Home: Part of an amazing #Polyfidelitous family (3 adults, 4 kids) Work: #DataEngineering currently. #WebDevelopment and #DevOps in the past. #Chemistry a long time ago. Developer of the HYG + AT-HYG star catalogs, and star chart software (https://codeberg.org/astronexus). Expect lots of posts on #Cats, #Astronomy, #Computers, #Books, and other geeky topics here. _Glacies delenda est._
Home: Part of an amazing #Polyfidelitous family (3 adults, 4 kids) Work: #DataEngineering currently. #WebDevelopment and #DevOps in the past. #Chemistry a long time ago. Developer of the HYG + AT-HYG star catalogs, and star chart software (https://codeberg.org/astronexus). Expect lots of posts on #Cats, #Astronomy, #Computers, #Books, and other geeky topics here. _Glacies delenda est._
Even in STEM.
Like the introductory biology class I took with its toy population models that went sigmoid very quickly, simply because biologists understand that populations of living things hit barriers to growth. Or the control systems engineering class I took, where we figured out how to tell which parts of the system behavior would be good over the long term, which (to oversimplify only slightly) meant *no positive exponentials* anywhere in the math.
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