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Making 40 years ago seem new

Something 40 years old can’t possibly be interesting. There’s nothing awe-inspiring about early spaceflight. Nothing exciting. And no one knows these stories at all. We had a huge number of ideas, only some of which we’ve had time to build so far. Today we’ll just talk about some of the underlying ideas that helped guide us as we built the site. Narrative

Particularly with , something we felt strongly was a need to give a narrative structure to the mission. Surely everyone already knows the story?

Most of what people remember is probably wrong — down to that famous line, “Houston we have a problem”, which nobody ever said. Some people call this “information architecture”, but here we’re really thinking about telling stories. A story has a beginning, middle and an end. Plus, it has exciting bits, and quotable lines. So do space missions. Our narrative structure allows people to dive straight into parts of the story… …or to go through the entire thing, either from a high level where you’re guided through the important points… …or down in the nitty-gritty of what was actually said, with the most important bits called out for you. And course a photo now and again is just great. Sharing

One of the most important things we did was how easy we made sharing. That sounds obvious…but when we launched we didn’t have a like button, or even tweeting. In fact, when you’re reading the transcript, there’s nothing to distract you — deliberately. But when you find something you like, you can grab a link to it to share around. People shared stuf on Twitter before we added the ‘tweet’ button, and they shared on Facebook before we added a ‘like’ button. And this worked because of magic… Any sufficiently advanced URL scheme is indistinguishable from magic

http://apollo11.spacelog.org/page/04:14:03:20/ mission timestamp

//apollo11.spacelog.org/04:14:03:20/#log-line-396200 mission timestamp highlight spacelog.org/04:14:03:20/04:14:03:36/#log-line-396200 start end highlight

There’s often a rush to build the cool bits of websites, hurrying into the Javascript and making everything gorgeous. A lot of people talk about “doing it right”, but we think that here we really did. On top of the URL structure and the basic pages, we use more magic (this time Javascript) to make things fade in and out, and load when you need them. We think it worked: this was our first week. Note that at the shallow end of the curve we’re still getting thousands of visits per day, and tens of thousands of page views. Over our first two months, stickiness is actually better than this: 10 minutes average time on site, 9 pages per visit and ~ 36% bounce. Building a community

One of our goals was to encourage and enthuse others to help out. By the end of , NASA generated over 30 thousand pages of transcript. And then there’s Skylab, the Shuttle, the ISS…not to mention the Russian space program. So far we’ve launched three missions: Apollo 13 and Mercury 6 we did ourselves, but most of the work on was done by Matthew Somerville. Since then, a growing team of volunteers has been working on Gemini III, Gemini IV, and — but there’s still a huge amount to do, so please GET INVOLVED! Thanks to The Spacelog team: Ryan Alexander, James Aylett, George Brocklehurst, David Brownlee, Hannah Donovan, Ben Firshman, Mark Norman Francis, Russ Garrett, Andrew Godwin, Chris Govias, Steve Marshall, Gavin O’Carroll and Matt Ogle. The Mercury : Alan Shepherd, , , , , Gordo Cooper and . The Gemini astronauts: , James McDivitt, , , Tom Staford, , , , Dave Scott, , Michael Collins, Richard Gordon and . The Apollo astronauts: Roger Chafee, Donn Eisele, Walt Cunningham, Bill Anders, , Al Bean, , , Stu Roosa, , Al Worden, , , Charlie Duke, Ronald Evans and Jack Schmitt. …and the rest of NASA, too numerous to count, but most especially Bob Gilruth. Images by

• Ben Firshman • Matt Ogle • Chris Govias • NASA http://spacelog.org/

@spacelogdotorg