The blogs became daily reads for staff, whose coverage was inexorably influenced by the Thune campaign's slow drip of poison.
Come Election Day, Thune won by scarcely 4,500 votes. Senate Democrats lost their leader. Republicans got their scalp.
Lauck went on to be a senior advisor to Thune, and Van Beeck spent years as legislative counsel for Thune. All this had zero impact on public disclosure and campaign finance laws.
The blogs had a single, shared mission: distort the worldview of the political reporters at the Argus Leader, the state's major newspaper. Each blog covered the race in great detail, complaining about claimed bias from the paper and its reporters (never mind that none existed).
Argus Leader reporters were not accustomed to having a constant source of feedback, and they each blog became a funhouse mirror in which they perceived themselves.
Ultimately, Daschle would be the sole incumbent to lose, and the first majority leader to lose reelection since 1952. The Republican nominee was Thune, formerly South Dakota's House rep.
Thune hired two people—Jon Lauck and Jason Van Beek—and had them start South Dakota political blogs, "Daschle v. Thune" and "South Dakota Politics." There was no disclosure that those blogs were Thune campaign mouthpieces. They pretended to be independent.
Twenty years ago, John Thune was elected to the U.S. Senate using a terrible, novel misinformation campaign that presaged the media environment of 2024. With Thune the new majority leader of the Senate, post-election, I think it's time to retell this story that has somehow been forgotten.
In 2004, Sen. Tom Daschle was the Senate minority leader, and Republicans were desperate for his scalp.
Speaking as someone living in Hungary, to friends in the #USA:
The greatest weapon the system has is outrage fatigue. Doing so many unimaginable things at the same time that people just sigh and go on. Having so many things to protest that you run out of days and hours. Piling on so you start focusing on surviving with your bare mental health day to day.
Pick your cause and stick to it. Support others who focus on different causes. Don't try to do everything at once.
@antoinechambertloir I'm assuming this is in response to Terence Tao? If so, i believe he's apologized and clarified his points:
People have gotten so used to the existence of the Internet Archive’s web archive that they forget how revolutionary and subversive it is. The idea that that is somehow safe while the book lending was not is completely flawed. They were just up against a more powerful group.
Seen a couple takes about the Hachette case along the lines of “the Internet Archive should’ve stuck to just archiving the Internet and not testing new theories of copyright” and uhhh... I’m not sure what it is you think the Internet Archive does, outside of testing new theories of copyright.
@vicgrinberg I think the link and quote you provided are kind of weird in that the author wants to categorize everything as a type of gradient color scheme and so is forced to make categorical color palettes a sequential gradient when in reality they're not.
Mathematicians get annoyed at how physicists take beautiful formulas and clutter them up with 'useless' constants like
𝑐 - the speed of light
ℏ - Planck's constant
𝑘 - Boltzmann's constant
𝐺 - the gravitational constant
making it harder to see the essence of things. Most mathematicians prefer units where all these constants are set equal to 1.
I used to be like that too - but right now I'm doing a project where I 𝑛𝑒𝑒𝑑 these constants to see the essence of things!
(Of course it's good to keep these constants around to avoid making mistakes where you equate quantities with different dimensions: this is what computer scientists would call a 'typing discipline'. That's important, but it's NOT what I'm talking about now.)
When you're studying just one physical theory at a time, you can set dimensionful constants equal to 1 to simplify things. But often we like to study a whole 𝑓𝑎𝑚𝑖𝑙𝑦 of physical theories at once - a family where those constants take different values! We can't set them to 1 if we're interested in what happens when they approach 0. For example:
As 𝑐 → 0, special relativity reduces to Newtonian physics.
As ℏ → 0, quantum mechanics reduces to classical mechanics.
As 𝑘 → 0, statistical mechanics reduces to classical mechanics.
As 𝐺 → 0, general relativity reduces to special relativity.
And this is just the beginning of the story: various collections of constants can approach 0 at different rates, and so on.
When we do this, we're studying what mathematicians would call a 'moduli space' of theories - or even better, a moduli stack. We may want to do 'deformation theory', where we expand answers in powers of some constant. And so on.
So don't scorn those constants!
So... my son nerd sniped me! He saw a video on the Fold-and-Cut Theorem by Vsauce and said I should figure out how to fold a piece of paper to cut out the hat and spectre tiles with one cut. Mission accomplished! This blog post has downloadable PDFs: https://divisbyzero.com/2024/08/14/fold-and-cut-hat-and-spectre-tiles/
@waldoj @hugoestr I was going to send you this link (https://biobot.io/data/), but your data is from the CDC directly, which is probably better.
Like, the Konigsberg conference where Godel whispered the deepest truth in mathematics and only Von Neumann understood? Tell me that story over and over. The time you went to a conference in San Diego, and the beaches were nice and there was an open bar? No one cares.
Data Science PhD Candidate
Likes math, stats, space, and board games (especially Dominion: https://dominion.games/).
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