Space1 Billion Trillion Neuron Density

Exampling spectacular software neuronal densities achieved in a machine brain

Reaching Billions and Trillions
Neuron Density
With a new method, given the new speed of clouds, extreme memory, bionic chips and the Big Brain occupation, a new software neuron is implemented.

Creating a software neuron is like a simulation of a neuron in cyberspace, except the cyber neurons are linkable and can function together as a single brain or an extension to an already massive brain. It's expected this technique will replace the method of expanding the Big Brain through hardware. No longer is it necessary to purchase an eight core chip and program it. The programming takes place in the cloud, and if another billion processors or neurons are needed, they are programmed and placed into the cyber cloud loop. This cyber brain can function with no physical components and at levels approaching a trillion neurons, thus making a super intelligence big brain with no physical occupation, and not requiring the purchase of supercomputing parts and components. Such a trillion neuronal brain can execute beaming from the cloud to the human with an implanted interface through wireless means, amplifying the human mind by immense factors.

https://humanoidolabs.blogspot.com/2019/11/big-brain-billion-neuron-density.html

Space1 Fish Cyborg Density Experiment

Humanoido, founder of Space1, is preparing to take cyborg fish into space. 

New derived software and cyborg hardware will give spacefaring fish the power of speech. 

Space fish must be efficient, fitting into the most compact water environment or water filled space suit. Therefore, fish density per unit water is the subject of this experiment.


Experimenting with Space Fish
Some books recommend a fish density of 2 to 3 average size fish per gallon of water. A US gallon of water weighs 8.34 pounds which adds considerable rocket payload mass. The objective is to reduce this weight as much as possible while maintaining a good environment for the fish. However, there is a limit. In order to maximize the efficiency of water use, multiple smaller fish are kept per unit area. What is the ideal fish density in water?

The Fish Water Density Experiment was conducted to make determinations. In a tank with a size of 20x13x16 cm,  a maximum of eleven small fish are possible for long term habitation. This gives laterally, 11 fish in a 20cm stretch, each with a 1.8x13x16 cm dimension, or 374.3 cubic cm. This has proven to be totally sufficient per fish. Taking one fish into space will reduce the water and weight requirements. The experiments concludes that a space suit or space fish water environment (for one fish) less than 370 cubic cm will be sufficient.