The next step in science is the AI.

The AI will change the world. It is fact not fiction. That thing makes the next technical big step. The AI is the tool that makes everything more powerful and effective than nothing before that. When researchers are making the AI they are making another intelligent creature. The OI (Organoid Intelligence)  is a tool that bases on living neurons. So there are no limits to that kind of tool. 

The neurons that are grown in laboratories can make an artificial brain that has the same intelligence level as human as machines. And that causes discussions. There is a possibility that Organoid intelligence is the system that is put under the artificial skull of a cyborg. There are EEG connectors in that skull. The system uses those electrodes to control the robot skeleton. 

Can AI help to detect things like exoplanets and alien lifeforms?

AI is an effective tool in all missions where is needed systematic analysis and large data masses must be sorted. The thing that makes astronomy and biology extremely good areas where AI can use. And the reason for that is that there are certain rules and certain models that the AI can benefit from when it searches and analyzes the interactions between particles and other objects. In nature, everything happens the same way. There is no unique phenomenon or phenomenon that happens only once. But there are black swans. Very extraordinary phenomenon, that happens very rarely. 

There are unusual things in the Universe like helium-burning white dwarfs. That thing requires that a white dwarf is in the middle of a helium cloud and covered by helium. Then the gravitation of white dwarfs are causing helium fusion on the white dwarf's shell. 

That thing means that those helium-burning white dwarfs are cosmic black swans. Extraordinary but possible things. There is a small possibility that a white dwarf faces so small a helium cloud that the helium fusion happens only once. But that thing could be, well very extraordinary. 

In exoplanet search, the AI can find minimum differences in the luminosity of objects. The AI can also make it possible to follow thousands of targets in images. And then it can see things like luminosity changes of individual stars in star clusters there are thousands of stars. The thing is that the AI can search the forms in samples that seem like bacteria. The thing that makes AI an excellent tool for that kind of work is that it doesn't need sleep. When the system gets an image it can operate backward. 

So the human workers can concentrate on other things while the AI sorts data from the extremely large data mass. Searching for things like planets is quite a boring job. Researchers are measuring differences in the brightness of certain stellar objects. If they see very small changes in the brightness they might be sure that there is a planet. But the AI can make that boring job. And maybe it can find many new exoplanets. 

It can also search for things like DNA remnants from meteorites and asteroids. It can analyze things like a small mass of some amino acids. Maybe someday in the future, the AI detects some extraordinary radio signals and that thing makes it possible to identify and type the star that could be the origin of that signal. 

https://scitechdaily.com/ai-discovers-secret-equation-for-weighing-colossal-clusters-of-galaxies/

https://scitechdaily.com/can-ai-help-find-life-on-mars-or-icy-worlds/

https://scitechdaily.com/nasas-webb-space-telescope-unveils-the-sizzling-secrets-of-a-distant-rocky-exoplanet/

https://scitechdaily.com/weird-new-type-of-stars-covered-in-helium-burning-ashes-discovered-by-astronomers/

https://scitechdaily.com/6-challenges-identified-by-scientists-that-humans-face-with-artificial-intelligence/