you can't be straight in space

1. The FBI's Famous Cases & Criminals archive (fbi.gov/history/famous-cases) has detailed breakdowns of real fraud cases, Ponzi schemes, and confidence operations. The language they use is clinical and precise, which is perfect for getting the procedural details right.

2. The FTC Consumer Sentinel Network publishes annual reports on the most common fraud tactics in the US. Great for understanding how modern scams actually work and what makes people fall for them.

3. The Smithsonian's American Art Museum has a free digital collection of forgery case studies. If your character forges documents or art, this is gold.

4. Court Listener (courtlistener.com) is a free legal database where you can read actual court transcripts from fraud trials. Want to know how a real con artist talks under oath? This is where you find out.

5. The Internet Archive's collection of old newspaper crime sections. Search for "confidence man" or "swindle" in papers from the 1920s through 1960s and you'll find incredible real stories that would feel too dramatic for fiction.

Bonus: The Psychology of Fraud section on the Association for Psychological Science website has accessible articles about why people trust, how deception works cognitively, and what makes someone a convincing liar. Essential reading if you want your con artist characters to feel psychologically real.

this post from @all-vampires-are-gay made me curious. I tried to look up the distribution of eyesight prescriptions and weirdly couldn't find any info, so I'm making this poll to ask about people's eyesight. All responses and shares much appreciated! I've put .99's on the option so it's clear which to click if your diopter is a whole number.

I've made the scale in diopters as that seems to be most common. To clarify, positive numbers are hyperopia/farsightedness/longsightedness, and negative numbers are myopia/nearsightedness/shortsightedness.

/pr = pressuring you

/m = mad at you

/f = forcing you to do this at gunpoint

[image credit]

That's right - it's glacier mice. One of my favorite things maybe on the entire planet. Let's talk about these freaky fuzzy little rats!!

Glacier mice are balls of moss that live in large herds like this in a few select glaciers. They are moss all the way through, with a center consisting of dead moss matter, implying that they begin as small growths of moss and simply accumulate over time, like snowballs. However, their outside surface is alive and well on all sides. Glacier mice have been observed, through tagging and tracking, to roll across the glacier like a majestic herd of wildebeest, exposing all of their sides to the sunlight. They trundle along at a pace of about 2.5 cm per day. That's 30 feet in a year! They're really schmovin'! Certainly further than most mosses can claim to travel.

What's really exciting, though, is that they all move in the same direction, and we're not sure why or how. Scientists experimented to try and attribute their coordinated behavior to wind, sunlight, and the direction that their grazing ground slopes, but to no avail. They speed up, slow down, and change direction in unison, based on some mysterious moss code that we haven't cracked yet.

Cross-section of a glacier mouse. Note the dead moss matter inside, and the short gametophytes on the outside, adapted to harsh winds and sunlight. [image credit]

We have figured out how they roll, though - while the moss ball sits on the ice, it insulates the ice directly underneath it, protecting it from melting. This forms a little pillar of ice that the moss eventually rolls off of. The insulating power of glacier mice also gives it the wonderful ability to host all kinds of microorganisms that otherwise wouldn't survive the glacier's harsh conditions, and their ability to move makes it possible for microorganisms to spread from one habitable spot to another. They're like a bunch of little tardigrade passenger ships, braving the dangerous glacier to go where no water bear has gone before!!

Glacier mice have been found to consist of several moss species, most of which must reproduce asexually in order to survive in the dry climate. They've been observed to live for at least six years, but are projected to live much, much longer. I love them. So much. I hope they know that I love them!! I LOVE THEM!!!!