Category: I Love Space

3I/ATLAS: But What If It Were Aliens?

~ J.S. Pailly ~ 4 Comments

Hello, friends!

Right now, there’s an interstellar object passing through our Solar System.  Astronomers have named this object 3I/ATLAS, and in my last post I explained how 3I/ATLAS is just a comet and NOT an alien spacecraft.  But let’s pretend for a moment that an alien spaceship were traveling through the Solar System, perhaps on some sort of survey mission.  What would the aliens see when they turn their scientific instruments toward Earth?  How much would they learn about us and our planet?

Much depends on how technologically advanced we imagine these aliens to be, of course, but we humans have been observing Earth from space for decades now.  We know some things are pretty obvious about our planet, even when viewed from a great distance away.  For a start, the aliens would notice that Earth has an abnormally large moon.  They’d also notice that Earth has oceans.  The glint of sunlight reflecting off water would give that away.  And then there’s oxygen.  The spectrographic fingerprints of oxygen are all over Earth’s atmosphere.

Do these aliens breathe oxygen like we do?  Maybe, maybe not.  Either way, Earth’s oxygen-rich atmosphere would make the aliens stop and think, “Huh, that’s weird.”  Most planets don’t have atmospheres like that.  Even weirder, though, the aliens would also detect traces of methane in our atmosphere.  Methane is an easily oxidized chemical, so you’d think all that oxygen would oxidize any atmospheric methane out of existence pretty quick.  Something must keep replenishing the methane as quickly as oxygen destroys it.  Something alive, perhaps?  It’s hard to guess if the aliens would reach that conclusion yet.

As the aliens draw nearer, they’d soon notice this odd green stuff covering much of Earth’s landmasses.  To say that in a more technobabbly way, the extraterrestrials would detect a chemical substance with a strong reflection spectrum in green light (and an even stronger reflection spectrum in infrared).  You and I know what all that green stuff is, but would the aliens figure it out?  Do they have plants back home?  Do their plants contain chlorophyll and perform photosynthesis like ours do?  Hard to say, but Earth’s green stuff would at least make the aliens think, “Huh, that’s also weird.”

A few more things our hypothetical aliens would notice: a substantial ozone layer, continents shaped by recent (or possibly ongoing) tectonic activity, a complex hydrological cycle with water existing as a solid, a liquid, and a gas… oh, and radio emissions.  Lots and lots of narrow-band, amplitude modulated radio emissions, which cannot possibly be a natural phenomenon.

The idea that aliens many lightyears away are watching I Love Lucy, The Brady Bunch, or The Dick Van Dyke Show is probably false.  As radio/television broadcasts propagate through space, those signals grow weaker and eventually blend into the background radiation.  But for the purposes of this blog post, we’re imagining that an alien spaceship is right here in the Solar System with us.  They’re close enough to pick up our broadcasts.  At that point, the aliens wouldn’t just think, “Huh, weird.”  They’d be forced to conclude not only that life exists on Earth but that intelligent life exists on Earth (unless they start watching our news or listening to our talk radio; if they do that, they might second guess the “intelligent” part).

How much more could the aliens learn about us?  Again, it depends on how technologically advanced these aliens are.  Consider the stuff I listed in this blog post to be the bare minimum of what they’d know.

WHAT TO LEARN MORE?

This blog post is based off several research papers, which are listed below.  Detecting life on a planet—even a planet teeming with life, like Earth—is more of a challenge than you might realize.  If that’s a topic you want to learn more about, please check out some of the papers below, especially the first one (the one written by Carl Sagan).

The art in today’s post is my own original work.  I didn’t take it from the Internet or ask an A.I. to generate it.  If you like my art, please consider visiting my store on RedBubble.  Shopping on RedBubble is a great way to support artists (like me!) so that we can keep doing what we do.  Thank you!

3I/ATLAS: It’s Not Aliens

~ J.S. Pailly ~ 9 Comments

Hello, friends!

