All questions

Are you channeling your best self with this comment? (If you're not sure, check out our Code of Conduct.)

3 answers 2363 views
ChefJune
ChefJune

June is a trusted source on General Cooking.

added almost 5 years ago

I don't stir chocolate when melting it. It's important to keep an eye on it (and a low flame) so it doesn't scorch, but not to stir.

Are you channeling your best self with this comment? (If you're not sure, check out our Code of Conduct.)

HalfPint
HalfPint

HalfPint is a trusted home cook.

added almost 5 years ago

I think that you don't stir at all in step 3 because you don't want the chocolate to seize. Chocolate is melting over simmering water. If even a drop of water gets added to hot melted chocolate, it might seize. Same reasoning in step 4, you only stir one to mix in the butter which has a bit of water in it. That's my best guess as to why the no stirring.

Are you channeling your best self with this comment? (If you're not sure, check out our Code of Conduct.)

doriegreenspan
doriegreenspan

Dorie Greenspan is a food writer and award-winning author of eleven cookbooks, her most recent being Baking Chez Moi.

added almost 5 years ago

I've never seen a technique like the one Slater uses to melt the chocolate, add the espresso and then melt and mix the butter - it's fascinating and I want to try the recipe. In general, when melting chocolate, it's best not to stir it too much. In part it's not to stir air into the chocolate and, I was once told by a French pastry chef, that if you stir chocolate too much, you lighten its color. I think the higher the cocoa content, the less stirring you want to do. In any event, if you are melting the chocolate over barely simmering water, and if the water is not touching the bottom of the bowl, you shouldn't have to stir - the chocolate will melt slowly and evenly. That said, I always keep my eye on the bowl and stir gently a couple of times.

Are you channeling your best self with this comment? (If you're not sure, check out our Code of Conduct.)