Few are scandalized by the BBC adding sound effects to documentary footage, as it's somewhat obvious and the intent is to bring the viewer to a truth that might otherwise be obscured. A lot of other storytelling magic is at hand, though, not all of it so ostentatious. Simon Cade illustrates some of the techniques, among which editing is among the most powerful.
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All lies lead to the truth. For over 20 years, Snopes.com has been the Web's primary bullshit detector and debunker, from death by Pop Rocks to political lies. We need Snopes more than ever. For a Webby Awards exclusive feature, I commissioned talented journalist Rob Walker to explore the history of Snopes and founder David Mikkelson's relentless obsession with, of all things, the truth. From the article:
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In the heat of the Republican presidential primary, Jerry Falwell Jr. appeared on The Sean Hannity Show to talk about the Donald Trump he has gotten to know—a man defined by “stuff the public never hears.” So he shared an anecdote about the time the billionaire’s limousine broke down, and a random passing couple stopped to help. Later, these Good Samaritans got some surprising news: As a gesture of thanks, Trump had paid off the their home mortgage. “Pretty impressive,” Hannity declared.
But wait a second. Who exactly were these people, and why couldn’t the limo driver just call AAA? Impressive as this anecdote sounds, is it true? Well, what does Snopes say? Founded more than two decades ago, Snopes.com was originally devoted to researching all manner of just-so tales and urban folklore sourced to a friend of a friend, or to no source at all. These days, when readers “submit a rumor” they’d like confirmed or debunked, it’s likely to be a tale tied to current events. And yes, Snopes founder David Mikkelson recognized that “impressive” Trump anecdote immediately.
“That same story had been told for years,” he says.
Three legendary synth musicians -- Morgio Zoroger, Xangelix and Carla Wendos -- competed in 1986 for the right to be anointed Lord of Synth.
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Shardcore, who gave us the programatically generated Hipsterbait
tees, had advanced the art of autonomous, self-perpetuating Internet memes.
We've talked here before about the crazy things you can find when you read the "Methods" section of a scientific research paper. (Ostensibly, that's the boring part.)
If you want a quick laugh this morning — or if you want to get a peek at how the sausages are made — check out the Twitter hashtag #overlyhonestmethods, where scientists are talking about the backstory behind seemingly dry statements like "A population of male rats was chosen for this study". Read the rest
A small Estonian study is offering some hints that our brains could be even weirder than we'd imagined. Researchers found that magnetic pulses directed at a certain part of the frontal cortex affected whether people were more willing to fib, or more likely to tell the truth. Only 16 people were involved in the study, so these results are more something potentially cool to follow up on than a definitive declaration about brain function. There's a good chance this could turn out to be a statistical fluke. But it is worth researching further. If the effect is real, it could have some really interesting ethical, legal, and neurobiological implications.
Say it with me now: "F***ing magnets, how do they work?" Mo Costandi explains:
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Inga Karton and Talis Bachmann of the University of Tartu adopted a different and novel approach, by examining the natural propensity to lie spontaneously during situations in which deception has no consequences. They recruited 16 volunteers, and showed them red and blue discs, which were presented randomly on a computer screen. The participants were asked to name the colour of each disc, and that they could do so correctly or incorrectly at their free will.
The researchers used a technique called transcranial magnetic stimulation (TMS) to disrupt the participants' brain activity during the task. TMS is a non-invasive technique in which pulses of electromagnetic radiation are targeted to a specific brain region, inducing weak electrical currents that can either inhibit or enhance activity in that area.
They split the participants into two groups of eight for the experiment.