Can you explain it?

Physi­cist and sci­ence com­mu­ni­ca­tor Richard Feyn­man came up with anoth­er cri­te­ri­on, one that applies direct­ly to the non-sci­en­tist like­ly to be bam­boo­zled by fan­cy ter­mi­nol­o­gy that sounds sci­en­tif­ic. […] Rather than ask­ing lay peo­ple to con­front sci­en­tif­ic-sound­ing claims on their own terms, Feyn­man would have us trans­late them into ordi­nary lan­guage, there­by assur­ing that what the claim asserts is a log­i­cal con­cept, rather than just a col­lec­tion of jar­gon.

~ from Richard Feynman Creates a Simple Method for Telling Science From Pseudoscience (1966)

Confronting scientific-sounding things on your own terms is actually very difficult. What he’s described is not meant to be a way to decide if something is true—that’s much harder. He’s giving you a tool for quickly spotting scientific-sounding rubbish.

ɕ

Models models everywhere

Building models is a fundamental part of trying to understand the world in any systematic or organized way. The world has too many details and complexities to be taken in all at once. In order to really understand a particular phenomenon, we need to focus on certain essential details while ignoring others.

~ Todd Hargrove from, Models of Pain and Movement — BETTER MOVEMENT

slip:4ubebo1.

I often remind myself that all models are wrong, but some models are useful. Maps, metaphors, similes, and even some storytelling are all models.

Two things top of mind: Why oh why!? doesn’t similes pluralize via -ies? (Say the singular and plural forms of smile and simile… wth English?) And second, I use a related-to-models test for what I mean by, “I always tell the truth.” (To tell the truth, I always say the thing which helps the other person build an accurate model of reality.)

ɕ