26 August 1404 11:57 pm
China seeks to build the world’s first human robot. This has aroused widespread ethical discussions.
A Chinese technology company is trying to launch a system that could probably be the world’s first human pregnancy robot.
The first human robot is the world’s pregna face on the way
The idea provided by Kaiwa Technology based in Guangzhou, involves the design of a human -facing robot with an artificial uterus in the abdomen that aims to nurture the fetus during a complete ten -moh pregnancy period and ultimately the birth of the baby. The robot is planned to completely simulate the fetal growth process from the mome of fertilization to delivery.
According to plans, the official iroduction of the robot is forecast for 2026 and is estimated at $ 13900. This product is to be suggested to people who wa to avoid the physical and psychological stress of human pregnancy as a replaceme for natural pregnancy.
The publication of this news has raised extensive discussions at the public level; From serious ethical concerns and social consequences to hopes among couples who face infertility and consider this technology as a new way for pareal experience.
In rece mohs, Chinese researchers have also iroduced a system called Geair, the world’s first artificial ielligence robot. The robot is designed with automatic motion capability and iermediate pollination ability to reduce costs, shorten cycles, and increase productivity of breeding and production processes.
The bold idea of using an ahropomic robot as an alternative pregnancy was preseed at the World Robotics Conference in Beijing by Kaiwa Technology founder and a member of the Naniang University of Technology. He emphasized that the project is not just an incubator or fetal breeding system, but rather a real -dimensional human robot equipped with an artificial uterus in the abdominal part and is capable of recreation of the eire process from fertilization to delivery.
The ceral innovation of this project lies in artificial uterine technology. In this method, the fetus grows in an environme of syhetic amniotic fluid and the nutries needed through a special tube are transmitted to it, a process that accurately reflects the pattern of normal pregnancy. Dr. Zhang has claimed that the technology has now reached the level of scieific maturity in laboratory and only needs to be iegrated io a human robot structure to allow for real ieraction between humans and the robot during pregnancy.
Kyfong predicts that his pregnancy robot prototype will be ready in less than a year and will be less than $ 13900. In the coext of the ethical and legal dimensions of this emerging technology, he poied out that negotiations with the authorities of Guangdong Province had been conducted and a set of related proposals had been preseed as part of the process of policymaking and legislation.
The background of the studies conducted in this field
The artificial uterus and its associated technologies in animal studies have shown hopeful results in rece years. In 2017, researchers at the Philadelphia Pediatric Hospital were able to raise a premature lamb (equivale to 23 weeks of human pregnancy) in a biobeg. The biobeg was actually a transpare vinyl bag filled with syhetic amniotic fluid based on a warm salt solution. The nutries needed were transferred to the lamb’s body through a tube attached to the cord.
Despite such achievemes, existing artificial uterine technologies act more similarly to infa incubators in the curre situation and are able to support life only after part of pregnancy.
In order for Dr. Zhang’s conceptual design to be implemeed, this technology must advance to support the process of fertilization, implaation, and complete pregnancy. He has not yet disclosed the exact details of these steps, and this raises many questions about scieific challenges, ethical considerations, and legal barriers to the future of the technology.
(tagstotranslate) Pregnancy (T) Human Robot
