Chris ponders the motivations behind companies sharing their design systems publicly. Personally, I’ve always seen it as a nice way of sharing work and saying “here’s what worked for us” without necessarily saying that anyone else should use the same system.
That said, I think Chris makes a good poin here:
My parting advice is actually to the makers of public design systems: clearly identify who this design system is for and what they are able to do with it.
The cosmonaut counterparts of the Mercury women astronauts: Zhanna Yorkina, Irina Solovyova, Tatyana Kuznetsova, Valentina Ponomareva, and Valentina Tereshkova.
Ponomareva recalled there being no envy between the women in the squad. According to her, it was a healthy spirit of competition. Everyone did their best to be number one, but also supported each other’s efforts.
One of those cosmonauts went to space: none of the women training for the Mercury missions did. There would be a shockingly gap of twenty years between the launch of Valentina Tereshkova and the launch of Sally Ride.
If you’re interested in or wanting to create a design system or improve the one you have or get buy in to take your side project at work and make it part of the normal work flow, read this book. And even better, get your colleagues to do the same, so you’ll have a shared understanding before you begin the hard work to build your own system.
Susan also published her highlights from the book. I really like that!
Here’s a fun premise for a collection of sci-fi short stories:
Flight 008 through a temporary wrinkle in the local region of space-time. What these passengers will soon find out as they descend into SFO is that the wrinkle has transported them 20 years in the future, and the year is now 2037.
Read the stories of the passengers from Flight 008, imagined by the world’s top science fiction storytellers, as they discover a future transformed by exponential technologies.
Authors include Bruce Sterling, Madeline Ashby, Paulo Bacigalupi, and Gregory Benford.
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.
In the spirit of the book, I read it in a browser, and I broke up my highlights by chapters. As usual, you should read the book yourself, these highlights are taken out of context and better when you’ve read the whole thing.
The latest issue of Spaceflight—the magazine of the British Interplanetary Society—dropped through my door, adding to my weekend reading list. This issue contains a “whatever happened to” article about the military personnel who were supposed to crew the never-realised MOL project.
Before Salyut, Skylab, Mir, or the ISS, the Manned Orbital Laboratory was the first proposed space station. It would use a Gemini capsule and a Titan propellant tank.
But this wasn’t to be a scientific endeavour. The plan was to use the MOL as a crewed spy satellite—human eyes in the sky watching the enemy below.
The MOL was cancelled (because uncrewed satellites were getting better at that sort of thing), so that particular orbital panopticon never came to pass.
I remember when I first heard of the MOL and I was looking it up on Wikipedia, that this little nugget of information stood out to me:
The MOL was planned to use a helium-oxygen atmosphere.
That’s right: instead of air (21% oxygen, 79% nitrogen), the spies in the sky would be breathing heliox (21% oxygen, 79% helium). Considering the effect that helium has on the human voice, I can only imagine that the grave nature of the mission would have been somewhat compromised.