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Restless Souls/Technology: Difference between revisions
Proto-Daodan, Bertram Navarre und Neural Link
Paradox-01 (talk | contribs) (Types of QC) |
Paradox-01 (talk | contribs) (Proto-Daodan, Bertram Navarre und Neural Link) |
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It's said that Mai was "[[Quotes/Manual#Konoko|orphaned at the age of 3]]" and she said that her Chrysalis was implanted [[Quotes/Speech#Friends|at the age of 7]]. So the Chrysalis prototypes were created within approximately 4 years. How could this complex project be finished by a mere two-man army? Not only they had excellent knowledge, they also used powerful tools. [[wikipedia:In_silico#Cell_models|in silico research]] at their time should be well established and advanced. | It's said that Mai was "[[Quotes/Manual#Konoko|orphaned at the age of 3]]" and she said that her Chrysalis was implanted [[Quotes/Speech#Friends|at the age of 7]]. So the Chrysalis prototypes were created within approximately 4 years. How could this complex project be finished by a mere two-man army? Not only they had excellent knowledge, they also used powerful tools. [[wikipedia:In_silico#Cell_models|in silico research]] at their time should be well established and advanced. | ||
====Proto-Daodan==== | |||
'''Version 1''' | |||
Basically synthetic immune cells made by microfluidic capsules and specifically made pattern recognition receptors (PRRs). | |||
After the pathogen is identified either specialized substances are injected or the pathogen gets devoured. | |||
microfluidic capsules - for fast production | |||
PRRs - artificially made by human means | |||
pathogen detection on chip, Daodan production on chip, injection | |||
'''Version 2''' | |||
Analysis is made within a host, either by a chip or by an extended, hybrid immune system whereas natural immune cells catch the pathogen and transfer it to the chip, graphene pores read out the genetic information then new PRRs are created | |||
====When did Mukade join?==== | ====When did Mukade join?==== | ||
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Neural links can serve as building blocks for a Nürberger Trichter which has been in the past only a joke. It wouldn't be much different from the senseloop of SLDs except that it would inject sensory feeds of refined quality. | Neural links can serve as building blocks for a Nürberger Trichter which has been in the past only a joke. It wouldn't be much different from the senseloop of SLDs except that it would inject sensory feeds of refined quality. | ||
Bertram Navarre: "The idea on improving NL for our purpose came when we took a look at [https://www.theguardian.com/uk/2013/jun/21/gchq-cables-secret-world-communications-nsa agencies how they collect data]." | |||
"When they don't get the information directly from telecommunication companies they can collect minute thermal signals of glas fibres reconstructing the photon signals. The neural link warps around nerves to also collect signals. This has been used for smart prothesis too. This is the soft method." | |||
"If the agencies need to higher amount of information they accessed the undersee cables directly, but due to high risk of damage they nowadays access nodes run by the companies. We also tried to retrieve information by opening some nerves but in the biological environment damage is increased by mechanic stress or pathogen/immune reactions. Therefore the soft information retrieval became our method of choice." | |||
"To me the research on NL was highly interesting to test the signal quality of regenerates nerves in their full length." | |||
"Breakthrough in science nowadays mostly interdisciplinary." | |||
==Computers== | ==Computers== | ||