The discussion revolves around the feasibility of achieving extremely low values of inductance (L) and capacitance (C) in LC circuits, specifically values like A x 10^(-45) and A x 10^(-78). Participants explore potential applications for such low values, particularly in the context of producing hydrogen from water using waves.
Participants generally agree that the values discussed are extremely small and question their practicality. However, the discussion remains unresolved regarding the feasibility and application of such low values in LC circuits.
There are limitations in the clarity of the initial request, including missing definitions for variables and units, as well as the implications of using such small values in practical applications.
berkeman said:10(^-45) is a very small quantity, not a High one. Is it a typo?
A large L would be in the range of 1 Henry, and a large capacitor would be in the range of 1 Farad.
Super-big values like used in capacitor banks for high power lasers and in large fusion magnets would be much higher. What do you want a high LC value for?
berkeman said:Well, 10^(-78) is even smaller than your original 10^(-45).
Can you please tell us more about what you are trying to do? And please put units on your L and C and A variables. I want to help you, but so far your request for information makes no sense to me.
berkeman said:What's A, and what are its units? And by 10^(-78), do you really mean 10^{-78} ?