The fake story and a real scientific idea
In August of last year, rumors circulated that Chinese researcher Zhang Qifeng, founder of Kaiwa Technology, was developing humanoid robots with artificial wombs capable of gestating human embryos for up to ten months. The first prototype was supposedly set to be released in 2026 at a cost of approximately 100,000 yuan.
Investigations revealed that neither the technology nor Zhang Qifeng existed. The story was a hoax. However, the concept of artificial wombs is not a new phenomenon. As noted by law professor Allane Madanamoothoo in her article for The Conversation, ectogenesis has been a staple of science fiction for over a century.
The idea was first articulated in 1923 by geneticist J.B.S. Haldane, who envisioned an era where human reproduction could be entirely liberated from the female body. Despite his initial predictions, the technology remains experimental to this day.
The trajectory of research: From animal labs to modern bioethics
Since the 1990s, scientists have attempted to develop animal embryos outside the womb. In 1993, Japanese professor Yoshinori Kuwabara maintained goat embryos in artificial amniotic fluid for three weeks. In 2017, researchers at the Children’s Hospital of Philadelphia allowed sheep embryos to survive ectopically for four weeks.
In vitro fertilization (IVF) has provided new impetus for understanding embryonic development. However, the international scientific community strictly adheres to a 14-day limit for the development of human embryos in the lab, which constrains research.
Thus, the complete artificial womb remains a technological and ethical frontier yet to be crossed.
Meanwhile, partial ectogenesis is already being used as an experimental method to reduce mortality rates among premature infants — a tangible therapeutic prospect.
The social, political, and feminist implications of artificial gestation
The possibility of “total” artificial gestation opens the door to a multitude of social discussions. Some women might choose it for personal reasons, as bioethicist Henri Atlan predicted, arguing that avoiding the challenges of pregnancy could become a desirable option.
However, in a capitalist society, companies may encourage ectopic gestation to avoid absenteeism due to pregnancy or to circumvent legal prohibitions on surrogacy. The fertility market could expand into new realms, creating a landscape of “industrial production of humans” and reinforcing trends toward private eugenics.
In the U.S., some clinics already allow for gender and eye color selection through IVF and preimplantation genetic diagnosis (PGD). Others offer polygenic selection of the “best embryo.”
The artificial womb could also become a political tool: from demographic management to state programs for biomedical birth control.
Feminist perspectives
The artificial womb lies at the heart of intense feminist debates:
Pro ART: Shulamith Firestone believed that technology would liberate women from the “biological destiny” of pregnancy and motherhood.
Against ART: Sociologist Robyn Rowland and other feminists argue that the artificial womb may bring about “the end of women’s gendered power” and pave the way for a patriarchal, technocratic logic where women become obsolete as reproductive vessels.
Rosemarie Tong warns against the “commodification of pregnancy” and posits that ectogenesis may lead to children without a past — “creatures of the present,” as she writes.
Sylvie Martin raises the deeper philosophical question: If humans are no longer born from female bodies, can we still speak of human beings?
Sources
The Conversation – Allane Madanamoothoo, Artificial wombs: why the idea keeps returning
J.B.S. Haldane (1923), scientific talks on ectogenesis
Kuwabara Research (1993) – Artificial amniotic environment in goats
Children’s Hospital of Philadelphia (2017) – Ectopic development of lambs
Firestone, S. (1970). The Dialectic of Sex
Sylvie Martin (2012). The Disenchantment of the World: Artificial Womb and the Erasure of the Maternal Body
Rosemarie Tong – Feminist Ethics & Reproductive Technology
