Scientists use DNA and a test tube to develop A.I. Who may be able to create his own "memories"



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A new study by Caltech researchers showed that the A.I. they created is fully capable of reading handwritten numbers.

Scientists were able to create a completely artificial neural network using DNA and a test tube, and the results of this AI experiment were simply amazing. experiments, this artificial intelligence has been able to accurately badess the handwritten figures, scientists suggesting that this research shows that humans are getting closer and closer to AI and placing it in organic circuits as reported on

. If this were to happen, it would mean that artificial intelligence would move into totally organic materials, similar to a human body and less like something you might see in a film like RoboCop . Scientists even hope that this AI will one day manage to create its own memories.

The main objective of this scientific experiment is to see if researchers can program the AI ​​so that it is not only able to calculate accurately. but will also have the ability to make its own decisions, which is possible with the good artificial neural networks that scientists build from DNA.

In their latest experiments with AI, Caltech researchers used a conventional test. they tried to determine if their artificial intelligence would be able to read human writing. Even for ordinary humans, this is often difficult because writing can often be difficult to decipher, so when trying to create AI intelligence, it is useful to program them.

Scientists created an AI in a test tube using DNA strands https://t.co/1BLW9NQggF via @MailOnline
and they hope that it will soon to begin to form his own "memories"

– Sergei Krispal (@SKrispal) July 6, 2018

Since there is no way for AI to automatically know how to recognize the Numbers or handwriting, scientists are teaching them carefully how to differentiate numbers. By doing this, artificial intelligence can possibly rely on its own memories of these lessons to be able to correctly identify the handwritten numbers.

Lulu Qian of Caltech, who is an badistant professor of bioengineering, argues that we are still at infant stages. "Although scientists are just beginning to explore the possibility of creating artificial intelligence in molecular machines, its potential is already undeniable, as electronic computers and smart phones have made humans more capable than it is." One hundred years ago, artificial molecular machines could make everything made of molecules – maybe even paint and bandages – more capable and more environmentally sensitive in the next hundred years. "

The results of the new study on the creation of AI using a test tube and DNA and trying to give it memories was published in Nature .

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