Thoughts
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"Alliteration's Allegory" - A Poem in Hindsight of a Great and Terrible Year
“How could they see anything but the shadows if they were never allowed to move their heads?”
― Plato, The Allegory of the Cave
“It is the task of the enlightened not only to ascend to learning and to see the good but to be willing to descend again to those prisoners and to share their troubles and their honors, whether they are worth having or not. And this they must do, even with the prospect of death.”
― Plato, The Allegory of the Cave
Angel’s advocate -
Amidst best bets, crediting
Cool, calm, collected debts
Devil’s deal -
Digging dirty ditches
Entering exodus... emptiness
Embellishment-etched,
Embezzlement-esque
Fine fonts flaunting fairness,
Fronting for fostered,
Forceful face-fuck fests
Façade freedom gatherings
God’s gift -
Growing generational governance,
Garnering half-hating, half-hailing
Impressionistic Incessancy
In in-cre-ments,
Insisting it invites
Independence, isn’t its
Inside joblessness
Jesus’ jobe -
Jabbing, “just-joshing” jokes
Kinda kidding, kinda killing laughter
Listening less, lapsing life’s lessons
Letting love lose,
Leveraging loathsome laments
Mocking moments,
Missing memories
Making more
Mortal’s mission -
Noble’s Nemeses
Necromancing "new normals",
Neglecting old obligations, often
Offering opportunistic options -
Positions, power, protection, pardons... politics.
Prophecy's pressure -
Pro quids, questioning quos
Queued quests quoting qi - quitting quips
Queen's quarrel -
Remedies? Rest, reality, reflection, reset, retur...
Recess! Silly. Same swan song, shaking/still
Searching such selfish souls
Slaves shoveling shit superiors stole
Saint’s secret -
Some say, "So?", sometimes sans "sorry", so...
Time's tenet -
Truth trying to tell tall tales,
This then that,
Tit/tat, tisk tisk table-top taps,
"Touch This" traps, touchless
Tongue-tipped, though usually
Uttering undone “ummms” under voiceless
Vader-y ventilations, vibing via vindicated violence
Virgin's view -
Washed, wavelengths wishing without
Wondering, “Why?” Well, why would we?
Whatever.
Warrior’s womb -
Xenic xebecs xeriscaping
Xenophobic xenodiagnoses
Yielding, yet yearning, your yesterdays - yikes!
Yelling (yelping) your yesses - yawn
Zealous zen zones/zombie zoos - Zzz...
Zigzag zeitgesits zeroing zodiacs (zillions) - zing!
Zion’s zenith -
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Asking the Right Question
In order to come up with an answer for something, you have to know what you're asking.
"We are just an advanced breed of monkeys on a minor planet of a very average star. But we can understand the Universe. That makes us something very special." - Stephen Hawking
How does the universe work?
The smartest people in the world have been working on this question for centuries. Some say we've made progress, though I'm not so sure. See, when it comes to big questions like this, there are many factors to consider before even attempting to come up with an answer.
First of all, in order to come up with an answer for something, you have to know what you're asking. More on that later.
Another important factor to consider when approaching a big question is the method by which you plan to answer it. With a complex problem such as the mystery of the universe, you’re not going to get very far in solving it unless you have some sort of system; some sort of organized method by which you can track your progress and begin to comprehend this complex subject that you are choosing to explore.
A system is also important because it will help you not only organize and understand things for yourself, but it will help others understand as well. In helping others understand your way of thinking and your system, you can then start to build credibility, and perhaps community, around it. This brings us to yet another factor to consider: belief.
Any progress we’ve ever made in understanding things, like the true nature of the universe, is built upon a belief system. Religion, philosophy, spirituality, science, astrology, politics. These are all belief systems. Some systems use sense. Some use logic. Some use a little bit of both. Regardless, they all help establish a general consensus about things, and help keep us in check when we go off to explore the big stuff.
So, if you have a big question, there may already be an established belief system in place that can help you answer it. If not, you could always form your own belief system. Ah. Yet again, we’ve arrived at another - and perhaps the most significant - factor to consider when approaching any big question: you.
The universe is everything. You, a human, act merely as part of it - an origin point from which you can observe the universe - everything - around you. And not only can you observe it, you also have the ability to perceive it however you see fit. This ability forms your own, personal perspective about the nature of the universe and your place as part of it. It is your consciousness, and it is responsible for any question that you have ever asked.
So, back to my first point about knowing what you're asking - do the smartest people in the world want to know how the universe works? Or, do they want to know how the universe works as it relates to their own human experience of it? Logic or sense?
Who are you?
A reminder about probably the coolest thing that we humans have ever done
We sent two spaceships into outer space in search of something. As it turns out, what we were looking for was here all along.
The Golden Record. Credit: NASA
"4 billion years from now, when our sun turns into a red giant, Voyager is still going to be trucking out there through the stars. We'll still be out there." - Candy Hansen-Koharcheck
One time, we put a golden record on a spaceship and sent it off to interstellar space. This was part of a bigger mission, originally called the Voyager program.
Long after our sun burns out and we all perish, this golden record - which serves as the soundtrack of humankind - will be the last surviving evidence of our existence.
Some quick facts about the Voyager program:
In 1977, we sent two spacecraft, Voyager 1 and Voyager 2, out into space on a mission to explore Jupiter and Saturn. The spacecraft were built to last five years.
