Brain chip

N1 brain chip

By:

01

Introduction

Backround & Need

Design & Functionality

Innovation & Impact

05

Future Developments

06

Conclusion

Introduction

Neuralink’s ( a company that was founded in 2016 by Elon Musk) ultimate goal is to develop a 'brain-computer interface' that will initially be used to help people with paralysis or motor neurone disease to communicate. It will allegedly allow them to operate computers and mobile devices using their thoughts, but could have further uses in years to come.

Background & Need

Solutions

• Neuralink's technology can potentially revolutionize the treatment of neurological disorders by providing effective therapies and interventions that target the root causes of these conditions.

• For individuals with disabilities or injuries, neural implants could offer enhanced mobility, communication, and independence, leading to a better overall quality of life.

• The use of neural implants raises ethical questions regarding privacy, consent, and the potential for misuse.

• These implants are expensive and may not be accessible to everyone, limiting their potential impact on society. Efforts to reduce costs and increase accessibility will be crucial to realizing the full potential of the technology.

Limitations

Design & Functionality

Components

01 Biocompatible enclosure

The N1 Implant is hermetically sealed in a biocompatible enclosure that withstands physiological conditions several times harsher than those in the humans body.

02 Battery

It is powered by a small battery charged wirelessly from the outside via a compact, inductive charger that enables easy use from anywhere.

03 Chips and electronics

Advanced, suctom, low-power chips and electronics process neural signals, transmitting them wirelessly to the Neuralink Application, which decodes the data stream into actions and intents

04 Threads

The N1 Implant records neural activity though 1024 electodes distributed across 64 threads. These highly-flexible, ultra-thin threads are key to minimie famage during implantation and beyond

How it works?

There's really not a whole lot of difference between a monkey moving upon paddle and a person moving a cursor on a computer screen. Whether you're using a mouse or a trackpad, your intention to move the cursor begins in your motor cortex as a series of neuron activations.

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