What is the Chernobyl fungus and what does it do?

The Chernobyl fungus, Cladosporium sphaerospermum, thrives on radiation by converting gamma rays into chemical energy, a process being studied for its potential applications.

How can the Chernobyl fungus be used for space missions?

NASA is exploring using the fungus to create radiation-blocking building materials for moon and Mars bases and to protect astronauts from cosmic rays.

What is radiosynthesis and where was it discovered?

Radiosynthesis is the theoretical process by which the Chernobyl fungus converts radiation into energy, discovered growing on reactor walls after the Chernobyl disaster.

Home / Science / Chernobyl Fungus Eats Radiation, Offers Space Shield

Chernobyl Fungus Eats Radiation, Offers Space Shield

2 Dec

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Summary

A black fungus thrives on Chernobyl radiation, converting gamma rays into energy.
This radiotrophic fungus could be used to build radiation-proof space bases.
NASA explores using the mold to protect astronauts from cosmic radiation.

Chernobyl Fungus Eats Radiation, Offers Space Shield

In the shadow of the Chernobyl nuclear disaster, scientists have identified a remarkable black fungus, Cladosporium sphaerospermum, that not only survives but actively thrives on radiation. This radiotrophic organism possesses the unique ability to convert gamma rays into chemical energy, a process scientists are calling 'radiosynthesis.' Its resilience and growth are significantly enhanced by radiation exposure.

NASA is now investigating the potential of this fungus for groundbreaking applications, including the development of 'fungal bricks.' These could serve as lightweight yet highly effective building materials for lunar and Martian habitats, offering superior protection against cosmic radiation compared to traditional heavy shielding. Studies on the International Space Station have already demonstrated the mold's rapid growth and significant radiation-blocking capabilities.

This discovery holds immense promise, not only for safeguarding future astronauts during deep space missions but also for potential applications in nuclear waste remediation on Earth. The Chernobyl fungus represents a significant scientific advancement, potentially revolutionizing radiation protection and construction in extreme environments.

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