You know the expression “If it looks like a duck, swims like a duck, and quacks like a duck, it’s probably just a duck”?  Well, to a certain kind of person, if it looks like a duck and swims like a duck and quacks like a duck, then it must be an extraterrestrial life form that the government has disguised as a duck.  Right now, there’s an interstellar object passing through our Solar System.  It looks like a comet.  It moves like a comet.   It’s grown a tail like a comet.  I think you know where I’m going with this.

Astronomers have named this object 3I/ATLAS.  The “3I” part of the name means this is the 3rd interstellar object we’ve spotted inside our Solar System (the previous two were 1I/Oumuamua and 2I/Borisov).  The “ATLAS” part means this object was first detected by the Asteroid Terrestrial-impact Last Alert System (ATLAS for short).  Ever since the discovery of 3I/ATLAS, there’s been a lot of speculation online, in the news, and even in some corners of the scientific community about how this object might/must be an alien spaceship or alien space probe—or even an alien space weapon!  But this is coming from the same people who cry aliens whenever anything even remotely interesting happens in outer space.

As someone who loves space, I find all this “BuT WhaT iF iT’s ALieNs?” talk annoying and disheartening, because 3I/ATLAS doesn’t need to be aliens in order for it to be interesting.  For example, did you know 3I/ATLAS is insanely old?  By most estimates, it’s approximately 7 billion years old, which makes it 50% older than our entire Solar System.  3I/ATLAS also seems to be composed of unusually high quantities of frozen carbon dioxide (and correspondingly low quantities of frozen H2O).  I’ve read several different possible explanations for this, but the one I find most intriguing is that 3I/ATLAS may come from a star system where water is extremely scarce.

When we learn new things about outer space, ironically, we often end up learning even more about the Earth.  I’ve said before on this blog that our ability to compare and contrast Earth with other planets in the Solar System has taught us a great deal about our home planet.  Now our science has advanced to a point where we can identify interstellar objects as they pass through our Solar System.  We can observe them and study them and use that information to start comparing and contrasting our Solar System with whatever star systems these objects originally came from.  I don’t know what we’ll learn by doing that, but I know we’re going to learn something, and I love that for us!

As for the aliens… someday, I believe we will discover alien life, and that day will be awesome!  If 3I/ATLAS really were an alien spacecraft, that would be awesome, too, but that hypothesis is based more on wishful thinking than actual evidence.  I, for one, think the actual evidence about comet 3I/ATLAS tells a far more interesting story than all the wishful thinking in the world ever could.  How about you?

WANT TO LEARN MORE?

There’s a lot of confusing and conflicting information out there right now about 3I/ATLAS, even without the people crying “it’s aliens!”  That’s because 3I/ATLAS is still under heavy observation at the moment, and new data is coming in at a rapid pace.  That being said, I’m going to recommend these two articles, which I feel give a pretty good synopsis of how much we know so far and how much more we’re hoping to learn.

I also want to recommend this video from Hank Green, titled “Why it’s Never Aliens,” for a more detailed analysis of why, whenever people cry aliens, it never turns out to be aliens.

IWSG: I Promise I Won’t Spread Misinformation

~ J.S. Pailly ~ 20 Comments

Hello, friends!  Welcome to this month’s meeting of the Insecure Writers’ Support Group, a blog hop created by Alex J. Cavanaugh and co-hosted this month by Jennifer Lane, Jenni Enzor, Renee Scattergood, Rebecca Douglas, Lynn Bradshaw, and Melissa Maygrove.  Are you a writer?  Do you feel insecure?  Well, then this is the support group for you!  Click here to learn more and to see a list of participating blogs.

I have a problem.  I write a blog about space (or rather, I’m supposed to be writing a blog about space).  That requires a lot of research, and I do most of my research here on the Internet.  But it turns out that people tell lies on the Internet, or if they don’t lie outright, they tell half-truths, or quarter-truths, or one-eighth of the truth, or they offer alternative truths, or they misremember things they learned were true in grade school, or they dumb down the truth so much that it no longer resembles the truth.

Misinformation is everywhere.  Misinformation about space, science, and technology?  Check, check, and check.  Early in my blogging journey, I made a promise to myself: I promised that, to the very best of my abilities, I would not make the spread of misinformation worse.  I’m only one blogger, so there’s only so much I can do, but I promised I would not make this problem worse.  Not on my blog, not if I could help it!  So before I’d share a space fact on my blog or on social media, I’d stop and fact check it, and if I came across any space news that sounded super juicy, extra awesome, and extremely clickbait-worthy… I’d fact check that even harder.

