Tags: orbital

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Thursday, September 25th, 2025

Earth

While I’ve been listening to Hounds Of Love, I’ve also been reading Orbital by Samantha Harvey.

Here’s a passage from an early chapter as the crew of the International Space Station watch a typhoon forming:

How wired and wakeful the earth seems suddenly. It’s not one of the regular typhoons that haphazardly assault these parts of the world, they agree. They can’t see it all, but it’s bigger than projections had previously thought, and moving faster. They send their images, the latitudes and longitudes. They are like fortune tellers, the crew. Fortune tellers who can see and tell the future but do nothing to change or stop it. Soon their orbit will descend away to the east and south and no matter how they crane their necks backward at the earth-viewing windows the typhoon will roll out of sight and their vigil will end and darkness will hit them at speed.

They have no power – they have only their cameras and a privileged anxious view of its building magnificence. They watch it come.

The penultimate track on Hounds Of Love is the magnificent Hello Earth with its eerie Georgian chant for a chorus, and magnificent uilleann piping from the late great Liam Óg O’Flynn on the bridge. It too features a narrator watching from space:

Watching storms

Start to form

Over America.

Can’t do anything.

Just watch them swing

With the wind

Out to sea.

All you sailors, (“Get out of the waves! Get out of the water!”)

All life-savers, (“Get out of the waves! Get out of the water!”)

All you cruisers, (“Get out of the waves! Get out of the water!”)

All you fishermen,

Head for home.

Matching the song to the book feels like pairing a fine wine with a delicious morsel.

Wednesday, August 12th, 2020

Project Orbital Ring

An Orbital Ring System as an alternative to a space elevator.

Representing nothing short of the most ambitious project in the history of space exploration and exploitation, the Orbital Ring System is more or less what you would imagine it to be, a gargantuan metal ring high above the Earth, spanning the length of its 40,000 kilometer-long diameter.

Sunday, June 23rd, 2019

Rotating Space Station Numbers

Ever wondered what would happen if you threw a ball inside an orbital habitat? Well, wonder no more!

You can adjust the parameters of the space station, or choose from some pre-prepared examples: an O’Neill cylinder, a Stanford torus, a Bernal sphere, Rama, a Culture orbital

Sunday, January 14th, 2018

Asgardia - The Space Nation

Remember those offshore forts that would get taken over and repurposed as tax/data havens? Well, this is like that …but in space. Half design fiction, and half ponzi scheme, this will give those libertarian seasteaders a run for the money (in a made-up currency, of course).

Saturday, November 18th, 2017

Orbital Reflector

Art. In. Spaaaaaace!

Orbital Reflector is a sculpture constructed of a lightweight material similar to Mylar. It is housed in a small box-like infrastructure known as a CubeSat and launched into space aboard a rocket. Once in low Earth orbit at a distance of about 350 miles (575 kilometers) from Earth, the CubeSat opens and releases the sculpture, which self-inflates like a balloon. Sunlight reflects onto the sculpture making it visible from Earth with the naked eye — like a slowly moving artificial star as bright as a star in the Big Dipper.

Saturday, June 15th, 2013

A Few Notes on the Culture by Iain M Banks

I’ve linked to this before, but with the death of Iain M Banks it’s worth re-reading this fascinating insight into The Culture, one of science fictions’s few realistic utopias.

The brief mention here of The Culture’s attitude to death is apt:

Philosophy, again; death is regarded as part of life, and nothing, including the universe, lasts forever. It is seen as bad manners to try and pretend that death is somehow not natural; instead death is seen as giving shape to life.

Sunday, September 18th, 2011

Orbital Space Colonies (in form of geometric primitives) : socks-studio

A gallery of all your standard space stations: the Stanford Torus, the Bernal Sphere and the O’Neill Cylinder.