New fuel cells will allow astronauts to live longer on the moon.
Researchers at the University of Bangor in the United Kingdom have created nuclear fuel cells the size of a poppy seed, which generate the energy needed to keep astronauts on their first base on the Moon for an extended period of time.
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Now the US and China are planning to set up bases on the Moon in the early 2030s. That’s why scientists around the world are actively working to create energy sources that will allow astronauts to stay on the moon for a long time. The moon itself contains many valuable resources that can be used for modern technology. And the Earth’s satellite is a kind of springboard for the first manned flights to Mars. In some parts of the moon, the temperature can drop to minus 248 degrees Celsius because there is no atmosphere to trap the heat.
It is now known that scientists from Bangor University have created nuclear fuel cells that could become a source of energy for future bases on the moon. Thus, according to scientists, it is possible to ensure the long-term existence of astronauts on the Earth satellite. Researchers hope to fully test the new energy source in the next few months. Scientists have sent nuclear fuel cells to Rolls Royce, which manufactures nuclear power generators, for testing, and these elements can be used to power it.
The generator is a portable device the size of a small car that can be sent to the moon with a booster. Scientists believe this generator will be fully operational by 2030 and astronauts will be able to use it. Although scientists believe that such nuclear generators can be used on Earth, for example, in natural disaster areas where there is no electricity.
In addition, researchers from Bangor University are working on the creation of a fusion engine for space rockets that can quickly transport astronauts to other planets in the solar system. For example, it takes more than 9 months to fly to Mars with current technology, and scientists say that the new nuclear engine will reduce this journey to 4 months.
We remind you that India’s Moon mission has been completed and the Pragyan rover has stopped doing research in the South Pole region. Despite having entered “sleep mode,” as Focus previously wrote, scientists hope it will be able to continue working after surviving the cold moonlit night.
Not all drone missions to the moon are successful, just like India’s Chandrayaan-3 mission. This is causing Focus already wrote.
Moreover Focus I wrote that work has recently begun in Great Britain on the creation of the largest thermonuclear engine for space rockets.
Source: Focus
Ashley Fitzgerald is an accomplished journalist in the field of technology. She currently works as a writer at 24 news breaker. With a deep understanding of the latest technology developments, Ashley’s writing provides readers with insightful analysis and unique perspectives on the industry.