By Candice Louisa Daquin
Inclusiveness seeks to bridge gaps between peoples and places. Too often our parochial approach in life, leaves us alienated and estranged. But speaking of aliens … in the 2000’s it seems we are at last coming to the point in time where humans will begin to, if not live off world, then visit in greater numbers. Space travel? That’s truly borderless. How exciting to imagine traveling the universe and having our eyes opened to the immense possibilities of space!
Though the elites enjoy space travel, the question remains, will the human race en mass ever truly reach the stars and expand beyond Earth? With this in mind, I posit the following questions;
Is it viable?
Back in the 1950s there was a contagious worldwide fervour to go to space, fuelled by the fantasy of sci-fi writers and films that made this achievement seem imminent. Maybe after the two world wars and the fatigue of poverty contrasted with the hopefulness of better days ahead, we were finally able to dream. In a way, space travel has always been the purview of the dreamer. The Soviets launched the world’s first satellite, Sputnik I, in October 1957. The competition and fear between America and the Soviet Union no doubt accelerated the development of space exploration during this time. Additionally, the cessation of world wars made this logistically more possible, and the knowledge gained from those wars was utilised to create space worthy ships. The race to get to space was a Cold War competition between the United States and the Soviet Union to develop their respective aerospace abilities and send satellites, space probes, and humans up into space. But the whole world was involved, with astronauts, scientists and researchers working together as much as they competed with each other.
In April 1961, Soviet cosmonaut Yuri Gagarin entered Earth’s orbit, in Vostok I, a space craft for one person, becoming the first man ‘in space’. In the 1960s, the US reached the moon (unless you believe that this was faked, in which case, film maker Stanley Kubrick made a faux film of reaching the moon, information on this can be found in the revealing documentary Room 237, by Rodney Ascher made in 2012!). If indeed the moon was reached, it seemed back then, this was just the beginning. There was a palpable obsession with the future. Technology that would get us to space gripped the United States and deeply influenced the cultural artefacts of the time. In 1955, Walt Disney paid consultants who worked on space-related projects to help him design the rocket ship rides of Disney’s Tomorrowland. Songs about space, art and fashion relating to space were all fascinations that beget the drive forward. Stanley Kubrick‘s film The Shining (1980) is supposed to have secret references to the faking of the lunar landing. Whether faked or real, the world believed humans landed on the moon and in a way that’s what counts most — perception.
Then wham! Our predictions of where we’d be by the 2000’s seemed vastly optimistic. For a plethora of reasons, not least, the sheer magnitude and cost of space travel. We were not riding on space elevators or darting around the universe by the 2000’s – so all those old shows predicting we’d be there by now, seemed to be just fantasy. Some people point to the Challenger explosion as the beginning of the end of American at least, space adventure. Cost, danger, the environment, many reasons can be ascribed but do not explain the extreme and total diminishment of interest. Once upon a time people pressed themselves to store fronts to watch old TV’s displaying live rocket takeoffs and now nobody seemed to care if America has abandoned her search for the stars. Was the interest just an epoch in time that has been replaced with other technologies and obsessions? How does this explain other countries who continue to fund and grow their space programmes? How can something as crucial as endeavouring to reach another world, be shelved in favour of the latest iPhone?
Astronauts have spoken out claiming the reason humans have only just returned to the lunar surface since 1973 (China just landed in 2020) isn’t based on science or technical challenges, but budget and political hurdles. This is easy to believe if you consider the American technology that landed them on the moon had less ‘tech’ than a modern-day scientific calculator. I remember going to Houston and seeing the original ‘space control’ and how tiny everything was and wondering how on earth they landed men on the moon and returned them safely. To advance that technology for further space exploration is both expensive, daunting and involves consistent agreement among politicians. Makes you wonder how it was ever made possible! The reason America funded the space race initially was because it was a point of pride (beating the Soviet Union) which as pathetic as that seems, seemed to gear up enough people to make it happen. Without that impetus, politics drowns the scientist and astronauts wish to advance space exploration.
The mother of invention isn’t just necessity, it’s also fantasy. Artists have long influenced inventors – think Star Trek and the low-tech ideas they had, which have been replicated more recently in flip-phones and video-chat. Sci-Fi writers and thinkers have influenced those who seek to go to space as much as anyone else. It could be argued there is no real delineation between fiction and reality in this case, owing to their mutual influence. If we could create a lunar base, scientists believe this base could evolve into a fuelling point for future further-flung missions into deep space. It could also lead to the creation of improved space telescopes and eventually enable us to live on Mars. We need to push ourselves to the next level of exploration – having relied upon ageing technologies that we have not funded sufficiently to advance. Now, billionaires like Elon Musk push for space tourism, rather than chronically underfunded agencies.
