Gas stoves are not better. They never were. The “chefs prefer gas” narrative is a fossil fuel industry marketing success story that got so deep into culinary culture that people now defend it as though it were a principle rather than a preference built on a manufactured consensus.
Let me be specific.
What gas is actually good at
Gas provides instant visual feedback. You can see the flame, and the flame responds immediately when you turn the dial. This is psychologically satisfying and does provide some real precision for certain tasks — charring peppers directly on the burner, for instance. Some professional kitchens use very high BTU burners that can achieve temperatures impossible on residential equipment, gas or otherwise.
That’s it. That’s the list.
What gas is bad at
Gas heats the air above the burner more than it heats the pan. A significant portion of the energy escapes sideways. This is not a minor inefficiency — we’re talking about wasting roughly 70% of the energy input, versus roughly 15% for induction. You’re heating your kitchen.
Gas cannot do low-and-slow precisely. The lowest setting on most residential gas burners is too hot for many applications — chocolate tempering, hollandaise, keeping a sauce warm without scorching. Cooks who know this use double boilers and diffusers to work around the fundamental limitation of gas at low heat.
Gas has hot spots. The flame heats from the center out. A well-designed induction element heats more uniformly.
Gas is slow. Water boils faster on induction. Not marginally — significantly.
The induction reality
Professional kitchens are moving to induction. Not because of the environment (though), not because of regulations (though) — because induction is better for cooking. Michelin-starred restaurants are installing induction. The chefs who said they’d never give up their gas are giving up their gas.
Induction responds as fast as gas, or faster. It’s more precise at both high and low temperatures. It heats the pan, not the air. The cooktop surface doesn’t get hot enough to burn food that spills on it. You can put a paper towel between the pan and the element as a demonstration.
The professional cooking world is the strongest possible counterargument to the “chefs prefer gas” claim, because chefs are switching.
Why the myth persists
The American Gas Association funded decades of advertising and culinary school relationships that tied gas stoves to professional cooking identity. This is documented. It worked. The preference got baked into culinary culture in a way that outlived its origins.
The same thing happened with granite countertops, stainless steel appliances, and a bunch of other kitchen features that exist because an industry decided they should be status symbols rather than because they’re the best choice.
The “gas is better” instinct in a lot of home cooks is legitimate in this sense: they learned to cook on gas, they’ve adjusted their technique to gas, they know what high flame versus low flame looks like, and switching would require re-learning. That’s real and reasonable.
But that’s not “gas is better.” That’s “I know gas and would have to adapt.” Different claim.
I cook seriously. I have for years. I switched to induction. The transition took a few weeks of adjustment. Now I won’t go back.
If you’re renovating a kitchen, get induction. If you’re in a home with gas and you’re used to it, fine — but stop telling yourself a story about craft and gas flames. The story was written by a trade association.