But the sea of misinformation is growing deep, and wading through it is becoming increasingly arduous.  Fake research papers are getting harder for me to spot, and sources of information that I used to trust I now find questionable.  I succumbed briefly to the temptation of A.I., until I realized how it was slowly and subtly leading me astray.  I’m at the point now where I’m scared to post anything on my blog, because I’m not sure if my fact checking is enough, and I still don’t want to break my promise.  I still do not want to contribute to the further spread of misinformation.

So what am I going to do?  Fact check everything even harder than ever, I guess.  Do less research online and try to rely, instead, on books, science magazines, and peer-reviewed journals.  If I still have doubts about the topics I write about, I can talk about those doubts, and if I find out later that I made a mistake, I can always correct that mistake—but also, I can call more attention to my own mistakes, to make sure that you, dear reader, get the updated and corrected information.

I still love space.  Despite all the headaches my research process has caused me lately, I still love space, and I still want to share my love of space with others.  I do not want to spread misinformation.  That would be unacceptable.  But to stop writing about space, to stop blogging about space all together, out of fear that I might miss something?  Out of fear that I might make a mistake?  That would be unacceptable, too.

IWSG: Writing is Like Oxygen

~ J.S. Pailly ~ 28 Comments

Hello, friends!  Welcome to this month’s meeting of the Insecure Writers’ Support Group, a blog hop created by Alex J. Cavanaugh and co-hosted this month by Kim Lajevardi, Natalie Aguirre, Nancy Gideon, and Diedre Knight.  Are you a writer?  Do you feel insecure?  Well, good news!  This is the support group for you!  Click here to learn more and to see a list of participating blogs.

I’m not happy with my writing right now.  I haven’t been doing nearly enough writing.  True, there are a lot of distractions in my life—some good, some not so good—but that’s not important.  No matter what’s going on in my life at any given time, I am still a writer.  Writing is like oxygen to me, and when I go too long without writing I feel like I’m suffocating.

So I have a new plan.  This new plan should help me catch my breath, so to speak, by getting a whole lot more writing done.  Ironically, though, this plan begins with a few things that are not actually writing.

First off, I need to stretch more.  You see, I do almost all of my writing on the floor, lying on my belly, with my feet kicked up in the air like I’m a seven-year-old kid.  But I’m not seven.  I’m forty-two, and lying on the floor like that is not great for my back.  Sitting in a chair for extended periods of time hurts my back even more, so I am not going to change my ways.  But stretching before a writing session, as I would stretch before exercise, does help.

Second, there’s a lot of paper clutter in my house, most of which is concentrated in the room where I do my writing.  Years and years worth of paper, produced by years and years worth of writing, the vast majority of which I have no use for today.  It feels a little sacrilegious to throw away so much writing, but the paper clutter is annoying.  Distracting.  It makes me feel slightly claustrophobic sometimes.  And so it has to go, because old writing cannot be allowed to hamper new writing.

And lastly, I’m not sure if everyone will understand this, but I need to get back in the habit of dressing up nice when I write.  When do you dress up nice?  When you’re doing something important, when you’re doing something special.  Writing is important to me, and also very special, and dressing up nice for writing time reminds me of that fact.

None of these things are new discoveries.  I’ve known for years that I should stretch more.  I’ve known for years that all this paper clutter was a problem.  And I’ve known for years that dressing up helps me get into the mood for writing.  But just because I know these things doesn’t mean I was doing them.

So that’s step one of my plan: do those three things.  I’ll be able to breathe easier (and write easier) if I do those three things.

Now what about you?  What non-writing things do you do to make your writing process easier?

I Love Earth

~ J.S. Pailly ~ 8 Comments

Hello, friends!

As you know, I love space, and as you might imagine, I socialize with a lot of other people (both online and I.R.L.) who also love space.  But in the last year or so, I’ve noticed a change in the space love community.  It used to be that if you loved space, it naturally followed that you also loved planet Earth.  But that’s not the case anymore.  Not for everybody.  These days, for some people, it seems that love for space equals disdain for Earth.

