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6 scientifically proven inventions for controlling a computer or a car with just your mind

In recent years, what once seemed like science fiction is quickly becoming reality. The idea of driving a computer or a car with just your mind is no longer a far-fetched dream. Thanks to revolutionary advances in neurotechnology, scientists have developed devices that harness the power of the brain, turning mind-controlled technology into a tangible reality. In this article, we explore six scientifically proven inventions that pave the way for a future where machines respond to human thoughts.

1. Neuralink: a revolutionary brain-machine interface.

Scientist: Elon Musk and his team at Neuralink Corporation

Location: San Francisco, California, USA

Price: Not yet available for sale, but estimated to be several thousand dollars

Institution: Neuralink Corporation

Overview: Founded by Elon Musk, Neuralink is a leader in the development of implantable brain-machine interfaces (BMI). The technology aims to help paralyzed individuals control computers and smartphones with their minds and potentially cure neurological diseases. The device is intended for implantation in the brain and wireless communication with external devices.

2. Emotiv Epoc+: portable and affordable neurotechnology

Scientist: Dr. Tan Le

Location: San Francisco, California, USA

Price: approximately $799

Institution: Emotiv Inc.

Overview: The Emotiv Epoc+ is an EEG (electroencephalography) headset that reads brain waves and translates them into commands for computers or other devices. This handy device is already being used for research, gaming and even therapy. Its affordability makes it accessible to a wider audience, bringing the power of mind control to the masses.

3. MindDrive: drive cars with your mind

Scientist: University of Minnesota researchers led by Dr. Bing He

Location: Minneapolis, Minnesota, USA

Price: Based on research, no commercial price yet

Institution: University of Minnesota

Overview: Imagine driving a car using only your thoughts. MindDrive, a brain-computer interface system, allows drivers to steer their car by simply thinking about the direction they want to go. The system reads the brain's electrical signals and converts them into control commands, offering a glimpse into the future of transportation.

4. OpenBCI: an open source brain-computer interface

Scientists: Conor Russomanno and Joel Murphy

Location: Brooklyn, New York, USA

Price: Starting at $399

Institution: OpenBCI

Overview: OpenBCI offers a number of open source tools that allow anyone to experiment with brain-computer interfaces. Their products, such as the OpenBCI Ganglion board, provide hobbyists and researchers with an affordable way to explore neurotechnology. This democratization of neurotechnology fosters innovation and creativity, leading to new applications of mind-controlled devices.

5. BrainGate: Helping the Paralyzed to Regain Control

Scientist: Dr. Leigh Hochberg

Location: Providence, Rhode Island, USA

Price: Based on research, no commercial price yet

Institution: Brown University, Massachusetts General Hospital

Overview: BrainGate is an innovative neural interface system designed to help people with paralysis control computers and robotic arms with their thoughts. The technology involves a small sensor implanted in the brain that communicates with external devices, offering a significant improvement in the quality of life of people with severe disabilities.

6. Neurable: playing with your mind

Scientist: Dr. Ramses Alkaide

Location: Boston, Massachusetts, USA

Price: Estimated $1,000

Institution: Neurable

Overview: Neurable has developed a brain-computer interface for virtual reality (VR) that allows users to mentally control VR games. By removing the need for hand-held controllers, Neurable offers a more immersive gaming experience, pushing the boundaries of how we interact with the digital environment.

The future of mind-controlled technology is bright, and these inventions show just a small fraction of what's possible. As these technologies develop and become more accessible, the integration of brain-computer interfaces into everyday life could revolutionize how we interact with the world around us. From helping people with disabilities to transforming the gaming industry, the possibilities are endless.

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