Once a month, I open the feed for you to promote your community, your business, a project that would benefit from feedback, basically a Free4All. Simple play rules: 1. Before or after sharing, comment on 2 other shares 2. Let’s keep everything in this post for easy reference 3. Up to 2 “promo’s” in 24 hours - remember, “Share Don’t Sell!” 4. Have Fun. Tagging a few folks to get this started, if I missed you, it’s not intentional, it’s my ongoing challenge with the app. @Betty Jo Winters @Brenda Chilstrom @Cam Parkes @Celia Kibler @Des Cooke @Daniel Cavaretta @Elizabeth Houston @Amy Grantham @Jose Guerra @Karen Gibson @Katya McEwen @Cristal Vancarson @Steven Cruz @Heather Wilson @Janell Bitton @Jay Dee Archer @Lidia Axe @Lisa Vanderveen @Jen Staniforth @Max Orlewicz @Mayelice Castro @Roslyn Hill @Natasha Bryant @Natalie Duncan @Sharon Otaguro @Paul Wren @Paula Artis @Ramona Zihlke @Tim Tindle @Wendy Venema @Anna Murrietta @Evelene Sterling @Devin Trent

Have you ever found yourself staring at a lava lamp for hours on end? No, it’s just me? How about watching oil and vinegar in a jar? Not you, okay? What about layering different liqueurs in a cocktail glass? I was a bar manager for a few years, I learned a lot about density. Regardless of your answer, I think there is something oddly fascinating about watching oil separate from water. Even toddlers notice it. You shake the jar, everything looks mixed together for a moment, and then slowly the layers drift apart again like they’ve made a decision. Most of us first encounter chemistry this way long before we ever hear the word “molecule.” The reason this happens has to do with how different substances are structured. Water molecules are strongly attracted to one another. Oil molecules are structured differently and do not bond with water the same way. So instead of blending permanently, they separate into layers. That may sound like a small thing, but it is actually one of the foundational ideas behind cooking and food science. Salad dressings separate. Grease sits on top of soup stock. Peanut butter needs stirring. Mayonnaise works because an emulsifier helps ingredients that normally separate stay mixed together. The kitchen is full of chemistry that adults stop noticing because we see it every day. Kids haven’t stopped noticing yet. One of the most valuable things we can do is resist rushing past their questions. Sometimes learning begins with something as simple as:“Why is it doing that?” I still remember standing in kitchens as a kid watching adults cook and quietly trying to figure out why certain things changed and others didn’t. The science mattered, but honestly, the feeling of being invited into the process mattered more. What about you? Do you like watching the magic?