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BrainMachine Interfaces The Future of Human and Technology

Brain-Machine Interfaces: The Future of Human and Technology

18.03.2025

The interaction between humans and machines is reaching a new dimension with advancing technology. At this point, Brain-Machine Interfaces (BMI) stand out as a revolutionary technology that enables the direct transmission of human thoughts to devices. These systems, which transfer brain signals to computers, prosthetics, or robots, are transforming the fields of healthcare, communication, and industry.

How Do Brain-Machine Interfaces Work?

Brain-Machine Interfaces function by detecting brain waves through sensors. Electrodes record the brain's electrical activity and convert these signals into digital data. This data is then interpreted by artificial intelligence and machine learning algorithms and transmitted to computer systems to execute specific actions. This technology has a wide range of applications, from enabling communication for paralyzed patients to controlling prosthetic limbs.

The Area of Use of the Brain-Machine Interfaces

  1. Health Sector: Prosthetics controlled by brain signals and communication devices developed for paralyzed individuals are among the biggest applications of BMI.

  2. Entertainment and Gaming Sector: Mind-controlled virtual reality (VR) systems and games are starting a new era in the entertainment world by making interaction more natural.

  3. Industry and Robotics: Machines controlled by brain power may offer solutions that support human labor, particularly in the manufacturing sector.

  4. Military and Security Applications: In military systems, projects such as brain-controlled unmanned aerial vehicles (UAVs) are being developed to help military personnel make faster decisions.

The Future of Brain-Machine Interfaces

With the advancement of BMI technology, a world where humans can interact with machines solely through thought may become possible in the future. Especially with developments in neurotechnology, mental control could become more precise and accessible, revolutionizing human-machine integration.

As a result, brain-machine interfaces stand out as one of the most innovative fields strengthening the connection between humans and technology. This technology has the potential to bring significant transformations in various sectors such as healthcare, industry, and entertainment, fundamentally changing human life in the future. By eliminating the boundaries between the human mind and machines, BMI is opening the door to a new digital era.

 

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Frequently Asked Questions

 

The museum entrance fee is 320 TL at the box office for visitors aged 3 and over, students, teachers and visitors over 65 and 350 TL at the box office for other visitors.
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The duration of the museum tour varies depending on the group and typically lasts between 45 minutes and 1 hour. If the tour is combined with an event, the duration may be extended depending on the content of the event.

1 teacher is free for 15 students. In order for the museum visit to be the most productive, we recommend that our teachers visit our museum before coming with their students.

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We have museum staff to assist you in our museum. You can also benefit from the mobile audio guidance service by scanning the QR codes in our museum from your phone. For group visits of 15 people or more, our museum staff accompany you and provide guidance support.

The name of Android (Humanoid Robot) ADA, developed by AKINROBOTICS, consists of the initials of "Android Developed by Akınrobotics" and is also inspired by the world’s first female software developer Ada Lovelace.

You can take photos in our museum without using flash and without touching the artifacts.

The founder of the Istanbul Robot Museum is Dr. Özgür AKIN, who is also the founder of Akınsoft and Akınrobotics.
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