, a team of professors led the development of an intrusive brain interface, whereby the interventionist sensor was attached to the cerebral vascular wall, where it was not necessary to carry out an operation to collect uterine telecommunications, taking into account security, identification stability, than traditional intrusive and non-intrusive brain interface.

The intervention procedure under this experiment was performed by the team of medical physicians U Dong, who operated at the first medical centre of the Ejército de Ejército Nacional. Intrusive brain sensors enter the target trousers through the neck, reaching the pneumosphere. The successful collection and identification of invasive brain telecommunications for non-peoples has resulted in the active control of animals over the machinery.

According to Professor Sakamoto, the results of this interposition test conducted in the minds of non-people animals have contributed to moving the interposition from laboratory forward research to clinical application, with future market prospects in the area of medical rehabilitation for brain diseases.