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How Children Perceive AI: Unexpected Findings and Breakthrough in Mouse Cloning

How Children Perceive AI: Unexpected Findings and Breakthrough in Mouse Cloning

Photo: MIT Technology Review

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Children and teens remain skeptical of AI, citing risks to creativity and ecology, while Japanese scientists successfully cloned female mice from male cells using CRISPR—a breakthrough that may redefine reproductive…

A study by MIT Technology Review revealed unexpected views among children and adolescents on artificial intelligence. Contrary to expert expectations, many young people are reluctant to use AI in their daily lives. Some outright oppose the technology, believing it could harm creativity, academic integrity, or the environment. Others simply see no need for it, preferring traditional learning and communication methods.

Interestingly, children demonstrated a strong ability to critically assess AI, offering adults new perspectives. Their concerns extend beyond ethics to long-term societal consequences. For example, some teens expressed worries about technological dependency and the loss of critical thinking skills.

Meanwhile, Japanese researchers achieved a groundbreaking biological milestone. A team led by Takashi Ishiiuchi at the University of Yamanashi successfully cloned female mice from male cells for the first time in history. They used CRISPR technology to remove the Y chromosome from male cells. The results could revolutionize reproductive science and open new avenues for conserving endangered species.

Ishiiuchi notes that until now, it was believed that both male and female individuals were necessary for reproduction. However, the new method proves this isn’t always the case. In the future, similar technologies could be applied to save rare animals when populations are critically low.

Common questions

Why are children skeptical of artificial intelligence?
Many children fear AI could harm creativity, academic honesty, and the environment. Some also see no practical use for it in their daily lives.
How did scientists clone female mice from male cells?
Researchers in Japan used CRISPR to remove the Y chromosome from male cells, enabling the creation of female clones. This marks the first successful experiment of its kind.
What significance does mouse cloning hold for science?
This breakthrough could revolutionize reproductive science and aid in conserving endangered species, especially when populations are critically low.
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Prepared by the V-Help editorial team from the primary source with a published date.

Published by: V-Help.ru news desk

Source: MIT Technology Review