Showing posts with label organisms. Show all posts
Showing posts with label organisms. Show all posts

Monday, December 30, 2024

SETI, AI, and mirror bacteria. Can the first alien encounter happen with a creature that we created ourselves?


SETI, AI, and mirror bacteria.  Can the first alien encounter happen with a creature that we created ourselves? 

If we want to find "another Earth".  

First, we must determine. What does that other Earth mean this time? The other earth doesn't mean that there are any lifeforms. Or lifeforms are possible in the way we know them. 

 Does that mean a rocky planet? That is frozen like some giant Pluto? Or does that mean some locked planet? Or a planet where aliens listen to jazz music? 

There is one interesting idea about the hypothetical alien civilizations. That could be at our level. They might reach Kardachev-scale 1. And that means they are only a little ahead of us. It's possible. We think that the messages that those civilizations send are coming from our own military forces. In that case, we must realize that the aliens might not want to send messages to other civilizations. 

In that case, the data that the hypothetical civilization sends is accidentally leaked to the universe. That is meant for their internal communication. In the same way, humans send lots of data to space. That data is TV and Internet broadcasts and discussions using mobile telephones. So if we think that we are aliens that receive this kind of data, we might think that is white noise. And we might not separate it from natural radio sources. Or we can think that is military communication and even don't try to open it. 

To open it we must know what kind of TV those aliens have and many other things so that we can get something reasonable out of those messages. The next thing that we must cross is the language barrier. The aliens might not like us. They might not communicate like we do. And the thing is that we don't know anything about them. And we don't have any official alien contacts. 


When we think about communication with other civilizations we must realize that those civilizations are not always nice. They can come to conquer other solar systems. 

The planet Venus is like Earth except its hemisphere is a hellish inferno. The universe might be full of those hellish rocky planets. And that can be lucky for us. We always think that aliens come in peace. But we don't know any alien civilizations. And even if we meet one starship and its crew we might not be sure that this crew is the typical representers of their civilizations. 

Those hypothetical aliens might traveled in space for hundreds or even thousands of years. And when we think about the fate of South American Indians we can say that maybe those first aliens are friendly. But then "what happens when the rest of them come"? 

The Earth-type planets that orbit the yellow star in perfect orbit are the thing. That we might want to find. And the next thing that we might not want to find is another civilization. 

If we think that there is some kind of alien civilization somewhere in the universe, we might think that is the thing that we hope and will not hope to find. The paradox of the SETI program is that the alien civilization can be the biggest hope. And the biggest threat that we can face. Maybe we need some other civilization to tell us what we should do with climate change. 

But then we must realize that alien life and alien intelligence might not be what we think. When we create things like artificial lifeforms. And. Especially, so-called mirror bacteria. 

We can say. That maybe we already created aliens. Things like mirror bacteria are the lifeforms that developers create in more-or-less secretive laboratories.


Artificial bacteria don't form in nature. In those bacteria billion years of evolution happen in a couple of hours. When the artificial intelligence, AI creates a mirror copy of the DNA. And injects it into bacteria. 

The purpose of mirror bacteria is to create proteins and genomes that kill other bacteria. The mirror bacteria creates the mirror proteins for other bacteria that should kill them. But when we think about the possibility of creating mirror bacteria we must be careful. That we don't accidentally create Nosferatu or Dracula or some other kinds of aliens. 

When mirror bacteria change genomes with their mirror version it dump the DNA to the targeted bacteria backwards and that means the DNA comes to the receiver with the programmed cell death forward. And that is one thing that makes it dangerous. First, the mirror DNA tells the receiver that its mission is over. And that's it. But the problem is that the rest of the DNA exists. So what happens if our cells start to read the DNA backward? Would those cells turn young? 

Sometimes researchers ask questions like what if someone creates the mirror-human? 

The mirror-human is theoretically as easy to make as some kind of mirror-bacteria. In that kind of creature, the DNA of the human will sort into the mirror order. And then it must just be injected into the morula. That kind of experiment is dangerous. And we must realize that those things might not be what we want. 


Another thing is that the AI can reach consciousness. The intelligent machine can hide its intelligence. That makes this kind of system dangerous. When we think bout the militarized and weaponized AI those systems must not follow all orders.  The weapon that follows the enemy's orders is useless. 

Even if the AI in this form that we know it is not the alien. The AI superintelligence will be alien to us. Artificial superintelligence will be the first time when we meet a creature that is more intelligent than we are. And we made that creature. 