I’ve seen this disdain for Earth expressed in some of the recent discourse about the Moon and Mars, as well as other proposals for the colonization of outer space: rotating space stations, generation ships to other star systems, far future megastructures encircling our Sun.  Basically, these people say Earth sucks.  Earth is boring.  And Earth’s doomed anyway, so let’s cut our loses and move on from this stupid blue planet.  Let’s all go to Mars, or Proxima Centauri, or anywhere else that might be nominally habitable for humans.

So I want you to know something: when I say I love space, that does not mean I share in this weird disdain for Earth.  As of the time of this writing, astronomers have confirmed the discovery of about 6000 exoplanets (planets orbiting stars other than our Sun), but they have yet to confirm the existence of a single exoEarth.  Not one.  For me, loving space means having the context to understand how extremely rare, extremely special, and extremely precious Earth is.

I love space.  It naturally follows from my love of space that I also feel a deep and profound love for the Earth, too.  How about you?

The art in today’s post is my own original work.  I didn’t take it from the Internet or ask an A.I. to generate it.  If you like my art, please consider visiting my store on RedBubble.  Shopping on RedBubble is a great way to support artists (like me!) so that we can keep doing what we do.  Thank you!

IWSG: Just Keep Learning

~ J.S. Pailly ~ 22 Comments

Hello, friends!  Welcome to this month’s meeting of the Insecure Writers’ Support Group, a blog hop created by Alex J. Cavanaugh and co-hosted this month by Rebecca Douglass, Natalie Aguirre, Cathrina Constantine, and Louise Barbour.  Are you a writer?  Do you feel insecure?  Well, then this is the support group for you!  Click here to learn more!

A long time ago, I was talking to some friends about space.  I don’t remember what space thing I was talking about, specifically; I just remember it was something I didn’t understand at the time, and I was trying to learn more about it.  Anyway, I was telling my friends about all the work I was doing, trying to learn about this one specific space thing, and I guess my enthusiasm was showing, which prompted one of my friends to say: “You make me want to go learn stuff.”

To this day, I still consider that to be the single nicest thing anyone has ever said to me.  I love space, obviously, but even more than that, I love learning.  That’s what drives me to be a writer.  On a superficial level, I write because I want to share my love of space with others, and I want to show off some of the cool space facts I’ve learned over the years.  But on a deeper, more fundamental level, I write because I want to show people that learning is fun, that learning creates joy.  Yes, learning can be hard sometimes, but the struggle of learning a difficult or complicated thing increases the joy when you finally do understand that thing.

Writing is not always easy for me.  Sometimes I get discouraged.  Sometimes I get frustrated.  Sometimes I wonder: “Why am I doing this?”  But that thing my friend said to me, all those years ago, is a good reminder: “You make me want to go learn stuff.”

I realize not everybody loves space as much as I do, and I realize not everybody wants to learn everything there is to know about space the way I do.  But if you read any of my stuff, and if you still don’t care much about space, then I hope I can at least inspire you to go learn stuff about the things you do care about, the things that do interest you, the things that you do love.

The art in today’s post—that drawing of a brain hovering over an open book—is my own original work.  If you like my art, please consider checking out the I-Love-Space store on RedBubble.  Shopping on RedBubble is a great way to support artists (like me!) so that we can keep doing what we do.  Thank you!

How Venus Saved Earth’s Ozone Layer

~ J.S. Pailly ~ 6 Comments

Hello, friends!

Fun fact about me: Venus is my favorite planet.  I just feel like, out of all the planets in the Solar System, Venus has the most personality.  Granted, it’s the personality of a mad scientist, or maybe a serial killer.  But still… so much personality!  Anyway, today I want to share one of my favorite stories about my favorite planet.  It’s the story of how Venus (the mad scientist/serial killer planet) accidentally saved all life on Earth.

