In this Cheftionary Lab, we break down the mechanics of the fond — the caramelized flavor layer left behind after searing.

Instead of scrubbing the pan, we harvest it.

You’ll learn how to visually evaluate the fond, identify the flavor zone, and use controlled heat and liquid to deglaze the pan and build a quick, restaurant-quality sauce.

This lab demonstrates how thermal energy, steam, and reduction work together to unlock concentrated flavor.

The fond is not a mess — it is the foundation of the sauce.

Run the test yourself and turn a dirty pan into liquid gold.

In this episode of Cheftionary: The Podcast, Chef Mychal Billiot breaks down one of the most misunderstood parts of cooking — when to salt your food.

Most cooks focus on how much salt to use, but professionals know that timing matters just as much as quantity.

Chef Mychal explains:

• Why salting before cooking can transform flavor

• When salting after cooking is actually the better move

• How salt interacts with moisture, heat, and protein

• Why timing your seasoning can completely change a dish

Understanding when to salt — and why — is one of the small techniques that separates guessing from real cooking.

Cheftionary breaks down how food actually works, so cooks stop guessing and start understanding.

In this Cheftionary Lab, we test one of the most overlooked principles in cooking: thermal mass.

Most cooks think heat comes from the flame.

It doesn’t. It comes from the pan.

In this experiment, we compare a properly preheated pan against a cold or underheated pan to observe how stored energy affects the sear, the sizzle, and the final result.

You will hear and recognize the difference between a pan that is charged with energy and one that collapses under the weight of cold food.

This is where most browning failures begin.

The goal of this lab is simple: understand that a pan is not just hot—it is a thermal battery.

And if it isn’t fully charged, it cannot deliver consistent results.

Run the test yourself and listen to the difference.

Because once you understand how heat is stored, you stop guessing—and start controlling the pan.