Boone County Organics

01/30/2026

LMAO

09/15/2025

Wow, looks like this could be a game changer especially with her energy needs in this country.

China just changed the nuclear game. The country has officially unveiled the world’s first working thorium molten salt reactor that can refuel without shutting down

Unlike traditional nuclear reactors that rely on uranium and need to power down for refueling this cutting edge design uses liquid thorium fuel allowing it to operate continuously with greater safety and efficiency

Thorium is more abundant than uranium produces less radioactive waste and is nearly meltdown proof when used in molten salt designs

This reactor operates at higher temperatures and lower pressure making it both safer and more efficient. And since the fuel is in liquid form it can be filtered and replenished while the reactor is still running

That means more uptime more power and far fewer risks

China’s thorium reactor is currently in testing but early reports say it is stable reliable and a major step toward cleaner nuclear energy

If scaled globally it could reshape how the world powers itself cutting dependence on fossil fuels and reducing the dangers associated with traditional nuclear plants

This is not just a win for China. It is a bold leap for the planet

The age of thorium may have just begun

08/05/2025

Nature has a way to heal itself apparently

After the Chernobyl nuclear disaster, scientists discovered a unique group of black fungi—such as Cladosporium sphaerospermum and Cryptococcus neoformans—growing on the reactor walls.

Unlike typical fungi, these organisms didn’t just survive the high radiation; they appeared to thrive in it.

These so-called radiotrophic fungi contain high levels of melanin, the pigment also found in human skin.

Researchers observed that this melanin doesn’t merely protect the fungi from radiation—it actively absorbs ionizing radiation like gamma rays and potentially converts it into usable energy, a process similar to how plants perform photosynthesis but using radiation instead of sunlight.

This process is called radiosynthesis.

Experiments, including those conducted aboard the International Space Station in 2018–2019, confirmed that melanized fungi could reduce radiation exposure and even grow better in radioactive environments than in normal ones.

In one test, a 1.7 mm thick layer of fungus blocked over 2% of cosmic radiation. Scientists estimate that thicker layers could serve as biological radiation shields in space exploration, especially for missions to Mars.

The discovery of these fungi has sparked significant interest in using them for radiation cleanup (bioremediation), space travel protection, and further understanding how life can adapt to extreme conditions.

Their ability to turn a harmful energy source into nourishment is one of the most extraordinary survival adaptations seen in nature.

07/23/2025

One of the best nights in my life. That was my first date with the future Mrs. Friedrichsen.