One of the biggest impediments, is how to pay and guarantee safety. NASA is under-funded and receives a tiny percentage of the overall US budget. Priorities go to the military and other immediate programs that are deemed more essential. Since this is political, it’s up to the public to generate an interest in space travel. Sadly, even when the Apollo program was at its greatest; after Aldrin and Neil Armstrong stepped onto the lunar surface, only 53% of Americans said they thought the programme was worth the cost, according to a report in the Insider.With politicians changing too frequently to see through long-term investment space projects, this stymies those who believe space exploration should be prioritised. Buzz Aldrin has been strategising to get to Mars for over 30 years, as he lamented the lack of support space exploration receives. Aldrin and other experts agreed it must involve international cooperation: “A US-led coalition would include Europe, Russia, India, Japan and China, as well as emerging space nations the United Arab Emirates, South Korea and Saudi Arabia,” Aldrin said in an article in The Gaurdian. “We can afford to go to Mars but we must have fiscal discipline. We must focus our limited resources on only those things that are really necessary to get to Mars. In my view, we are currently spending over $6bn on programs we do not need to get to Mars. We need reusability, every element of the system.”
It’s nearly 2022 and we’re still not there en mass or reaching further. We’re told it’s possible but technologically there are hurdles to overcome, not least the effect of long-term space travel on the human body, or the effects of uncontrolled radiation from the (belt) or the methods by which we fuel vessels for such long-haul trips. Space radiation is one of the greatest risks for astronauts. “Determining astronaut health consequences following radiation exposure involve very complex processes,” stated Tony Slaba, Ph.D., NASA research physicist in a government website. “It’s difficult to quantify exactly how radiation is interacting with tissues and cells – and more complicated to quantify and determine what long-term outcomes are going to be in terms of the potential diseases and biological system effects.”
And that’s without touching on putting people into statis or some kind of sleep. We have great ideas and history tells us great ideas eventually become reality, but it’s taken us longer than we anticipated back then. Technologies like magnetic and water shielding have only gone so far and need to be prioritised if we’re to live off-planet. Another real threat, alien microorganisms, prions or diseases humans have zero exposure or immunity to. If we imagine what Covid-19 has wrought, it’s easy to see why bringing ‘space-bugs’ back to earth or exposing astronauts to unknown elements, could be fatal. Finding unbreakable ways of protecting everyone will prevent the science fiction horror stories from coming true. But what’s more likely? Thinking about potential dangers being brought back to Earth, or the excitement of exploration?
What does it bring us if we achieve it?
The people who will benefit from space travel won’t be you and I. It will be the trillionaires who can fund projects and much like early explorers they will exploit natural resources and profit from them. Whether they find planets made of diamonds or copper or other expensive minerals it will be they with their reach, who like plantation and slave owners will come out on top. One can argue this is a replication of the exploitation of the Earth, and those people working for the giant industries. I would agree. Does this mean all space exploration is without value? There is always value to reaching further, but it generally comes at a cost and requires exploiting the masses by the few. Pluses could include sending people off world to ease the burden on the planet as we become overpopulated. We might be able to terra form, and create liveable planets that can sustain life, although predictions suggest this would take lifetimes. One idea has been generation ships; where ships are able to manufacture a way to self-generate power and travel for long distances and time. Those in the ship may live their entire lives onboard and it may be their children or grandchildren who reach the final destination. The idea of sacrifice always exists when considering far-flung exploration, and this was often the case when people got into little wooden boats centuries ago in quest of unknown continents.
Can we learn from the mistakes made by early explorers? Or will we repeat history because it’s our nature? If we cannot create planets that are self-sustaining then we rely upon earth to supply those planets with food and water etc. and that’s less sustainable than not going off world. Potentially if we could make this work, it would be years in the future, but might give the human race the opportunity to significantly grow due to increased resources. Without this, we are stymied by the resources of one planet, which we are using up rapidly. Whether it’s a good thing to increase the human race throughout a galaxy or universe, remains unknown. We could be viewed as cockroaches or explorers, that’s up to the interpreter and our choices should we become a race of space farers.
A 2018 Pew Research Center poll showed the tide is turning, with the majority of voters saying NASA space exploration is necessary but majority want the skies scanned for killer asteroids. Maybe the way we get to space will change, in that we have to think of modern day, pragmatic methods of funding space travel, even if its in the guise of space tourism or tagging on the back of projects to protect the planet against killer asteroids. Maybe it will take another tragedy like an asteroid hitting the Earth to advance our current knowledge, as this seems to be the only way humans operate. We are less inclined to prevent disaster as to respond to it. Sadly, if the environment continues to be eroded, we may have no choice but to seek off-world options, and we don’t want to leave that option till it is too late to act. With dramatic weather pattern changes throughout the world, it’s never been more essential to protect Earth but we’ve not doing a very good job if the oceans and air pollution are anything to go by.
