For as long as I remember, I've loved science and also science fiction. 🚀 Science came first for me, but for many, it's been the other way around.
SF is great for inspiring future scientists and igniting interest in science. Luckily, #scicomm & #outreach has begun to notice! ⬇️
I'm currently leading the 'Science Fiction as An Astrobiology Outreach & Education Tool' at @EAIastrobiology. We used reprint SF stories accompanied by original science essays in 'Strangest of All', released last spring to aid outreach amidst lockdowns.
The positive response prompted us to edit a bigger, more ambitious print book of original astrobiological SF and essays. Titled Life Beyond Us, it's just funded on kickstarter and will be published next fall around the launch of @esa's Rosalind Franklin!
Andrew Fraknoi is by far not the only scientist using SF in outreach. @JimKakalios is famous for teaching physics using superhero comics! Scientist-authors such as Gregory Benford, @DavidBrin, @julieczerneda and others have also been active in promoting science education via SF.
Recently we've seen more great projects promoting science via SF! Last year's #ExoDem conference featured e-zines of fiction and poetry based on the scientific abstracts! A brilliant idea by @aussiastronomer and @lectio. Check it out here! ⬇️
It's not just the written word! Aided by amazing comics visuals, it can have an even greater impact, especially for younger readers. Here's a seismology outreach comics 'When the Earth Quakes' by the team of @Chmee2! 🌍 A sequel on magnetism is coming!
There's more - Peter Watts' books contain scientific references, Mike Brotherton edited an anthology of SF by scientists, and there's certainly a lot I haven't discovered yet or forgot to mention now!
But the question is: What's the role of SF in relation to science? 👾 🔭
It's not the purpose of SF to try to simply predict the future (nor would that be so interesting). Its great strength is imagining different pasts, presents and futures depending on what we do, discover, on our mistakes, chance and success! It's literature of ideas, of "what if".
This imagination can be inspiring for scientists, engineers, policy-makers, etc. alike. It's a sandbox for exploring different trajectories!
On Friday, I had a short talk at the @abgradeurope Space Law forum on how SF can assist making space law. It applies to other fields, too!
In sum, #sciencefiction can be great inspiration for future generations in STE(A)M and useful in teaching how to start asking questions and thinking as a scientist. It may also be of direct benefit to comparing future trajectories based on our decisions now - where do we go next.
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PEOPLE OF SPACE! I’m super excited to be hosting this week! We’ll be covering a bunch of topics that are near and dear to me including #space (obviously), astronomy, supernovae, radio astronomy, science communication, and MORE
🧵 #science#scicomm#spacetwitter#intro#Thread
But who is this random dude yelling at us about space?
Well the short version is that I’m a physicist who finished high school with every intention of becoming a lawyer - pictured is 19yo me not caring about science #accidentalscientist#accidentalphysicist#throwback#SPACE
The mission patch was based on a design from well known Italian fashion designer, Emilio Pucci. The design has three stylized birds flying over the Hadley-Appenine landing site with the crew names on the lower part of the outer border.
In an early version of an Easter egg, the crew snuck a Roman numeral XV into the crater shadows. According to a story I heard from one of Al Worden's @ExploreSpaceKSC presentations, NASA discouraged Roman numerals on the Apollo patches, thus the hidden nature.
Before his passing last year, @WordenAlfred was a regular astronaut host at @ExploreSpaceKSC giving presentations guiding tours and being an affable ambassador of the Apollo program to a new audience.
On board were (left to right) Lunar Module Pilot Jim Irwin, Commander Dave Scott, and Command Module Pilot Al Worden
The landing site was Hadley-Appenine, on the edge of Mare Imbrium. It was bordered by Hadley Rille, a valley-like geological structure and the Montes Apenninus, or Appenine Mountains. The Palus Putredinus was a lava field that filled the area.
Today I’ll be working on some research for the big Mars exhibition! As I said yesterday, I’m working on researching how people have been imaging the Red Planet throughout history.
Today we have orbiters circling Mars and rovers that take pictures of the surface. But the history of imaging Mars stretches back centuries, from depicting Mars in art to the canals people thought they saw on the planet.
What are some of your favourite images of Mars and why?
Going to talk about designing a temporary display today!
In Science Museum lingo, there are 2 kinds of displays:
🚀Exhibitions (temporary displays) - these can last up to a year
🚀Galleries (permanent displays)
Even a temporary display might take several years to prepare for, with overviews and detailed proposals.
Exotic solvents & life's building blocks are among the more speculative #astrobiology topics, but still important to study scientifically! Our own system contains places potentially able to host life unlike on Earth. Not just Titan!
All Earth life is carbon-based and needs water to survive. 💦
'Mildly' exotic life might share these traits, but use e.g. other information molecule (or differently coded DNA, even with different/more 'letters') or opposite chirality (left/right-handedness) of some compounds.
There are countless possibilities of different information molecules and their coding. Is Earth DNA and RNA a ', frozen accident', or does it have a phys/chem reason? And is all life chiral? In the same way, or is that another frozen accident? What about the amino acids we use?