Elon Musk's start-up Neuralink is recruiting participants for its first human trial of brain-implant technology. The company aims to connect human brains to computers and is specifically targeting individuals with paralysis. The trial will involve the implantation of a brain-computer interface (BCI) that will enable participants to control a computer cursor or type using their thoughts. While Neuralink has received FDA approval for the trial, other companies have already implanted BCI devices in humans. Neuralink's implant consists of 64 flexible threads that are placed on a part of the brain responsible for movement intention. The brain signals will be wirelessly transmitted to an app that decodes the intended movements. People with quadriplegia or amyotrophic lateral sclerosis (ALS) may qualify for the trial. While Neuralink has the advantage of a robot-assisted implantation procedure, it remains to be seen how their method compares to other companies in terms of accuracy and reliability over time.

Original news source: Musk start-up Neuralink seeks people for brain-implant trial (BBC)

– News Summary
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– Opinion Poll
Instructions: Ask the class to form pairs or small groups. Assign each group a specific question related to the article, such as "Do you think brain-implant technology is a positive development?" or "Should companies be allowed to implant devices in human brains?" Give the groups a few minutes to discuss their opinions and come up with reasons to support their stance. Then, have each group present their opinions to the class and facilitate a discussion.
– Sketch It
Instructions: Provide each student with a sheet of paper and a pen or pencil. Instruct them to draw a sketch or diagram that represents the concept of brain-implant technology as described in the article. After they have finished, ask each student to present their sketch to the class, explaining their interpretation and any key details they included.
– Vocabulary Pictionary
Instructions: Create a list of vocabulary words from the article, such as "brain-computer interface," "implantation," or "quadriplegia." Divide the class into two teams. One student from each team will come to the front of the class and be given a vocabulary word. They must then draw a picture on the board to represent the word, while their team tries to guess the word. The team that guesses correctly earns a point. Repeat with different students and vocabulary words until all words have been used.
– Pros and Cons
Instructions: Divide the class into two groups. Assign one group to brainstorm the advantages or benefits of brain-implant technology, while the other group brainstorms the disadvantages or drawbacks. Give the groups a few minutes to come up with their lists. Then, have each group share their ideas with the class and facilitate a discussion about the pros and cons of this technology.

Elon Musk's start-up ? is recruiting participants for its ? ? trial of brain-implant technology. The ? aims to connect human brains to computers and is specifically targeting individuals with paralysis. The trial will involve the implantation of a brain-computer ? (BCI) that will enable participants to control a computer ? or type using their thoughts. While Neuralink has ? FDA ? for the trial, other companies have already implanted BCI devices in humans. Neuralink's implant consists of 64 flexible ? that are placed on a part of the ? responsible for ? intention. The brain signals will be wirelessly transmitted to an app that ? the intended movements. People with quadriplegia or amyotrophic lateral sclerosis (ALS) may ? for the trial. While Neuralink has the advantage of a robot-assisted implantation ?, it remains to be seen how their method ? to ? companies in terms of accuracy and reliability over time.

1. What do you think about the idea of connecting human brains to computers?
2. How would you feel if you could control a computer cursor or type using only your thoughts?
3. Do you think brain-implant technology has the potential to greatly improve the lives of individuals with paralysis?
4. Why do you think Neuralink is specifically targeting individuals with paralysis for their first human trial?
5. What is a brain-computer interface (BCI) and how do you think it works?
6. Do you think it is ethical to implant devices into the human brain for the purpose of connecting it to computers? Why or why not?
7. How do you think the FDA approval for Neuralink's trial will impact the future of brain-implant technology?
8. What are some potential benefits and drawbacks of using brain-implant technology?
9. How do you think Neuralink's implant, with its 64 flexible threads, compares to other companies' devices in terms of accuracy and reliability?
10. Would you be willing to participate in a trial for brain-implant technology? Why or why not?
11. How do you think this technology could be used in fields other than assisting individuals with paralysis?
12. Do you think brain-implant technology could eventually lead to a merging of humans and machines? Why or why not?
13. How do you think society would change if brain-implant technology became widely available?
14. Do you think there are any potential risks or dangers associated with brain-implant technology? Why or why not?
15. How do you think the development of brain-implant technology will impact the future of medical science?

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