noland arbaugh is the first patient of the neuralink BCI (brain computer interface) program that allows the brain control all computer and mobile device around it.
Noland Arbaugh is a 29 year old quadriplegic patient who was involved in a diving accident eight years ago that rendered his shoulders down below paralyzed, he is the first neuralink patient to have the BCI implant.
While speaking to journalist in a live stream Norlan expressed joy in the simplicity of the surgical process, he also indicated how easy it was because he slept all through and had no impairment after the implants.
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Meet noland arbaugh first neuralink implant patient exposed23 Mar 2024 tech
Elon musk neuralink is a brain chip startup company owned by Elon musk, the tech billionaire revealed on his official twitter handle that Noland Arbaugh had been released from surgery on january 29th, 2024 and is responding to treatment.
According to Elon musk the tweet below was made by Noland arbaugh by just his thoughts with the BCI implants. This comes with already proven Evidence because norland arbaugh is paralyzed from his shoulders down completely.
Twitter banned me because they thought I was a bot, @X and @elonmusk reinstated me because I am.
— Noland Arbaugh (@ModdedQuad) March 22, 2024
Here are some of the basic features of BCI implants:
- The implantable brain-computer interface is completely hidden from view and allows you to control a computer or mobile device no matter where you are.
- The N1 Implant utilizes a compact, inductive charger to wirelessly charge its small battery from the outside, ensuring convenient usage from any location.
- The N1 Implant is securely sealed within a biocompatible enclosure that can endure physiological conditions significantly more rigorous than those found in the human body. This ensures the durability and reliability of the implant while minimizing the risk of damage or malfunction due to environmental factors or bodily processes.
- Sophisticated and tailored low-power chips and electronics within the N1 Implant handle the processing of neural signals. These signals are then wirelessly transmitted to the Neuralink Application. The Neuralink Application decodes this data stream, interpreting it into meaningful actions and intents, enabling seamless interaction and control for the user.
- The N1 Implant is equipped with 1024 electrodes distributed across 64 threads to record neural activity. These threads are highly flexible and ultra-thin, serving as a crucial element in minimizing damage during the implantation process and ensuring sustained functionality over time.
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