Cortical Labs: Rent Living Brain Cells for Computing

Renting Human Brain Cells: The Emergence of Wetware as a Service

The concept of renting human brain cells for computing purposes is not a far-fetched idea from a sci-fi movie. It's a reality that exists today through the company Cortical Labs, which offers a service called "wetware as a service." For just $300 a week, you can rent 800,000 living human brain cells grown from stem cells and layered onto a silicon chip. These cells are kept alive in a life support system that feeds them and clears waste.

The Science Behind the Technology

The brain cells used in this technology are real human neurons. These neurons are grown from stem cells and layered onto a silicon chip, creating a biological computing system. The life support system ensures that the neurons remain viable and functional, allowing them to perform computational tasks. An earlier version of this technology even taught itself how to play the classic game Pong, showcasing the potential of biological computing.

What is "Wetware as a Service"?

The term "wetware" refers to living tissue used for computational purposes. In this context, it means using living human brain cells to perform tasks traditionally done by silicon-based computer chips. Cortical Labs markets this as a service, allowing users to rent these brain cells for a weekly fee. This service is accessible through the cloud, making it a unique and innovative approach to computing.

The Real-World Implications

The potential applications of this technology are vast. From gaming to more complex computational tasks, the ability to use living brain cells for processing power opens up new possibilities. However, it also raises significant ethical questions. One of the most pressing issues is whether these brain cells, or "wetware," can be considered conscious. While no one is claiming that these cells are conscious, the question remains unanswered.

Ethical Considerations

The ethical implications of using living human brain cells for computing are profound. It brings to mind philosophical questions about the treatment of animals and the line between consciousness and mere functionality. The old line in philosophy about how we treat animals asks not if they can think, but if they can suffer. This question has never been asked about computers, but it is now relevant in the context of wetware.

Legal and Regulatory Challenges

The legal and regulatory frameworks for biological computing are still in their infancy. As this technology advances, it will be crucial to develop guidelines to ensure ethical use. The question of when a manufactured thing becomes real enough to deserve rights, as explored in the movie "Blade Runner," is pertinent here. It underscores the need for careful consideration and regulation.

Practical Tips for Understanding This Technology

If you're interested in this groundbreaking technology, here are some practical tips to help you understand it better:

1. Stay Informed: Keep up with the latest developments in biological computing and the work of companies like Cortical Labs. The field is rapidly evolving, and new discoveries are made frequently.

2. Engage with Ethical Debates: Participate in discussions about the ethical implications of using living brain cells for computing. Engaging with these debates can help shape the future of this technology in a responsible manner.

3. Explore the Science: Understand the science behind growing and maintaining human brain cells on a chip. This knowledge will give you a deeper appreciation for the complexities and innovations involved in this technology.

Important Takeaways

The emergence of wetware as a service represents a significant leap in computing technology. It offers new possibilities for processing power and opens up exciting avenues for innovation. However, it also raises profound ethical questions that need to be addressed as the technology advances. The question of consciousness and the ethical treatment of living brain cells is crucial.

Conclusion

Renting human brain cells for computing is a reality that challenges our understanding of technology and ethics. As this field continues to develop, it will be essential to balance innovation with responsible use. The potential benefits are immense, but so are the ethical considerations. By staying informed and engaging with these debates, we can ensure that this technology is used responsibly and ethically, paving the way for a future where biological computing can thrive.