Researchers have finally developed a wireless brain implant that can create a unique link between two specimens.
If you're having trouble making friends, this brain implant might be an excellent place to start building a lifelong bond. While the brain implant is practical, nothing beats a genuine desire to have more "positive" relationships with others.
Each gadget would be implanted between skull and skin and attached to a microscopic, flexible filament-like probe with an LED that experts could insert into the brain through the head.
Experts published the study's findings, titled "Wireless Multilateral Devices for Optogenetic Studies of Individual and Social Behaviors," in the scientific journal Nature Neuroscience.
Brain Device That Makes Friends
Explica said people could use the brain synchronization gadget to make friends, research their habits, and treat various ailments - including the pandemic fatigue we all face.
Researchers used electrodes that he inserted on the patient's scalp in 2010. Later on, the two participants in the experiment are copying each other's motions using hand gestures.
This can also build a special connection with other people because of brain technology. The feedback methodology was also considered as a useful metric for determining the project's success.
Although the brain chip may create a synchronous link between two people, it would differ from person to person. According to researchers, the same procedure may be carried out without the use of the equipment.
Yevgenia Kozorovitskiy, the study co-author, said they didn't think their experiment would work.
"To our knowledge, this is the first direct evaluation of a major long-standing hypothesis about neural synchrony in social behavior," Kozorovitskiy told Cosmos Magazine.
"It sounds like sci-fi, but it's an incredibly useful technique. Optogenetics could someday soon be used to fix blindness or reverse paralysis," Kozorovitskiy added.
How Researchers Made An Implant to Make Friends
WION said Northwestern University graduate students led by Mingzheng Wu studied the device's potential.
Wu and the team created this experiment by putting two mice to the test. They devised a device that would allow the participants' brains to sync, allowing them to become close buddies. The alignment between the mice was said to be caused by cognitive activities.
Researchers implanted the LED into the mouse's brain through the use of optogenetics. However, experts underscored that the equipment did not manipulate the subject, and experts did not use wires or connections in the experiment.
The particular neurons were activated when light from the wirelessly controlled LED without influencing other neurons or behavior.
The team could program and deprogram mice to connect in real-time using the tiny, battery-free brain implant device. When two or more mice had their devices turned on, they interacted significantly more than usual, and the opposite impact was practically immediate when researchers turned off the gadget.
The researchers now seek to gain a better understanding of the complicated neurobiology of socialization.
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