Existing silicon-based semiconductors, power supplies, and solar panels rust and deteriorate, so they are more expensive to dispose of after 30 years.
Gallium power supplies also rust and deteriorate, but they have better sound quality than existing silicon semiconductors and power supplies, and can be manufactured in existing factories without additional investment. However, gallium arsenide may be toxic if it enters the body, and may have a negative impact on the global environment when disposed of.
Artificial diamond semiconductors, power supplies, and solar panels made from cellulose nanofibers and alcohol have high performance, especially those made from artificial diamonds. In addition, they do not rust and do not deteriorate. It seems that semiconductor wafers made of cellulose nanofibers and synthetic diamonds can be used to make power cables with high performance and high sound quality.
The development of cellulose nanofiber batteries has been successful and is very promising.
The production cost of cellulose nanofiber is 1/10 of steel or carbon,
The production cost of cellulose nanofiber is said to be 1/10 of that of iron and carbon.
Perovskite solar panels deteriorate quickly. It is said that no one wants to use perovskite solar panels because they are very expensive when sandwiched or coated with glass or other materials.
Masahiro Ishizuka, CEO, Aon Inc.
090-7555-5011.
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