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Chris Young
@ChefChrisYoung
Starting fires at Combustion Inc. Previously ChefSteps, Modernist Cuisine, The Fat Duck. Lifelong curious cook.
Seattle, WA
Joined May 2013
Posts
  • Pinned
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    In other news today, we’re launching our 2nd generation Predictive Thermometer. What’s new? 900F max temp, WiFi enabled, hermetic seal, and a bunch of other nice upgrades—including a new Combustion Engine for the Giant Grill Gauge. It’s a lot! More here:
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    Replying to @gak_pdx and @sdamico
    I can’t speak for Sam, but prototyping a complex device like his stove or our thermometer is practically impossible at any cost or, more important, turn around time that would allow you to run a viable business. Technologies we use like precision ceramic molding, ceramic to
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    Quite a few folks wondering how we created shots like this for my latest YouTube video on the science of searing. The techniques are similar to what we did at Modernist Cuisine, but a bit more challenging because it’s video… 🧵
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    I’m so excited to launch the Predictive Thermometer + Timer from @IncCombustion Imagine a thermometer that also tells you when your food will be done & how long it should rest 🔥 8 fast & accurate sensors 🎯 finds the true core 🔮 predicts time to done 📡wireless 📵 required
    Combustion Inc. Predictive Thermometer + Timer
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    Your (microwaved) bacon is an antenna! Contrary to what some say, microwaves do not cook from the inside out. The microwaves in your microwave oven have a ~12cm wavelength, which is couple hundred thousand times longer than the wavelength of visible light. 1/
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    Your oven is a liar! Let me explain... When you turn the knob on you oven you’re spinning a roulette wheel. You might think it’s cooking at 400F, but this isn’t the temperature your food experiences. The *true* cooking temperature is surface temperature of the food itself. /1
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    1/ Want the ultimate reverse-sear for your steak? Then you should freeze it first and then deep-fry it (really). Let’s look at the physics of heat transfer and phase change to understand why. 🧵...
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    After all the cutaways, I want to try something new. So I built a borosilicate glass oven to help show the changes going on as a beef Wellington cooks.
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    Ever wonder how an air fryer is different than your convection oven? I cut one in half (really) to show you how the best ones work and why they do a better job of crisping food. Full video: youtu.be/yw--NLjZBNk
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    Something that often surprises people is how much cooking happens after you take things off the heat. A simple pan-roast salmon can go up another 30F! This is definitely not intuitive. Machine learning with lots of sensors is going to be much better at this than even the most
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    Replying to @Rainmaker1973
    Not quite accurate. Yes, the CO2 bubbles expand, especially during proofing. But during the actual baking most of the expansion happens as water turns to steam, and inflates the existing CO2 bubbles. It’s the steam that cause most of the expansion we see during baking.
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    Replying to @garrytan
    I think the idea of craft in manufacturing is misleading. This sells the idea that you just need a small number of skilled people, similar to a great restaurant needing a relatively small number of talented chefs. Medium and high-volume manufacturing requires very large clusters
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    I was nervous when I heard @WIRED was reviewing the @IncCombustion Predictive Thermometer. Joe Ray is tough on kitchen tech, so I’m delighted to learn he liked our Predictive Thermometer, giving it 9/10:
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    Replying to @SnazzyLabs
    Nice job. Been shooting some new cutaways lately too:
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