This cleaning battery with nuclear waste can be durable for 5000 years, providing electricity for equipment such as pacemakers and spaceware components that need to be durable and absolutely reliable.

Since the invention of nuclear technology, the number of graphite blocks in the world is very large. This graphite block is used in the nuclear reactor to embed uranium rods. After extracting the carbon-14 appearance of graphite blocks, their radioactivity will be greatly reduced, thereby reducing the long-term cost of safe stored waste to hundreds of trillion pounds.

After the graphite block is heated, most of the radioactive carbon will become gases. Using high -temperature chemical reactions, this can be converted into radioactive diamonds. Carbon atoms are deposited on the surface as small black diamond crystals. This will generate a small current. For safe use, a non -radioactive diamond layer is formed around it. Therefore, the radiation volume emitted on the surface of the diamond battery group is lower than that of bananas. Studies have shown a valid diamond battery with nickel-63. Nickel-63 is a radioactin, which is more stable than carbon-14.

Vajra battery contains 20 grams of carbon-14, which can release 300 scorched ear energy every day, which is much lower than the output power of the same weight AA battery. However, the AA battery was exhausted 24 hours after 24 hours, and the diamond battery consumed half of the power in 5730, which was almost as long as the history of human civilization. The larger the diamond battery, the greater the power generation. In the future, the size of most diamond batteries may be similar to the current watch battery.