Scientific prophecies from 50 years ago… Where did The Washington Post get it right and where it got it wrong in its 2026 predictions? | sciences

aljazeera.net
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The Washington Post reviewed scientific predictions published in 1976 about the world of 2026, by comparing what science editor Thomas O’Toole said at the time with what has actually been achieved today in various fields.

The original report, titled “Inventing the Future,” focused on visions of the future of energy, communications, medicine, space, and genetic modification, in the context of the United States’ bicentennial celebrations.

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Energy

O’Toole said in 1976 that solar power and nuclear fusion were still decades away, and that nuclear power was the most realistic option for the near future.

Today: Solar energy has become one of the most prominent growing sources of electricity in the United States, while nuclear fusion is still in the development stage despite huge investments.

: Shutterstock / Solar PV additions will account for two-thirds of the increase in renewable energies next year
The International Energy Agency expects an unprecedented jump in renewable energies this year (Shutterstock)

Mining and resources

O’Toole predicted the possibility of extracting minerals from the seabed.

Today: Deep-sea mining is technically possible, but faces widespread environmental objections.

Milenial people having fun using smart phones - Gen z community sharing content on social media network with mobile smartphone - Technology concept with millennial playing with cellphone devices
Washington Post: Mobile phones have completely changed daily life (Shutterstock)

Communications

O’Toole spoke of a future based on fiber optics and the transmission of calls via light instead of traditional cables, while warning of scientific acceleration that may cause dangers.

Today: A bigger leap has been achieved than expected, as mobile phones have completely changed daily life, leading to a global expansion of communication and the emergence of an “attention economy” based on competition for users’ attention.

Biotechnology (genetic modification)

O’Toole anticipated widespread debate about “human improvement” through genetic engineering, even altering physical and mental abilities.

Today: Part of this has been achieved through embryo screening techniques and advances in gene editing, although ethical and scientific restrictions remain on its widespread application.

Blue DNA molecule helix with red human heart. Hereditary heart diseases, diagnosis of genetic diseases concept. Gene editing, biotechnology engineering. Low poly style Wireframe light structure Vector
Gene editing is still a controversial issue (Shutterstock)

Medicine

The report proposed the idea of ​​“nuclear artificial hearts” to replace patients’ hearts, with future promises of extending lifespan.

Today: The idea of ​​artificial hearts is still far from being implemented, despite the great progress in organ transplantation and treatment of heart diseases with pharmaceutical and biological techniques, while the average life expectancy has increased significantly in recent decades.

JIUQUAN, CHINA - MAY 30: Members from China's Manned Space Agency and visitors watch as the Shenzhou-16 spacecraft onboard the Long March-2F rocket launches at the Jiuquan Satellite Launch Center on May 30, 2023 in Jiuquan, China. The three astronaut crew of the Shenzhou-16 spacecraft will be carried to China's new Tiangong Space Station and will replace a similar crew that has been at the station for the last six months. (Photo by Kevin Frayer/Getty Images)
Space colonization is still a research ambition (Getty)

outer space

O’Toole predicted the possibility of extraterrestrial life and human settlements on the Moon and Mars within the coming centuries.

Today: These projects are still within the framework of research ambition, despite the progress of companies such as “SpaceX” in developing plans for future landing and settlement.

In conclusion, this comparison shows that scientific forecasting sometimes succeeds in capturing major trends, but fails to capture speed and timing, with some being achieved early and others being delayed for decades.



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