What are the potential down-sides?
It isn’t possible to talk about this without considering the many side-effects of space travel. Many I’ve already touched on but it’s worth really to reconsider history which has shown the penchant of humans to dominate and disrespect other cultures. Humans often consider themselves the ultimate alpha, the top dog, but in truth they could be replaced tomorrow depending on weather and climate and natural disasters, just as the dinosaurs were. We shouldn’t let our hubris make us forget our responsibility to our planet. Some argue space travel is a waste of resources and money because it’s looking beyond us rather than at what we already have. Shouldn’t we be fixing our home-grown problems before we focus on the skies? Others say we should look at the ocean before we consider space. Home grown issues include the devastation human beings have wrought on Earth, which most of us are familiar with.
Given we are reckless with our inventions. They benefit us but not necessarily the natural world around us. Is it any wonder to guess why expanding the human race can be a matter of concern? I’m not one who believes humans are the apex and that we are entitled to be. I predict one day we’ll give up our throne. But there’s the other side of me filled with the wonder of imagining what is out there. I mean, if space is infinite, which they have agreed upon, that means it never ends, a concept few of us can even understand or relate to. Imagine? Infinity. What does that even mean? When we humans begin-middle-end and everything around us does the same. It’s the true sense of forever, something larger than we will ever be. I’m filled with a fascination for a universe that doesn’t end, how do I wrap my head around that and comprehend the myriad possibilities this entails!
What I do know is if something never ends there literally are eternal possibilities meaning every possible eventuality must occur, because of the law of replication. There are only a certain number of creations that come from a universe containing certain components and those creations if given affinity, will reproduce in varied forms, but also replicate. I think this is where the concept of parallel universes comes from. Rather than a literal slice in time dividing one notion of reality from another similar but not the same version of reality. A universe that has no end, will eventually ‘play out’ every scenario, a little like you could crack any code if you had long enough to go through the permeations – but we don’t have time, so we don’t do that. The universe, however, does have time, infinite, so all that can be created will be, and all that has been created (including us) will be created (again) in shades of similarity. This I believe is where we get the concept of a parallel universe, although that’s not quite what it is.
If we add to this the concept of space and time, how time is not a set notion but rather, a perception based on humanity, the same goes for our understanding of the material world. In other words, we’re limited by our own physical presence and lifespan in our understanding of what is beyond us. For those like Steven Hawkins or Ashwin Vasavada (Project Scientist for NASA’s Mars Rover Curiosity, in charge of a team of 500 researchers), they can see beyond what is literal and imagine like any great thinker, beyond what we know and assume, and extrapolate. This extrapolation includes quantum physics and the breaking away from normal modes of thinking to include things we’re only beginning to understand.
If time is not mutable, if concepts of reality really don’t exist as we assumed they did, then it throws everything into question. Is what we perceive as reality even remotely real? Or just a flawed, human-centric bias? And if the latter, the universe’s secrets are closed to the limitations of our minds? This is why some who have taken psychedelic drugs have said, sometimes the doorways of perception (Aldous Huxley’s The Doors of Perception, written about his experiences with mescaline in May 1953) must be opened differently. Huxley was in turn influenced by the poet William Blake who wrote: “If the doors of perception were cleansed then everything would appear to man as it is, Infinite. For man has closed himself up, till he sees all things through narrow chinks of his cavern.”
Science, logic, mathematics, will probably provide us with many answers but in order for us, as sentient but limited-sentient beings, to evolve perceptively, we may need a further key to elucidate things beyond subjective perception. Some evaluation of psychedelic drugs as facilitators of mystical insight with great potential benefits for science could be that missing link.
Having read a great deal of science fiction, I wonder if I would think like this had the ideas not been implanted by some of those great science fiction tomes and operas. I suspect we build on what we learn, so nothing is entirely original, but in building on others, we may come closer to answers than if we operated in a vacuum. This is also true with making science fiction a reality. But just as our urge is to explore, we should be mindful of past mistakes as a race (human) and not repeat the colonialist model that only caused pain. Otherwise, life could be no more than a petri dish with us experimenter or experimented upon. There is more to life than conquer or absolute knowledge. There is the humility of experience and growing from it, which is something we often diminish. Perhaps spirituality and hard science are not after all, so incompatible.
Will it actually happen?
