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Tag: Universe (Page 1 of 2)

Why Bother With Space Exploration?

This is the second installment of my posts about space exploration. You can check out the first one “Let’s Stop the Billionaires from Controlling Space Exploration” here.

A question that inevitably comes up when discussing space exploration is why bother at all? People will say that space exploration is expensive, that we should focus on fixing all the bad things here on Earth, and what do we humans really get out of it anyway?

Photo credit: NASA

Let’s start with that first one of how expensive it is. In my last post, I mentioned that NASA’s 2021 budget at $23.3 billion. To a single individual (unless you’re the likes of Jeff Bezos or Elon Musk), that kind of money is an obscene amount, but let’s put in perspective. NASA’s budget is a mere 0.5% of U.S. government spending. Contrast that with the 2021 defense budget of $703.7 billion or the 1964 NASA budget adjusted for inflation of $57.3 billion.

Next, let’s talk about how we should focus on our problems here on Earth rather than exploring space. This one almost doesn’t even require a response because it’s not a this-or-that kind of situation; sending humans to the moon doesn’t keep us from feeding hungry people. But I’ll humor the doubters and give an even more thorough response than that, which also addresses what we here on Earth get out of space exploration.

The work that NASA does can actually help solve our Earthly problems. NASA has a program dedicated to climate change with an entire fleet of instruments and spacecraft orbiting Earth to study climate science. Their scientific data is readily available to anyone on the globe, specifically those in charge of making and changing climate policies around the world.

The agency’s research encompasses solar activity, sea level rise, the temperature of the atmosphere and the oceans, the state of the ozone layer, air pollution, and changes in sea ice and land ice. NASA scientists regularly appear in the mainstream press as climate experts.

NASA’s “Taking a Global Perspective on Earth’s Climate”

Space exploration also pushes the development of cutting edge technology and innovation that leads to applications here on Earth. Ever taken a selfie (the rovers on Mars have…see “Watch (and Hear) How NASA’s Perseverance Rover Took Its First Selfie”)? You can thank space exploration for that. Here’s a video about some more of the technologies that have come out of it, including weather forecasting tools, fire resistant fabrics, and medical applications.

Beyond the tangible benefits of space exploration, allow me to wax poetic for a moment about the intangible. Recent studies have shown that experiencing a sense of awe reduces stress, loneliness, and depression and can even alleviate pain (see “Awe: The Instantaneous Way to Feel Good and Relieve Stress”).

What is more awe-inducing than looking up at the stars and imagining what is up there, thinking about the universe and our place in it? Well, actually knowing what is up there! Because as vast as our imaginations are, the more we explore space, the more we realize that some of it is stranger than we can imagine, like a space cloud that smells like rum or a planet composed of solid diamond.

Space exploration gives us mere mortals a chance to see how far we can go as a species, both in actually going into space and by pushing the boundaries of what our minds can understand. It also puts us in our place. One of my favorite ways to get a sense of awe is watch videos about the scope of the universe.

It reminds me that we are a tiny part of a vast world, barely even a blip in the 14-billion-year history of the universe. Yet (barring any secret alien files the government has) Earth is the only planet we know of that has life on it. And it has a vast array of life, an estimated 8.7 million species, all on this one speck of a planet.

We are insignificant in the scope of the universe, but we are also diverse and important in the complex web of it, probably in ways that we can’t imagine. Understanding our greater place is all part of exploring it. So, yeah, space exploration is important and worth doing.

I’ll leave you with one last quote from NASA before I circle back to those billionaires who want to take control of space exploration on my next post.

Human space exploration helps to address fundamental questions about our place in the Universe and the history of our solar system. Through addressing the challenges related to human space exploration we expand technology, create new industries, and help to foster a peaceful connection with other nations. Curiosity and exploration are vital to the human spirit and accepting the challenge of going deeper into space will invite the citizens of the world today and the generations of tomorrow to join NASA on this exciting journey.

NASA’s “Why we explore”

Science, Math, and Nature as Inspiration for Themes in Writing and Beyond

Long-time readers of the Observation Desk might remember that I’m a fan of science. Some of my old posts include “We Are All Stardust”, “Big New for the Big Bang,” and “Seems the World Will End in a Bang, Not a Whimper.” I find science and nature (and even sometimes math!) to be a great source of inspiration, not only for writing but for my life.

There are so many wonderful, beautiful, crazy aspects of our universe. An exploding star, called a supernova, sends particles shooting across the universe. These happen all the time in our universe and have been happening for billions of years. All the elements that make up earth, including our own bodies, were once ejected particles from a supernova.

Then you have the Fibbonacci Sequence, which starts at 0,1 and each subsequent number is the sum of the previous two (0,1,1,2,3,5,8, etc…) and put in order in boxes make a spiral. Many things in nature follow this pattern, from flower petal and seed arrangements to how spiral galaxies are formed.

To take a look at a math example, did you know that a computer cannot truly generate a random number? Because computers function via algorithms, or sets of rules programmed in to the computer, it’s not possible for a computer to do random.

And whether or not I totally understand all these concepts that fascinate me (spoiler alert: I don’t, but I keep trying anyway!), they never fail to inspire me. They push me to examine the patterns in my writing. On a micro level, I look at the the words, language, and sentence structure patterns I fall back on, so I can push myself beyond my own cliches.

On a macro level, it pushes me to recognize emerging themes in my writing. What themes did I go in with and maybe didn’t follow through on properly? What themes didn’t I notice, ones that maybe stemmed from my subconscious, that can make my story better if I tease them out more and reinforce them? Where are there more opportunities to refine any symbols I’ve used or places where I can introduce more?

