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synchron, an american company dedicated to the innovation and development of medical technology, recently announced that the non-invasive brain-computer interface it developed has successfully controlled apple vision pro and other devices, and has experienced no serious adverse reactions in clinical trials for one consecutive year. this marks that brain-computer interface is gradually moving from the stage of technological exploration to the stage of practical application, bringing unprecedented possibilities to people's lives.

in recent years, with the rapid development of science and technology, the research and application of brain-computer interfaces have attracted increasing attention. compared with traditional invasive surgery, synchron's minimally invasive brain implant device is connected through the jugular vein through minimally invasive endovascular surgery, which greatly reduces surgical risks and can also obtain brain signals more accurately, making it a truly breakthrough technological innovation.

synchronize’s “command” research project is the first permanently implanted brain-computer interface trial approved by the fda, marking that this technology is on the road to formal application. in patients, these brain-computer interfaces can not only control iphones, ipads and smart home appliances, but also enable precise control of apple vision pro.

six patients in the study, all of whom experienced severe chronic bilateral upper limb paralysis, showed no improvement with treatment. however, the application of brain-computer interfaces has brought exciting results. these brain-computer interfaces can interpret signals and convert them into actions such as moving a cursor or clicking to control iphones, ipads, smart appliances, or apple vision pro.

this breakthrough technology not only changes people's understanding of paralysis patients, but also brings a new way of life. for paralyzed patients, brain-computer interfaces are the key to regaining control of their lives, allowing them to regain their ability to independently perform certain functional activities to a certain extent. this means that in the future, people will no longer be trapped by physical limitations, but can use technology to create a freer lifestyle.

additional analysis:

brain-computer interface has broad application prospects. it can not only help paralyzed patients restore their lives, but also bring revolutionary changes to other fields, such as:

• impaired control of movement: brain-computer interfaces can help patients with physical disabilities move more freely and even achieve complete autonomous control.
• improve cognitive abilities: brain-computer interfaces can help people improve learning efficiency and memory, and improve attention and reaction speed.
• enhance human potential: brain-computer interfaces can help people realize higher potential, break through physical limitations, and create a better future.

although the application of brain-computer interface technology is still in its early stages of development, it has shown great potential and will change the trajectory of human life in the future. it not only symbolizes the progress of science and technology, but also represents human exploration and pursuit of life, opening up a new stage of freer and better life.