love and loss in outer space – Ceridwen Dovey on how scientists feel about space objects
- Written by Ceridwen Dovey, Research fellow, Macquarie University
This is the day we will sink our own home –it is old, they say, and can’t live forever.I’m among the ones who must lock the domebehind us and throw the keys in the riverof stardust in which we’ve swum for so long.Happy new year! The cry goes up far belowus in waves, while we plot to do great wrongto this ship in space. No keening in sorrow:These are my orders. Death first by fireworks,our vessel burned alive like a sailing boatlit aflame at sea by men gone berserkwith grief. The saltwater will keep it afloatas long as it can. For the rest of timeit will lie in pieces, like a heart once mine.
– A sonnet imagining the final astronauts onboard farewelling the International Space Station (ISS) before its deorbit.
For many years now, through writing fictional stories and making experimental films, I have been trying to see things from the point of view of space objects – real ones that have been launched by humans into outer space.
I’ve imagined the inner and outer lives of space objects like Starman (the mannequin launched by SpaceX in a midnight-cherry Tesla); the first sculpture left on the Moon; the International Space Station; and the Voyager spacecraft now in interstellar space. At heart, my goal has been to understand why humans pour so much meaning into space objects.
I’ve become fascinated by the emotional attachments many people – and especially scientists – form with these objects, from small spacecraft to satellites to space stations. Deep emotions (like grief and love) are often expressed for these objects by space scientists, astronomers, engineers and astronauts who would not, in their ordinary line of work, be expected to think at all about their feelings for inanimate machines or space infrastructure.
“Every object humans have launched into the solar system is a statement,” notes the space archaeologist Alice Gorman, and each “tells the story of our attitudes to space at a particular point in time”.
In political theorist Jane Bennett’s definition, an object is enchanting if it leaves humans “transfixed, spellbound” and “struck and shaken”. This is almost always the case for space objects. They seem to give scientists permission to share emotions that would otherwise be kept hidden.
Coddled and mourned
In 2016, the team in charge of the Rosetta spacecraft grieved openly after Rosetta was crashed on purpose into the comet it had been observing. The mood in the control room was described as “funereal”.
Erik Viktor/ESA ASTRIUM/AAPDuring a Zoom talk in 2021, Morgan Cable (an Ocean World Astrochemist at NASA Jet Propulsion Laboratory) was asked by a member of the public what the most memorable project in her career has been.
She responded with raw emotion, paying tribute to the strong bond scientists can form with their space objects, and describing how she felt about the Cassini-Huygens robotic spacecraft launched in 1997 to study Saturn and its moons:
Right near the end of Cassini’s life [in 2015], it was running out of gas, and we didn’t want it to just drift around the Saturn system […] We had cleaned it but hadn’t sterilized it – so we had to put Cassini in a safe place where it couldn’t contaminate other worlds. We did this beautiful swan dive into Saturn, a place with no liquid water, so that we could preserve future worlds – like Encephalus and Titan – for future explorers, without being contaminated.
When we said farewell to Cassini in that beautiful swan dive … [the] spacecraft …[was] part of our family. We grew to love and became a part of it. It was incredibly difficult to say goodbye to that spacecraft.
American astronaut Don Pettit lovingly wrote from the perspective of a real, living zucchini plant grown on the ISS (along with broccoli and sunflower seedlings) to create his wildly popular Diary of a Space Zucchini blog after he’d returned from the station. This little seedling, an object of research, struggles into existence and tries to make sense of the human world around it. In the following excerpt from his blog, “Gardener” is the zucchini’s name for the astronaut who tends to it:
NASA TV/AAPExcitement is in the air. Gardener said we will soon be returning to Earth. Our part of the mission is nearly complete and the new crew will take over for us. I am a bit worried about Broccoli, Sunflower, and me. If Gardener leaves, who will take care of us? And what about little Zuc? He is now a big sprout and ready to branch out on his own. Gardener talked about pressing us. I am not sure what that means; this does not sound good.
In certain contexts, this “love” scientists feel for space objects can be openly expressed – even for a zucchini being grown in microgravity, for instance, through a whimsical and sweet narrative voice.
This is quite different to the emotional rules usually governing any scientific engagement with objects of study. Anthropologist Anna L. Tsing has observed that natural scientists can be deeply interested “in the lives of the nonhuman subjects being studied,” but “mainly on the condition that the love didn’t show”.
More recently, certain climate scientists have begun to express their own ecological (or climate) grief openly, in spite of the professional pressure to hide their emotions when it comes to their ultimate research subject (or object): our planet Earth.
Yet this taboo against scientists feeling a genuine emotional connection to the objects of their research does not always seem to apply to scientists making, launching or studying space objects.
The scientists and technical team in ground control for the Spirit Mars rover mission spoke often of Spirit as if “she” were alive during her seven years of active work on Mars, anthropomorphising Spirit into an object of adoration. Said one team member, “She’s a stubborn old girl and she’s hanging in there, and she is not going to give up”.
The Opportunity Mars rover (Spirit’s twin), simultaneously exploring another part of Mars during the same mission, was gendered as male by the control team. Opportunity got trapped in a dust storm at one stage, and “his” battery power began to drain.
NASA/AAPSteve Squyres, the lead scientist, describes having “this horrible, helpless feeling because there was nothing we could do … [i]t was like Mars was trying to kill our machine”. Squyres later reflected on all that the two rovers had been asked by humans to do, using a parenting analogy of needing to let a child grow up and become resilient and independent:
When we first built [them], we babied them, we coddled them, we dressed up in funny suits, we had rubber gloves on, we tiptoed around them and were extremely careful […] [n]ow they are scratched, beat up, and dirty.
When Spirit was on her last legs, and the team had to come to terms with the fact that her mission was over, Squyres admitted, “It hit me harder than I thought it would […] emotionally”.
Envoys of humankind
All of these objects are our proxies in outer space. Once they are out there, representing us in places we have been unable to go, they become the “envoys” of humankind (as human astronauts are defined in Article V of the 1967 UN Outer Space Treaty).
This is an impossible task, of course. How can the twin Voyager spacecraft, for instance – the most distant human-made objects, currently in interstellar space – carry the full representational burden of who we are? They are doomed to fail. But maybe we think of them as loveable because of this very vulnerability.
Bruno Latour, the French sociologist and anthropologist of science and technology, was never afraid to inhabit radically different perspectives, including those of objects and infrastructure. He wrote a novel-of-sorts – half whodunnit, half sociological tome – partly from the perspective of ARAMIS, the high-tech subway system planned for Paris in the 1980s that never came into being.