Tags: space



18F: Digital service delivery | Building a large-scale design system: How we created a design system for the U.S. government

Maya Benari provides an in-depth walkthrough of 18F’s mission to create a consistent design system for many, many different government sites.

When building out a large-scale design system, it can be hard to know where to start. By focusing on the basics, from core styles to coding conventions to design principles, you can create a strong foundation that spreads to different parts of your team.

There’s an interface inventory, then mood boards, then the work starts on typography and colour, then white space, and finally the grid system.

The lessons learned make for good design principles:

  • Talk to the people
  • Look for duplication of efforts
  • Know your values
  • Empower your team
  • Start small and iterate
  • Don’t work in a vacuum
  • Reuse and specialize
  • Promote your system
  • Be flexible

Constellation charts

Refresh to get a new randomly generated constellation.

A lovely bit of creative JS from Emily

How much storage space is my Progressive Web App using? | Dean Hume

You can use navigator.storage.estimate() to get a (vague) idea of how much space is available on a device for your service worker caches.

No space left on device – running out of Inodes – Ivan Kuznetsov

This blog post saved my ass—the Huffduffer server was b0rked and after much Duck-Duck-Going I found the answer here.

I’m filing this away for my future self because, as per Murphy’s Law, I’m pretty sure I’ll be needing this again at some point


Luke just demoed this at Codebar. It’s a lovely audio/visualisation of the solar system—a sonic orrery that you can tweak and adjust.


ARP Observatory (@ArpObservatory) | Twitter

In July we started receiving audio signals from outside the solar system, and we’ve been studying them since.

Tweets contain sound samples on Soundcloud, data visualisations, and notes about life at the observatory …all generated by code.

ARP is a fictional radio telescope observatory, it’s a Twitter & SoundCloud bot which procedurally generates audio, data-visualisations, and the tweets (and occasionally long-exposure photography) of an astronomer/research scientist who works at ARP, who is obsessive over the audio messages, and who runs the observatory’s Twitter account.

Greetings, E.T. (Please Don’t Murder Us.) - The New York Times

Steven Johnson dives deep into the METI project, starting with the Arecibo message and covering Lincos, the Drake equation, and the Fermi paradox.

He also wrote about what he left out of the article and mentions that he’s writing a book on long-term decision making.

In a sense, the METI debate runs parallel to other existential decisions that we will be confronting in the coming decades, as our technological and scientific powers increase. Should we create superintelligent machines that exceed our own intellectual capabilities by such a wide margin that we cease to understand how their intelligence works? Should we ‘‘cure’’ death, as many technologists are proposing? Like METI, these are potentially among the most momentous decisions human beings will ever make, and yet the number of people actively participating in those decisions — or even aware such decisions are being made — is minuscule.

2001: A Space Odyssey — A Look Behind the Future - YouTube

The following film describes an unusual motion picture now being produced in London for release all over the world, starting in early 1967.

Hertzsprung-Russell diagram animation | ESA/Hubble

When I was in Düsseldorf for this year’s excellent Beyond Tellerrand conference, I had the pleasure of meeting Nadieh Bremer, data visualisation designer extraordinaire. I asked her a question which is probably the equivalent of asking a chef what their favourite food is: “what’s your favourite piece of data visualisation?”

There are plenty of popular answers to this question—the Minard map, Jon Snow’s cholera map—but we had just been chatting about Nadieh’s previous life in astronomy, so one answer popped immediately to mind: the Hertzsprung-Russell diagram.

ANALEMMA TOWER - Clouds Architecture Office

A thoroughly impractical—but fun to imagine—alternative to a space elevator:

Analemma inverts the traditional diagram of an earth-based foundation, instead depending on a space-based supporting foundation from which the tower is suspended. This system is referred to as the Universal Orbital Support System (UOSS). By placing a large asteroid into orbit over earth, a high strength cable can be lowered towards the surface of earth from which a super tall tower can be suspended. Since this new tower typology is suspended in the air, it can be constructed anywhere in the world and transported to its final location.

The construction might sound like Clarke’s The Fountains Of Paradise, but I imagine life in the tower would be more like Ballard’s High Rise.

[1701.01109] Fast Radio Bursts from Extragalactic Light Sails

We examine the possibility that Fast Radio Bursts (FRBs) originate from the activity of extragalactic civilizations. Our analysis shows that beams used for powering large light sails could yield parameters that are consistent with FRBs.

I’m guessing Paul Gilster may have thoughts on this.

Edge of darkness: looking into the black hole at the heart of the Milky Way | Science | The Guardian

Building a planet-sized telescope suggests all sorts of practical difficulties.

Open Access at ESA

Images, videos, sounds, and 3D models are now available from the European Space Agency under a Creative Commons Attribution Share-alike license.

Stuff in Space

A gorgeous visualisation of satellites in Earth orbit. Click around to grasp the scale of the network.

The ‘Credit Card Number’ Field Must Allow and Auto-Format Spaces (80% Don’t) - Articles - Baymard Institute

A deep dive into formatting credit card numbers with spaces in online forms.

Stargazing Live, 2017 : Outreach : Physics and Astronomy : University of Sussex

There’s going to be an evening of astro events out at Sussex University next Wednesday, January 18th. Stargazing, an inflatable planetarium, and the Ensonglopedia of science—fun for all the family!

How a Couple of Guys Built the Most Ambitious Alien Outreach Project Ever | Science | Smithsonian

One might think sending messages to other stars would be a massive, expensive job. No. It isn’t. The Cosmic Call was essentially a crowdfunded hobby project.

Megatelescope releases its first image: Physics Today: Vol 69, No 12

A lovely piece of design fiction imagining a project where asteroids are shaped and polished into just the right configuration to form part of an enormous solar-system wide optical telescope.

Once they are deployed in space, a celestial spiderweb of crisscrossed laser beams can push around clouds of those microscopic optical sensors to desired locations.

Smithsonian 3D Apollo 11 Command Module

This is so wonderful! A 3D fly-through of the Apollo 11 command module, right in your browser. It might get your fan whirring, but it’s worth it.

Click through for lots of great details on the interface controls, like which kinds of buttons and switches were chosen for which tasks.

And there’s this lovely note scrawled near the sextant by Michael Collins (the coolest of all the astronauts):

Spacecraft 107, alias Apollo 11, alias ‘Columbia.’ The Best Ship to Come Down the Line. God Bless Her.

Is Dark Matter Hiding Aliens?

Here’s a fun cosmic hypothesis on the scale of an Olaf Stapeldon story. There are even implications for data storage:

By storing its essential data in photons, life could give itself a distributed backup system. And it could go further, manipulating new photons emitted by stars to dictate how they interact with matter. Fronts of electromagnetic radiation could be reaching across the cosmos to set in motion chains of interstellar or planetary chemistry with exquisite timing, exploiting wave interference and excitation energies in atoms and molecules.