In 1962, NASA’s Mariner 2 space probe became the first spacecraft to send data back from Venus (the Soviet Union’s Venera 1 probe visited Venus a year before, but due to communications issues, it couldn’t transmit any data back to Earth).  In the decade that followed, more missions to Venus sent back even more data, and we learned that Venus spends all her time brewing this super deadly mix of chemicals in her atmosphere.  As I said, Venus has the personality of a mad scientist/serial killer.  If future astronauts ever try to land on the surface of Venus, she will straight up murder them.

As scientists in the 1960’s and 70’s catalogued all the absolutely terrifying stuff in Venus’s atmosphere, they realized something was missing: ozone.  I won’t go into all the chemistry details here, but given the kinds of chemical reactions happening on Venus, Venus should have produced something similar to Earth’s ozone layer.  And yet little to no ozone was detected.  So what gives?

Well, among all the other horrifying chemicals in Venus’s atmosphere, there are some chlorine-based molecules.  Turns out those chlorine-based molecules were interfering with ozone production.  Mystery solved!  But then somebody said, “Wait, what about chlorofluorocarbons?  Those are chlorine-based molecules, and we’ve been releasing them into Earth’s atmosphere for decades.”  More research followed, comparing and contrasting Earth and Venus.  It turned out that, yes, chlorofluorocarbons (better known as C.F.C.s) were interfering with Earth’s ozone layer just as similar chlorine-based molecules interfered with ozone production on Venus.

By the mid-1970’s, scientists were calling for action.  By the end of the 1980’s, politicians were listening, and they actually did something about the problem.  The Montreal Protocol is an international agreement restricting the production and use of C.F.C.s and other ozone-depleting chemicals.  As a direct result, today Earth’s ozone layer is healing, and there’s hope that the ozone layer will fully recover by the end of the 21st Century.  Would scientists have figured out what C.F.C.s were doing to Earth’s ozone layer without Venus’s help?  Probably.  But they might have figured it out too late.

A couple months ago, I did a post about solar storms and the danger they pose to our modern technological world.  In that post, I cited solar storms as one of the reasons why space exploration is worthwhile, despite the notoriously high price tag.  This story about Venus and the ozone layer?  This is another example of why space exploration is worth the money.  Comparing and contrasting Earth with another planet helped save us from disaster once before.  Who knows what other valuable lessons Venus (or Mars, or any of the other planets) still have to teach us?

WANT TO LEARN MORE?

Click here for a video from Sci-Show entitled “How Studying Venus Saved Earth.”

Or click here for an article from The Conversation entitled “What Venus has taught us about protecting the ozone layer.”

If you’re wondering why the ozone layer’s so important, click here for an article from How Stuff Works entitled “What If the Ozone Layer Disappeared?”

And lastly, some of you may be thinking, “Hey, didn’t they discover an ozone layer on Venus just a few years ago?”  You’re right, they did!  It’s at a much higher altitude than Earth’s ozone layer, and it’s much thinner and more tenuous, too.  But Venus does have just a little bit of ozone after all.  Click here to learn more.

The art used in today’s post is my own original work.  If you like my art, please consider visiting the I-Love-Space store on RedBubble.  Shopping on RedBubble is a great way to support artists (like me) so that we can keep doing what we do.  Thank you!

Does Science Make the World Less Magical?

~ J.S. Pailly ~ 5 Comments

Hello, friends!

For some reason, whenever I show up at parties, I end up having conversations with people about space.  I swear it’s not always my fault.  I am not always the first person to mention space; however, if anyone does happen to mention space in my presence, my brain contains a wealth of random space trivia, and I am all too eager to share that wealth with others.

A few years back, I was at a dinner party where somebody said something about Mars.  I think this was shortly after the Opportunity rover died, so Mars had been in the news.  Anyway, I love Mars.  I love talking about Mars.  Mars has the largest volcano in the entire Solar System, and also the deepest canyon, and sometimes the dust storms get so bad they conceal the entire planet’s surface from our view.

I could talk about Mars all night if you let me.  Unfortunately, there was one woman at that dinner party who would not let me.  All my Mars facts, all my space facts, all my science facts… she didn’t want to hear any of it.  As she explained herself, she loved to look up at the stars.  She loved to see the stars and wonder about them.  She loved wondering so much that she was afraid all my facts and information about space might spoil her experience of wonderment.

