Lagrange 4
28-12-2003, 11:30
OOC: My nation has near-future tech (in the year 2059)
The microgravity labs of the private R&D company Celestia Cyberworks released their final prototype of an artificial nerve cell today. It is designed to work as part of a biological neural network, providing a possibility to replace lost tissue in human patients. The cells come in three varieties:
1. Prosthetic. They are the closest thing resembling a human cell in the sense that they are powered by the same processes and they transmit impulses via sodium-potassium reactions.
2. Semi-optic. These have both chemical and optical receptors. They are powered either by nutrients in the bloodstream or by electricity from a portable source.
3. Optic. These work by transmitting impulses through nanofibre strands that grow like dendrites in biological nerve cells. They are powered by electricity and cannot work with human cells without intervening semi-optic cells. The main benefit in them is that the optical impulses are thousands of times faster than chemical ones.
In addition to helping stroke, cancer an paralysis patients, there are potential applications in AI development as well. The Colonial government has already assigned a team to update the EyeDee system's processing units with prototypes of the new circuitry. This will be the first practical trial of the new technology, and skeptics expect numerous service failures.
Chairman Akagi, however, reassures the public. "We have to see the potential benefits of this new technology. If no-one has the courage to implement it, it'll never develop. Sure, there will be growth pains, but I believe it will do our society good in the long run."
The microgravity labs of the private R&D company Celestia Cyberworks released their final prototype of an artificial nerve cell today. It is designed to work as part of a biological neural network, providing a possibility to replace lost tissue in human patients. The cells come in three varieties:
1. Prosthetic. They are the closest thing resembling a human cell in the sense that they are powered by the same processes and they transmit impulses via sodium-potassium reactions.
2. Semi-optic. These have both chemical and optical receptors. They are powered either by nutrients in the bloodstream or by electricity from a portable source.
3. Optic. These work by transmitting impulses through nanofibre strands that grow like dendrites in biological nerve cells. They are powered by electricity and cannot work with human cells without intervening semi-optic cells. The main benefit in them is that the optical impulses are thousands of times faster than chemical ones.
In addition to helping stroke, cancer an paralysis patients, there are potential applications in AI development as well. The Colonial government has already assigned a team to update the EyeDee system's processing units with prototypes of the new circuitry. This will be the first practical trial of the new technology, and skeptics expect numerous service failures.
Chairman Akagi, however, reassures the public. "We have to see the potential benefits of this new technology. If no-one has the courage to implement it, it'll never develop. Sure, there will be growth pains, but I believe it will do our society good in the long run."