The development of nuclear-thermic powered propulsion systems to enable long-haul space-flight is essential to reduce crews journey time and make travel to Mars and beyond realistic. Heat shields to ensure landing is safer on unknown planets, would cut down on landing fatalities. Next generation space suits that are flexible and livable would allow explorers to spend more time in their suits than the suits of old that were not invented for long term use. There would also need to be a nuclear fusion style power system that enabled those landing on planets, to tap into power whilst on planet, and not fear running out. Radio systems used currently, can take up to nine years to send transmissions from say, Mars to Earth, so the development of technology like lasers to send information and communications rapidly would be essential. Scientists like Sharmila Bhattacharya (Director of Research in the Biomodel Performance Laboratory of the Space Bio-sciences Division, NASA) are spending decades researching the effects of the human body in space to understand how to survive, even thrive in space.
I’d love to think our progeny will reach space in a way we have yet to. Why? Because there is something fantastic about imagining us getting off-world and exploring. I think human beings are innately curious but like cats, their curiosity can be destructive. I would like a more utopian future, where we learn from prior mistakes and if we do reach space, we do so ethically. I don’t know if that’s possible, but anything less will be just another belching coal mine, suffocating those who work in it and those who live around it and that is not a dream I share.
Why is going to space so bewitching when we have unexplored oceans that we’re contaminating rather than exploring (Eight million metric tons: That’s how much plastic we dump into the oceans each year. That’s about 17.6 billion pounds — or the equivalent of nearly 57,000 blue whales — every single year. By 2050, ocean plastic will outweigh all of the ocean’s fish.). Without the ocean, the planet dies Is space travel selfish when starving people here on Earth need immediate help rather than pouring money into space flights that are at this time, only for the privileged? I think we all share a bigger dream of being ‘more’ than simply Earthlings. If a God exists maybe they don’t want us to go beyond these confines, or maybe they do. If a God doesn’t exist, then it seems obvious we’d want to go as far as we could, because again, this is our nature. It’s how we do it. And if we do it because we’ve ruined this planet, that’s a pretty good determinant that we’re going to make the same mistakes in space.
Finally, is it necessary?
This is perhaps the most important question because we do a lot of things that are not strictly speaking necessary. Ever noticed how when someone gets money, they spend a lot of it on ‘unnecessary’ things? Why don’t some of these uber-rich people put money into worthy causes with the same intensity as frivolous? Why do those with money often need more? Why is the accumulation of material gain, so addictive? All this relates to a bigger question, a moral question. What is necessary versus what is not? For a rich person they go well beyond what is necessary in an ordinary sense because their wealth gives them more opportunity. Interestingly those who win the lottery are often said to be less happy after winning than before. Perhaps money is a double-edged sword. There is something to be said for adversity and earning our own way in the world, and a realistic measure. A bit like when you spoil and ruin a child because you indulged them and they no longer have a sense of the true worth of things.
We are very entitled when we get into those vaunted positions and perhaps things we think are necessary, are not. So how do we decide? Is it right for us to be a moral judge and tell others their dreams and excesses are not allowed? Realistically we could never control excess, so it’s not an option. There will always be people who live on different levels and have excesses the ordinary person cannot imagine. Those people may use up the resources we have to share, in greater quantity, which is bad. Or they may inadvertently propel our collective aspirations further. By having some of us who are capable of making dreams come true, the rest of us are swept along by the excess and the dream. In this sense, dreams are necessary, as they give us all something to aspire to, even if we may not literally be the one possessing the outcome of the dream.
I think it is necessary to have aspiration and fanciful dreams that aren’t strictly speaking practical or entirely pragmatic. Sometimes we just want to dream bigger than we are, because we know we are all going to die eventually, and we want something astounding. For some of us this may be God, for others it may be space (or it may be both). Without this, we revert back to the star gazers of the past, who probably also hoped their progeny would reach those stars but didn’t have the means to make it come true themselves. If you have the means, maybe you should use them, just as if you have the ability to invent and conceptualise, you do so. Maybe it’s an intrinsic collective wish that we should not neglect, by being entirely sensible. Maybe we won’t save the planet by aiming for the stars, but we might find a little magic.
Candice Louisa Daquin is a Psychotherapist and Editor, having worked in Europe, Canada and the USA. Daquins own work is also published widely, she has written five books of poetry, the last published by Finishing Line Press called Pinch the Lock. Her website is www thefeatheredsleep.com
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2 replies on “To Infinity & Beyond!”
Reblogged this on cabbagesandkings524 and commented:
Candice Louisa Daquin – Space travel, necessities, practicalities, and human imagination.
Another thought and feeling rich piece. I think of this species or ours, one that walked, generation on generation from the plains of Africa to the farthest ends of land, and invented ways to go farther. Some of us have always been not content without seeing what was over the next hill or across the next water. So why think we would not look at moon, planets, and stars the same way?
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