Summary
This comprehensive guide explains the reverse-sear technique for cooking steaks, emphasizing the benefits of starting with a low-temperature cooking method before searing to achieve even cooking and a juicy interior. The process involves slowly bringing the steak to temperature in an oven or on a grill before searing it for a perfectly cooked result. By understanding the science behind temperature gradients, moisture reduction, and enzymatic tenderization, this method ensures a tender, flavorful steak with a beautifully browned crust. The guide provides detailed instructions, temperature recommendations, and insights into the advantages and disadvantages of the reverse-sear method compared to traditional cooking and sous vide techniques.
Highlights
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It’s called the reverse sear because it flips tradition on its head. Historically, almost every cookbook and chef have taught that when you’re cooking a piece of meat, the first step should be searing. Most often, the explanation is that searing “locks in juices.” These days, we know that this statement is definitively false. Searing does not actually lock in juices at all; it merely adds flavor. Flipping the formula so that the searing comes at the end produces better results
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Water won’t really start evaporating until it has been heated to 212°F (100°C). The Maillard reaction doesn’t really take place in earnest until you hit temperatures of around 300°F (150°C) or higher, and that won’t happen until most of the steak’s surface moisture has evaporated.
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It takes approximately five times more energy to evaporate a gram of water than it does to raise the temperature of that same gram of water from freezing to boiling
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Moisture is the biggest enemy of a good sear, so any process that can reduce the amount of surface moisture on a steak is going to improve how well it browns and crisps—and, by extension, minimize the amount of time it spends in the pan, thus minimizing the amount of overcooked meat underneath