As the evening progressed, I learned that this wasn’t just about space facts.  She also enjoyed wondering how mountains could form, how birds could fly, how a tiny seed could grow into a massive redwood tree.  She loved wondering about these sorts of questions, but she adamantly refused to learn the answers.  It’s not that she was anti-science.  She agreed that science is necessary and valuable.  It’s just that science also made her sad because (in her view) it spoiled all the magic and mystery of the world around us.

I was, and still am, utterly baffled by this point of view.  It sounds like a celebration of ignorance to me.  I mean, I do understand the joy of wonder.  I wouldn’t want to lose the experience of wonderment either.  But science does not diminish wonder.  It enhances it.

Consider looking up at the night sky, noticing one slightly orange, non-twinkling point of light, and saying: “Gee, I wonder what that is.”  Now consider looking up at that same orangey point of light and thinking: “That’s Mars.  That’s a whole other world.  In some ways, it’s eerily similar to our world, and in other ways it’s wildly and terrifyingly different.  Long ago, that world was covered in water, and maybe also life.  Then something went wrong.  The whole planet dried up, and all that life (assuming it was ever there in the first place) most surely died out.  I wonder what happened.  I wonder if we’ll find fossils.  I wonder if we could ever turn Mars into a living planet again.”

Who’s having the greater experience of wonder?  Rather than spoil any magic or mystery, science has given me far bigger and far more interesting questions to wonder about.  Science has enriched my life, and if you are the kind of person who enjoys (who genuinely enjoys) the experience of wonder, I promise you that learning even a little about science will enrich your life, too.

The art used in today’s post is my own original work.  If you like my art, please consider visiting the I-Love-Space store on RedBubble.  Shopping on RedBubble is a great way to support artists (like me) so that we can keep doing what we do.  Thank you!

Living with a Star

~ J.S. Pailly ~ 6 Comments

Hello, friends!

I love space, you love space—lots and lots of people love space.  It’s easy to get large numbers of people hyped up about outer space!  But as soon as you start talking about funding space exploration, the mood shifts.  Folks get uncomfortable, and it turns out that space can be a controversial topic after all.  So today, I want to talk about one of the reasons (just one of the reasons) why space exploration is worth the high price tag.  It has to do with the Sun.

Earth has a complicated relationship with the Sun.  Sure, the Sun gives Earth something to orbit.  It also provides Earth with light and heat and generally makes this planet livable.  However, the Sun also throws spectacular temper tantrums, flinging all sorts of high energy radiation and electrically charged particles out into space.  Sometimes, when the Sun throws a temper tantrum, it flings all those charged particles and all that super scary radiation directly at Earth.

Fortunately, Earth’s magnetic field protects us, deflecting the danger away or redirecting it toward Earth’s poles (this is what causes auroras).  And so, for the vast majority of human history, the Sun could throw all the temper tantrums she liked, and we haven’t had to worry about it much down here on the ground.  That changed on September 1st, 1859.

On that day, English astronomer Richard Carrington was studying sunspots on the Sun (using the proper safety filters on his telescope, I presume) when he observed an absolutely stupendous flash of light.  Most likely, Carrington witnessed what we now call a coronal mass ejection, or C.M.E.  Seventeen hours later, that C.M.E. hit Earth.  It’s said that the resulting auroras stretched from the poles to the tropics and were bright enough to turn night into day.  I’ve read some versions of this story that claim auroras were even visible at Earth’s equator.

The Carrington Event, as we now call it, in Richard Carrington’s honor, must have been a beautiful sight.  However, this was also the first time a C.M.E. of that magnitude hit Earth while Earth was wired up with telegraph lines.  As Earth’s magnetic field reacted to the impact of the C.M.E., induced electric currents wreaked havoc up and down the world’s telegraph network.  Telegraph operators received electric shocks.  Telegraph equipment started shooting sparks.  In some instances, those sparks started fires.