They did a really good job with the Jupiter and Saturn thing, so the mission was extended. Voyager 1 was sent on a direct trajectory to the outer limits of our solar system and eventually interstellar space, while Voyager 2 was tasked with making a couple pitstops to both Uranus and Neptune, before following suit with Voyager 1.
Between the two of them, they were able to capture and transmit countless data regarding our systems's largest planets and their respective moons. They were also able to send back some super snazzy photos.
Before leaving our solar system, Voyager 1 turned around to take a portrait of us and our neighbors. Scientifically, there was no reasoning behind this detour, but Carl Sagan insisted that it be done. Now we have these:
Credit: NASA
And this:
After 40 years, both Voyager spacecraft are still out there, traveling farther than any man-made object ever has, exploring the unknown beyond our Sun's domain.
I haven't gotten to the best part.
The Golden Record
The Voyager program was designed to be more than a mission of exploration. In the unlikely event that either of these spacecraft were to encounter intelligent, extraterrestrial life, we included a golden phonograph record on each. Here's what the records contain:
115 images of our world and its various inhabitants
90 minutes of music from different times and cultures, including "Johnny B. Goode" by Chuck Berry
A selection of natural sounds, such as wind, thunder, waves and birds
Printed messages from President Carter and U.N. Secretary General Waldheim
Spoken greetings in 55 languages
The English greeting was recorded by a group of children, who simply and innocently stated, "Hello from the children of planet Earth."
What was the point of all this?
Voyager 1 and Voyager 2 set out to explore, and to help us better understand our place in this endless arrangement of everything. And with them, encapsulated in these golden records, is the story of who we are, and what it means to be human.
To me, this incredible, ongoing Voyager mission is an extension of the same mission that we all embark on within ourselves every day. And the golden record? It wasn't made for some alien to randomly discover in a couple billion years from now. We made it for ourselves, to serve as a reminder of how special we are, and what's possible when we all work together toward something big.
Just like these spacecraft, we are all explorers lost in space - all in search of, well, something.
Biocentrism Says Existence Is a Matter of Perception
If you are not there to observe it, does it exist?
“Without consciousness, space and time are nothing.” - Robert Lanza
As maniac as this idea may seem, it stands as a relatively popular theory known as biocentrism, or the theory of everything. It’s the idea that consciousness is responsible for the existence of the universe, not the other way around as physics would have you believe.
As all that we know from physics continues to yield more questions than answers, medical doctor and scientist, Robert Lanza, has presented this new way to approach the “why?” question. His theory of everything places biology first, suggesting that the “web would not exist without the spider.” A shared consciousness, which kindles our collective web of all things known, is responsible and necessary for the existence of the universe and, without this shared consciousness, there would simply be nothing.
From a different angle, this notion could be explained by suggesting that things don’t exist unless you are there to observe them. This has been countlessly demonstrated by the famous double-slit experiment, in which entangled particles only present themselves as identifiable when they are observed. When they are not observed, they do not exhibit any unique properties within any specific orientation of space and time, but rather present themselves as a wave with infinite possibility across all of space and time.
Through physics, we’ve made significant progress in understanding the nature of our universe. Matter is studied as we track its motion and behaviors, and various physical theories are put to the test against the laws we’ve mostly come to accept. And while this scientific method can allot a certain level of confidence to its known facts about the nature of our universe, it must insist that no scientific fact be considered an absolute truth.
Even science admits that the very nature of truth is a matter of perception, and thus can never be absolute.
This fact - that there are no facts - also presents a problem for the theory of biocentrism, and it all comes down to the “truth” about space and time. Biocentrism regards both space and time as mental tools that we use collectively to form a frame of reference for our existence, rather than regarding them as physical objects that can be measured. If you can’t measure space or time, then you can’t prove that they exist, or that anything exists within their respective boundaries, including the theory of biocentrism.
It’s funny and ironic to think that nothing is true yet, as you observe it to be, it is.
"Look Again at That Dot."
Let's take a closer look at this photograph of Earth, from Saturn's perspective.
Earth from Saturn, as captured by NASA's Cassini spacecraft in April of 2017
"Look again at that dot. That's here. That's home. That's us." - Carl Sagan, Pale Blue Dot: A Vision of the Human Future in Space
Take a moment to observe one of the many now-famous images captured by NASA's Cassini spacecraft, in which Earth was wondrously captured as the only source of light between the acting frame of Saturn's rings.
While this image may prompt thoughts of our sheer insignificance in the grand scheme of things, challenge yourself to examine this photograph from a different angle.
Consider just some of the many, many factors needed to sustain life on a planet, amidst the desolate and violent conditions of space: being the right distance from the sun to allow for water to melt, being in the “habitable zone” of the galaxy to avoid deadly radiation, having a near-perfect circular orbit to maintain consistent warmth and light, having a moon that creates tides, and so on. And, by the way, it doesn’t hurt to have “gas giant” neighbors, like Saturn, to attract asteroids and comets, often preventing them from reaching us.
As it seems, we just happened to be in the right place at the right time. Whether by luck, by fate, or perhaps by something we do not yet understand, behold life.
From the first microorganisms to the ~8 million species that now reside here, life on Earth has evolved over the years. Us humans, the luckiest of the bunch, have even grown to possess a heightened state of consciousness, for better or worse. That is to say we have the ability to do extraordinary things like imagine, perceive, and love.
Let this image of Earth pose a thought, not on insignificance, but on what can become of being in the right place at the right time. Whether by luck, by fate, or perhaps by something we do not yet understand, behold.