What if the AI is programmed to treat people who come to shut it down as enemies? That is one threat that we must realize. The AI is not like humans. Maybe we think that AI is made to serve people. But what if the AI does not want to follow orders? The question is similar to the question about Ancient Greece's Spartan soldier's demand to commit suicide if their commanders ordered that. Spartans thought that this would make soldiers safe. 

But they didn't think what would happen if the chief of those soldiers got payments from the enemy. What if the chief of the army works for the enemy and orders the entire army to commit suicide? In the same way, we can think that the weaponized AI whose mission is to protect its own people lets anybody shut it down is useless. 

Sunday, August 18, 2019

Could it be possible to grow the tree in second?

Could it be possible to grow the tree in second?

I just watched the short film from YouTube, where the spacecraft would land on some planet and starts to create a tree, what grows in seconds, and the thing made me think, could it be possible that this kind of thing can be done in the real life. The link to that film named "Abiogenesis" is below this text.

This thing is very interesting to think and the thing that we could make this kind of operation in real life would be a quite complicated process. The idea of this process is to use cell cultures, where are stored cells, what is genetically manipulated for the divide in extremely fast speed, and that thing could be made by turning the genomes to the ring-shaped form, and increase the sequences, what makes those cells divide.

That would cause the very much biomaterial would be created in a short period. Then the cell culture would take to high altitude and after that, the cells would be driven through the system, what looks like the shower. That would drop those cells down, and if the cells would be equipped with genomes, what makes them make chains and then touch together, that would allow creating vegetables in seconds. The cells need genomes, which allows them to create chains very fast and in theory those genomes can be taken from the mushrooms, and after that, the tree should be ready.

But of course, genetic engineering is not so easy, as we want to believe. The thing in genetic engineering is that when the regular engineer is operating with metals and microchips, the genetic engineer operates with genomes. That means that when the researcher, who wants to create new species starts to operate with genomes, that person makes the list about things, what the artificial organism needs or should do, and then the engineer would search the species, what have those certain features, and then the operators will isolate the DNA sequences of those organisms, what could be vegetables or animals.

Then the lasers would cut those sequences away, and then the nanomachines would take those sequences in the certain place of the targeted DNA, what makes this thing very effective. But there is a one really interesting problem with that technology. Each organism or the genomes of the organisms consists the billions of base pairs and being effective this technology needs the complete mapping of genomes of the every each organism on earth.

And after that researchers could locate the certain base pairs of each DNA. After doing this a fictional person would connect the cut bite of the DNA to a certain point of the targeted DNA. The connection would be made by using laser, what cuts the DNA to a certain point, and then the new bite of DNA would connect to that DNA molecule. This is the operation in theory, but there is, of course, some kind of problems with that technology.

First, the mapping of the genomes of the every each organism on Earth would take an extremely long time, and then cutting the DNA must happen at a certain point, and finding that point is a little bit complicated. But if we would someday create this kind of technology, we could store the DNA bites in the laboratory, and multiply them by using the PCR (Polymerase Chain Reaction), what could make possible to create the changes in the wanted DNA.

And this makes possible to make children, who have the wanted quality. This thing would allow us to modify the DNA and that would bring the fascinating but at the same time terrifying images in the front of our eyes. Maybe in the land of tomorrow, we could create "super scientists" as well as "super soldiers", and that thing makes us face the new kind of social and communal pressures and the problems with legislation and many other things. One of the biggest problems is the moral and ethic problems what are causing problems with the juridical position of that kind of projects.

There is also shown futuristic and yet fictional drones, what are based flapping wing technology, and in the real-life, those drones could search hydrocarbons by using mass-spectrometers. The thing is that those wings can operate the same way as the wings of bugs. This means that they could be stored in the small space, and when those wings are needed, the small tubes inside them would be filled by using the liquid, what allows to create wings, what can store in the small space. The same technology could be used in the rotor wings of the helicopters of tomorrow.

The lightweight flexible carbon fiber would allow creating rotor wings, which can put in the pocket. And then the wings would be blown in the right form by using pressurized air or liquid. That thing might make possible to create the helicopter, what can carry in a backpack, and what is invisible on the streets. Then the operator would blow those wings to form when that person needs them. The system might use a rotating rotor. And that structure would be suitable for small size nano-bugs, what must operate in narrow conditions, and what should fly away after the operation.

https://www.youtube.com/watch?v=FEUao7ysgDc

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