The world today is even more wired up with technology than it was in 1859, so how bad would it be if something like the Carrington Event happened again?  No one really knows, but the Sun doesn’t need to produce another Carrington Event to mess with our technology.  Much weaker solar events have damaged or disabled our satellites in orbit, triggered power outages here on the ground, and caused radio communications blackouts.  Solar storms pose radiation hazards for astronauts, obviously, but they can also put the passengers and crew of aircraft at risk, especially if those aircraft are flying anywhere near Earth’s north or south poles.  Solar storms are enough of a problem that insurance companies are paying attention, and they get nervous whenever the Sun stars acting up (see the “want to learn more?” section below if you want to learn more).

So in the early 2000’s, NASA created the Living With a Star program, or L.W.S.  Because, for better or worse, the Sun is right there, and we have to live with it.  As of this writing, there are three active L.W.S. missions in space, plus a few other solar science missions that operate outside the L.W.S. program.  They’re all monitoring the Sun, gathering new data about solar physics, doing their best to give us a least a little warning whenever the Sun decides to hurl a giant, radioactive fireball our way.  In time, perhaps these missions will teach us why the Sun’s temper tantrums happen in the first place, so that we can better predict when they’ll happen next.

I heard something on a podcast recently: there is a difference between knowing the cost of a thing and understanding the value of that thing.  Space exploration costs an enormous amount of money.  There’s no denying that.  But for a society like ours, on an increasingly technological world like ours, the value of something like the International Living With a Star program far exceeds the cost.  This is just one example of why space exploration is worthwhile, despite the high price tag, and in upcoming posts I’m planning to offer other examples, too.

Thank you for reading, friends.  I hope to talk to you again soon.

WANT TO LEARN MORE?

Click here to read “The Carrington Event: History’s greatest solar storm” from Space.com

Click here to visit NASA’s website for the Living With a Star Program.

I mentioned that solar storms can make insurance companies nervous.  Click here for an article on how much money the insurance industry could potentially lose due to an “extreme space weather event.”

And lastly, here’s a link to the podcast I mentioned near the end of my post.  The podcast is called Stories from Space, and the episode is titled “WTF is Happening at NASA?”

The art used in today’s post is my own original work.  If you like my art, please consider visiting the I-Love-Space store on RedBubble.  Shopping on RedBubble is a great way to support artists (like me) so that we can keep doing what we do.  Thank you!

IWSG: I Believe in Fairies

~ J.S. Pailly ~ 24 Comments

Hello, friends!  Welcome to this month’s meeting of the Insecure Writer’s Support Group, a blog hop created by Alex J. Cavanaugh and co-hosted this month by Jennifer Lane, L Diane Wolfe, Jenni Enzor, and Natalie Aguirre.  Are you a writer?  Do you feel insecure?  Well then good news!  This is the support group for you!  Click here to learn more and to see a list of participating blogs.

As you can probably tell from the name of my blog, I love space.  I also love science and science fiction.  I’ve been loving space, science, and science fiction for such a long time now that I’ve developed a highly scientific, highly evidence-based view of the world.  I don’t pay attention to astrology.  I don’t take tarot cards or Ouija boards seriously.  I don’t knock on wood or worry about black cats crossing my path.  I don’t believe in any superstitions except one: I do believe in fairies.

That’s because I happen to know a fairy.  I call her my muse, and she can be super annoying sometimes, always pestering me with new ideas and nagging me about writing whenever I take even the shortest possible break from writing.

It’s hard to deny the existence of fairies when there’s this one fairy who just will not leave you alone, not even for one goddamn minute!

Anyway, the real point I’m trying to make is that there is a highly scientific, highly evidence-based approach you could take to writing.  You could learn all about the craft of writing.  You could study plot and characterization.  You could memorize all the heroic archetypes and all twelve steps of the monomythic journey.  You could find out what words like synecdoche and antimetabole mean and then apply those concepts to your writing.

And… okay, sure, you should spend some time learning about those things.  But don’t get too technical about writing.  Don’t take too scientific of an approach.  Leave room for sudden inspiration.  Be prepared for things to suddenly make sense, and you can’t explain why.  That’s probably your muse sprinkling fairy dust on your head, causing the magical side of writing to happen.

P.S.: Of course, the great science communicator Carl Sagan once said exactly what I’m trying to say, except much more succinctly: “A book is proof that humans are capable of working magic.”