Taking a patterned analysis to my writing allows me to make sure every detail (word, sentence, symbol, description, etc…) counts to work toward a greater whole through theme and plot.

To take all this a step further, trying to understand the science and math that governs nature can help me examine my own life for themes and patterns. It pushes me to a greater level of introspection and hopefully to a better place as human being. And that will only contribute to me being a better, more deliberate writer.

When I work at honing that merging of the creative and analytical thinking, stuff  moves in ways I could never have imagined before. The world, my stories, my life…everything reaches a whole new level of understanding in my mind. And that feels like a pretty incredible phenomenon.

Big News for the Big Bang

If you’ve been following my blog for awhile, you might have noticed I stray from the writerly and motherly topics to science every so often. Black holes, the Large Hadron Collider, and the Big Bang are among some of my favorite topics.

While the first two episodes of Cosmos: A Spacetime Odyssey linger, unwatched on my DVR (because the hubby and I want to watch them together and haven’t been able to find a time where we both have the mental acuity to actually enjoy them), a big scientific discovery about the Big Bang occurred just yesterday. No, I’m not talking about how it was recently announced that The Big Bang Theory was renewed for three more seasons (though that was pretty exciting news), I’m talking possible world-changing scientific news.

So picture a group of scientist in the South Pole gazing out into the depths of the heavens via a very powerful telescope called BICEP2. Now imagine they look so far and deep that they discovers very old light waves (as in nearly 14 billion years old), like the oldest light waves to ever have been detected. Well, you don’t really have to imagine it because that is exactly what they did.

It is believed that they detected cosmic microwave signals that show what happened shortly after the Big Bang. In short the Big Bang theory says that in a very, very, very, very miniscule moment in time, a hot, dense, teeny tiny singularity (which held all the matter and energy in the universe) expanded rapidly and in seconds stretched across space to create the universe, which we know is still expanding.

In order for that theory to hold water, something called cosmic inflation had to occur. Cosmic inflation is what happened just after the initial Big Bang, in which the universe went from essentially nothing to something 100 trillion trillion times that size in a ridiculously small amount of time, and the rapid (which I think is an understatement here) moment (which is an overstatement here) of expansion slowed to a pace closer to what we experience now in the universe.

Of course (as so many of our modern physics theories do), this idea stems back to Einstein theory of relativity, but had never been able to be proven. However, with the observation of these very old light waves, scientists believe we now have evidence of cosmic inflation. So it seems we have new insight into the birth of universe, which is certainly a very exciting moment indeed.

A few articles of further reading are in these articles: “A New Window On The Big Bang Has Been Opened” and “Big Bang, Inflation, Gravitational Waves: What It Means”. I leave you with this (lighter) explanation of the universe as provided by The Barenaked Ladies, a video that is one of The Boy’s favorite things to listen to (perhaps he’s a little scientist in the making!).

Dark Matter, Alternate Universes, and a Story Idea

I haven’t had a science update lately, mostly because my favorite science project the Large Hadron Collider is on hiatus. It’s being upgraded to increase its power so it can smash teeny, tiny particles even faster and harder. Scientists are hoping to unlock the secrets of dark matter.

Dark matter is thought to make up a large part of the universe, but so little is known about it. Thinking about the universe and great mysteries like dark matter get my creative juices flowing. One of my favorite science programs is Discovery Channel’s How the Universe WorksIt kind of make my head hurts because the theories and science discussed are so mind-blowing in both concept and scope, but boy it’s so exciting to think about the universe.

I took physics classes in high school and college and found them, frankly, boring. Nothing we discussed ignited any sense of excitement. I get that you have to learn the basics to better understand the bigger concepts that theoretical and astrophysicists study, but I wish those basic physics classes had at least sparked some interest in learning more. And they just didn’t do that. It wasn’t until I was an adult, long out of school, that my own curiosity lead me to a passion for learning about the universe.

I hope to one day use a fictional story to meld my passion for writing and creating worlds and characters and my excitement over the universe. It’s been percolating for some time now and I think I have a premise and a main character. But I need to finish up a couple of other projects first and school myself more on the scientific concepts I’ll need to know to make the story authentic. Anyone want to give me a crash course? 🙂

I’ll leave you with this little gem of an article called “Quantum Theory Proves That Consciousness Moves to Another Universe After Death.” It definitely sounds science-fictiony, but it’s one of those ideas that I love reading about, if only to make my head spin a little with both excitement and confusion.

Seems the World Will End in a Bang, Not a Whimper

I’ve had so much books news going on lately that I’ve neglected to update you all on any science news. My longtime followers know that I’ve been very interested in the progress of the Large Hadron Collider (LHC) and the discovery of the Higgs boson, also called the God Particle. For new readers, some back articles about this topic include what the God Particle is, LHC creates primordial matter, and disproving Einstein.

Well, I reported back in July how scientists “discovered” the God Particle. Awesome news! So the face of physics and what we know about the world has changed, right? Ummm, not exactly. Subsequent analysis of the particle has not found any evidence to say it isn’t the God Particle (how’s that for a double negative!). And earlier this month, CERN shut down the LHC for two years for scheduled maintenance (imagine if your car maintenance took that long!).

Don’t worry, though. Even though there won’t be any subatomic particles smashing together at the LCH for awhile, I’ve still got some mind-bending news to report. Recent calculations regarding the Higgs Boson indicate that in tens of billlions of years, another alternate universe will expand far enough out that it will reach our universe, which will then disappear in a catastrophic event. And it will happen at the speed of light…how’s that for a Big Bang!

But don’t worry about that either. We’ll be long gone before then…and not just you and me and our grandchildren. The whole Earth will be gone when the sun burns out in another five billion or so years!

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