Robots give birth to humans: What is the specific mechanism?

Progress on and nano helps this incredible prospect come true.

Dr. David Levy, the world's leading expert on artificial intelligence, affirmed. He will give a detailed explanation of this mechanism in an important speech at the World Robot and Sex Conference on December 20.

Before the speech was announced, the Daily Star spoke with Mr. Levy and explored the mechanism of seemingly only in this film. According to Dr. Levy, advances in stem cell technology and artificial chromosomes help achieve this ambition.

In the next 100 years, robots and people will have common children.

At Ohio University, doctors at Wexner Medical Center have developed a chip using nanotechnology that has genome code attached to skin cells. In the future, the chip will integrate the robot's genetic code to attach to human genetic code. Then, this skin cell can be raised to grow into a complete zygote and 'hatch' into a baby.

'The prospect of only the future has come closer than ever before when we can use human skin cells to form sperm and eggs. After that, zygote occurs when sperm-eggs meet. The zygote will be placed in the human body and waiting for the birth date , "Levy said. Dr. Levy insists 'in the near future, people and robots will have children together'.

He said that with the advancement of stem and nano-cell technology today, the human and robots' 'common child' will be done in about 100 years. Dr. Levy explained that people have always assumed that only the natural combination of men and women can give birth.

However, since the first in-vitro baby was born in 1979, everything was different.'With in vitro fertilization, scientists have rewritten biological history and helped researchers find ways to replace the normal way of conceiving humans , ' Levy said.

One of the most important discoveries is that of the embryologist John Gurdon. He experimented for years on frogs to prove that cells can change and turn into many different things like sperm or eggs. Previously, scientists thought that only stem cells had this magic ability. The research and experiment of producing a frog and then from the cell proved the opposite: every cell has enough genetic information to develop into a complete individual.

Stem cell and nano-cell technology helps the utopia become a reality.

Japanese researcher Shinya Yamanaka, co-author of the 2012 Nobel Prize in Biology, went even further when reprogramming adult cells in the body. In April 2015, scientists from Stanford and Valencia University created a complete tail sperm from human skin cells.

A year later, researcher Tony Perry announced it was possible to produce zygote without eggs. These scientific advances help Levy to confirm that a baby can be born without needing fertilization or sex.