It'd be helpful for my household for hot water for coffee and tea, and it'd also help us for heating up some extra water for grits or risotto when they need more.
Also, isn't boiling water just the measurable outcome of the test but what matters is that the pot is coming to temp sooner? Pots and pans heating up more quickly is helpful all the time.
Pans coming to temp sooner would be useful if the gap was measured in large units of time but it isn’t. I care more about the properties of the pan and fire more. For instance cast iron pan is used to hold a lot of heat but isn’t very reactive. A copper pan can heat up quickly but more importantly it can change temps quickly. This is known as reactivity.
For instance maybe I want to sear a pork chop on high heat and then drop the burner and toss in butter and herbs. I need reaction (in this case the pan cooling quickly) for this basic technique or else I have burned my butter.
For example I may use high heat to sear meat and then drop the heat to add butter and herbs and then use the pan drippings to make a sauce which requires intense heating to deglaze and flambé to enhance flavor and then reduce heat quickly to mount the sauce. Copper is the best material for this and it doesn’t work with induction. High quality steel just doesn’t perform.
It's like the EU ban[0] on lead paint. Fine artists said "wait but what about Flake white? It's a critical paint! Nothing else compares! We know how to use it safely!" And the response was "Just substitute Titanium white. It's brighter anyway!" But Ti is absolutely not a substitute. It's like telling sculptors to substitute plaster for marble.
[0]I can't recall if the ban was lifted. I live in the US.
EDIT: Don't take my word for it. Here's Michael Harding on the subject, he makes paints that are among the very very best available:
https://m.youtube.com/watch?v=G1pXT06HXX0
https://www.lucillesmithson.com/single-post/2016/05/06/in-co...