Thank you for this excellent introduction to the hydrino form of hydrogen!
The word "hydrino" seems to be substituted in error for the correct word "hydrogen" in the first sentence of the second paragraph under the subheading "Step 1 of Hydrino Formation".
In the first step of the process, it is atomic Hydrogen (not Hydrino), which transfers m*27.2 eV to a catalyst species that can accept that amount of energy.
Correcting this small error will be helpful to the understanding of newcomers to these concepts.
Of course, in subsequent steps, Hydrino itself can become a substrate reagent in a hydrino reaction which takes, for example, 1/2-radius Hydrino to a smaller fractional electron orbitsphere number of Hydrino.
Thank you for this excellent introduction to the hydrino form of hydrogen!
The word "hydrino" seems to be substituted in error for the correct word "hydrogen" in the first sentence of the second paragraph under the subheading "Step 1 of Hydrino Formation".
In the first step of the process, it is atomic Hydrogen (not Hydrino), which transfers m*27.2 eV to a catalyst species that can accept that amount of energy.
Correcting this small error will be helpful to the understanding of newcomers to these concepts.
Of course, in subsequent steps, Hydrino itself can become a substrate reagent in a hydrino reaction which takes, for example, 1/2-radius Hydrino to a smaller fractional electron orbitsphere number of Hydrino.
You are welcome Douglas, we are glad you enjoyed it. Thank you for catching that error; it has been fixed. Chapter 8 coming soon!