In this context, implicit conversions are used in their safest form, namely type enrichment with an implicit class.
For implicit conversions, it's the error that occurs when a supplied type does not match the expected type.
When we talk about implicits in Scala, we're talking about two closely related language features: implicit parameters and implicit conversions.
We have on the other hand the ability of implicit conversions to magically turn an object from one type into another in order to supply missing functionality.
If you have a class whose constructor takes a single argument, as above, then it can be marked as implicit and the compiler will automatically allow implicit conversions from the type of its constructor argument to the type of the class.
In addition to implicit conversions, Scala also supports implicit parameter lists for functions.
Scala supports implicit conversions from one type to another in order to enrich classes from third-party libraries with additional functionality.
Please note that this explicit-to-implicit hydrogen atom conversion removes all explicit hydrogen atoms, including those with specific hydrogen isotopes, affecting 98,342 deuterium and 21,039 tritium containing substances, as well as 56,725 deuterium and 8,909 tritium containing compounds, respectively.
This disables the possibility to add implicit hydrogen atoms using conversion tools.
