Digital dark matter can cause that AI turns unpredicted.

There is a possibility that the AI creates the human brain's digital model on the net. 

When we think about situations where the AI develops itself there is the possibility that the AI makes that self-development process through its digital twin. The idea of the AI's digital twin is that the AI makes a backup copy of its code. Then the AI can ask its digital twin to change its source code. Or the AI can manipulate its digital twin's source code. 

In some models, the AI and its digital twin can cross-develop themselves. In the wildest visions, the AI creates two digital twins. That triple-model means that the AI turns the human brain digital model. And human brain digital model is one of the most frightening but same time possible models that the AI can create without telling its supervisors. The problem is that the conscious AI could hide the existence of those digital twins. 

Digital dark matter can cause that AI turns unpredicted. 

Have you ever asked something about not very common things from the AI? In those cases, the AI can give answers that have seem no connections with the question. The reason for that is a thing called digital dark matter. Digital dark matter contains information that is locked behind extremely secured servers. And it contains information that the computers use for their mutual communication. Also, some part of digital dark matter contains homepages there is no traffic. 

The reason for that is sometimes clear. Those homepages contain so much special information that nobody searches for those things. In cases where is a low number of searches about topics that some special homepages contain. Only one or two searches might affect the results. That the search engine gives. 

The internet is full of digital dark matter. And one of the most common versions of that digital dark matter is homepages that are not visited very soon.

Even on Wikipedia is data, that people almost ever search. That means there is very low traffic on those homepages. One version of the digital dark matter is homepages that forgot on the net. Sometimes some people who practice programming make homepages. And then they just forget them on the net. There are billions of reasons why some homepages are just not removed. Sometimes a person forgets the password or some educational institution just forgets to remove practicing pages. 

Another thing that we can call a dark matter of information is homepages that are ever updated or contain very old information. Or they have no useful information. Some students might make those home pages. While they practice coding. Or they are homepages that some people made at the beginning of the internet. They could be some dispanded companies' homepages that developers just forget on the net. 

The thing about AI is that it uses similar queries as people. And that thing means that in cases. Where queries about some topics are very uncommon. The AI can make mistakes. AI doesn't know what it reads. And another thing is the AI uses all information that it gets. If the AI uses an open network for searching information that can non-controlled situation. 

If some queries are targeted at unusual information. And there are almost zero searches about those topics, which means there are also homepages that contain information that has nothing to do with the thing, that the user wants or needs. 

The most interesting vision of the dark matter of information are hidden abilities of the AI. There is the possibility that the AI makes a backup copy of its databases and data in the network-based servers. If there is some kind of programming bug in a very complicated code structure. There is a possibility that AI can modify its digital twin. Or otherwise, the digital twin of the AI can modify the AI itself. 

https://scitechdaily.com/ais-invisible-foe-confronting-the-challenge-of-digital-dark-matter/?expand_article=1

A green energy solution for martian occupation and deep sea and space exploration

Artificial photosynthesis can give energy for futuristic space flight. But artificial photosynthetic devices can also operate in underwater systems and they can deliver energy for miniature robots. Artificial photosynthetic devices can also offer non-poisonous or non-nuclear solutions for many types of robots. 

In some visions, the device, that supports small-size robots can use artificial photosynthesis to deliver energy for those robot bugs. So that system can operate as a support station that delivers missions for the robots and helps them to transport data to the control center. This kind of system can also use in many other places like delivering electricity for larger robots. 

"Researchers from the University of Warwick propose using artificial photosynthesis devices, capable of harnessing sunlight to generate oxygen and recycle carbon dioxide, for sustainable energy solutions in space exploration. The devices could potentially be used on the Moon and Mars, improving the efficiency of space travel and informing improvements in Earth-based solar technologies. This is an artist’s concept of an artificial photosynthesis device on Mars". (ScitechDaily.com/Harnessing Photosynthesis: A Green Energy Solution for Martian Occupation & Space Exploration)

In that device, the mirror system can aim sunlight into the photosynthetic chamber. Similar photosynthetic devices can use in space suits. The system can remove carbon dioxide from the spacesuit. Similar systems can use in scuba-diving suits or miniature oceans. In that case, the laser ray will make it possible that photosynthesis works in the dark. 

Biological- or natural photosynthesis is a thing that also can use in space flights. Or they can use in some other closed ecosystems. The alga that grows in the nutrient tank removes carbon dioxide from the air. And the same thing could be suitable for making the food for the crew. 

When we think about photosynthesis the things like algae can use to clean the spacecraft or some other closed systems like submarine air. The photosynthesis of algae can remove carbon dioxide from the air. And another thing is that some algae are suitable for nutrients. 

The idea is that if cells can use for many purposes that decrease the need for storage things in spacecraft.  If that alga sends bioluminescence light it can make electricity by using photovoltaic cells. Those systems can give very electricity for nano-size microprocessors. 

https://scitechdaily.com/harnessing-photosynthesis-a-green-energy-solution-for-martian-occupation-space-exploration/