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Joined 2 years ago
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Cake day: June 14th, 2023

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  • Right now the biggest difference between the left and right is structural.

    The right is rushing towards the middle of their group. They insist that everyone toe the line on MAGA orthodoxy. Anyone outside of that (even more traditional conservatives) is driven out into the cold.

    The left is casting as wide a net as possible. They’re trying to include as many groups as they can and basically grabbing up anyone who feels alienated by the right. There is no orthodoxy besides “stop the right at all costs.”

    This is a problem for the left if they’re hoping to replicate Joe Rogan. There’s no orthodoxy to appeal to, no centre of gravity to rally around.


  • I think after the younger partner reaches age 30 the rule doesn’t matter anymore.

    If a 30 year old decides to get together with an 80 year old then nobody should be shaming either of them. If they’re both mature, consenting adults then we should celebrate their happiness. Of course if one or the other is unable to consent by reason of cognitive disability then that’s a different story altogether (and would be a problem even if their ages were very close).


  • Very nice, though one thing to note for readers is the pictures are of transverse waves like you’d see in a vibrating string. Sound waves are longitudinal pressure waves which propagate outward in expanding spheres from the source of the noise. The loudness of a sound you hear corresponds to the pressure and frequency it imparts on your eardrum at the point of intersection between that expanding sphere and your ear.

    This pressure is directly proportional to the surface area of your eardrum on the surface of that sphere. As you may or may not recall from high school geometry, the surface area of a sphere is 4pi*r^2. If you consider the pressure of a sound wave as being evenly spread out over the surface of that expanding sphere (assuming an ideal gas), then doubling the distance from the sound source will quadruple the surface area of the sphere, thus decreasing the pressure your eardrum experiences by a factor of four! Sounds from very far away rapidly lose pressure (so are quieter) without the aid of constructive interference to boost them.

    If you’ve ever heard an echo, you know that sounds can bounce off solid surfaces. Combined with the phenomenon of constructive interference, sound reflections can achieve a great deal of amplification (and attenuation with destructive interference). This is the principle upon which architectural acoustics is based.




  • Both have their place. I think both stainless and carbon steel are extremely cheap in the long run compared to nonstick for the simple fact these pans don’t wear out. Both types of pans will last for generations and can take a real beating, even from metal utensils, though carbon steel does not give a damn about scratches whereas stainless can lose some aesthetic appeal (barkeepers friend can help polish it up though)!

    Besides the chemical reactivity differences, stainless pans (especially clad pans with aluminum or copper cores) tend to be much faster to react to temperature changes than carbon steel. At the same time can’t hold as much thermal energy due to lower density, so carbon steel is better for searing a large piece of food without cooling down too much (which can start boiling the food instead of searing).


  • Yeah plus when cooking some foods in stainless (such as meat) you want some sticking so you can build a fond which you then deglaze to make a pan sauce. Carbon steel is less ideal for this because the seasoning will react with acids such as vinegars, wines, or citrus which are all common ingredients in pan sauces. While a well-seasoned carbon steel pan can survive a deglaze with vinegar the dissolved seasoning can ruin the flavour of your pan sauce.


  • I have that same wok. You need a lot more oil for a flat bottom wok than a round bottom because the flat bottom doesn’t let the oil pool to the middle.

    You absolutely can get nonstick eggs with a stainless steel frying pan and a small amount of oil but you need to actually practice heat control and cooking technique. It’s actually much easier with butter because the water in it will begin to fizz and you just need to wait for the fizzing to stop and the pan will be just about hot enough.

    You still need to use the right heat setting which is specific to your stove and pan, so practice is needed but you can get a good feel for it by how quickly the butter melts. If it melts rapidly and gives off a lot of steam and begins browning then the pan is too hot (unless you want to do a crispy egg, but that should be done with oil instead of butter which has milk solids that burn and turn bitter).