Harrison Middleton University

What Is Science Fiction

What Is Science Fiction

We’re excited that you’ve joined the conversation! At HMU, we want to continue the great authors’ conversations in a contemporary context, and this blog will help us do that. We look back to Aristotle and the early philosophers who used reason and discourse to gain wisdom and now we endeavor to do the same every day.

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April 27, 2018

Thanks to Alissa Simon, HMU Tutor, for today’s post.

A couple of weeks ago, I had the pleasure of attending a three-day conference hosted by the Great Books Council of San Francisco. The event, which took place at Asilomar, offers four discussions focused on one play, one work of non-fiction, one of fiction and a handful of poems. The wonderful selections were further enriched through discussion. The selected fiction was Ursula K. Le Guin’s The Left Hand of Darkness. Though this story is set on a distant planet and in a distant future, I connected with many of the issues raised in the text. Personally, I feel that Le Guin brilliantly demonstrated what it is like to meet a culture very different from your own. It included political frustrations, tensions between genders, misunderstandings of all kinds, economic interests, and an epic journey. To be honest, the setting could be nearly anywhere and at any time because she addressed so many universal societal issues. However, in moving the narrative outside of “earthly” restrictions, Le Guin allows for dynamic debate, divorced from possibly hurtful particulars. So, in part, science fiction allows for an emotional detachment in a way that actual events or specific names and places would not allow.

More than that, though, science fiction allows the reader to examine the consequences of what we often call “progress”. In last week’s blog, HMU Fellow in Ideas, Matt Phillips wrote about one of the benefits of writing in a noir style. He writes: “Noir—as a genre and practice—provides an effective palette for drawing, defining, and collapsing contrasts. And contrast, on its face, is what disparity is—an ill-drawn, and often evil, contrast.” In a similar fashion, science fiction provides a palette for understanding unknowns. As science progresses at light speed, it moves far past the average citizen’s grasp. There is no way to keep track of each scientific study or each new technological platform. Science’s broad reach affects our daily lives in demonstrable ways, but more often than not, understanding a new device arrives as an after-effect. Regulators and lawyers struggle to keep abreast of changing technologies. We even struggle to name new technologies, which we often base off of natural phenomena such as “cloud computing” or “website”. The science fiction writer is tasked with thinking in terms of possibility. What if faster is not better? Or, what if faster is greatly better? What are the possible outcomes of gene-therapy? Or, who should have access to such potentially powerful tools?

Science fiction, however, does not predict futures. It simply explores them. In the preface to The Left Hand of Darkness, Le Guin writes:

“This book is not extrapolative. If you like you can read it, and a lot of other science fiction, as a thought-experiment. Let’s say (says Mary Shelley) that a young doctor creates a human being in his laboratory; let’s say (says Philip K. Dick) that the Allies lost the Second World War; let’s say this or that is such and so, and see what happens…. In a story so conceived, the moral complexity proper to the modern novel need not be sacrificed, nor is there any built-in dead end; thought and intuition can move freely within bounds set only be the terms of the experiment, which may be very large indeed.

“The purpose of a thought-experiment, as the term was used by Schrödinger and other physicists, is not to predict the future – indeed  Schrödinger’s most famous thought-experiment goes to show that the “future,” on the quantum level, cannot be predicted – but to describe the reality, the present world.”

In a recent report on genetic technology, NIH Director Francis Collins claims: “When something truly significant is discovered its consequences are overestimated in the short term and underestimated in the long term.” Simply put, it is difficult for the non-scientist to understand the scope of the continual scientific evolution. Therefore, the science fiction writer designs and creates a thought experiment meant to discover potential outcomes. The evolution of science fiction seems natural to me, as humans progressively depend upon and live with technology. Excited by new capabilities, we are also curious about implications. For example, what if anyone could alter their own genes; should they?

In another article, new types of data are being used to identify poverty and restructure impoverished areas. I found it particularly interesting to see the diverse groups necessary to discuss such implementations. The article mentions:  “a coalition of homeowners, renters, people with the experience of homelessness, nonprofit developers, community associations, religious institutions, policy experts, and university faculty” who will discuss human rights issues in such a difficult transition. I can see how science programs (such as STEM or STEAM) benefit society. I also firmly believe that ethics courses are as necessary as science. I believe that this is another benefit of science fiction: it is almost a category between the two, uniting science with fictitious outcomes in which we can ask ethical questions. It is authors like Le Guin who question our understanding of progress. I do not mean to imply that we should not embrace technology or change. In fact, rather the opposite. I embrace science, science fiction and ethics as all necessary parts of my education.

In addition to excellent discussions, the group at Asilomar listened to a keynote speech by Corie Ralston, current director of the Berkeley Center for Structural Biology. Not only is she a scientist, but she also writes science fiction. She gave a wonderful presentation that included a short history of science fiction, but also a hopeful future for the genre. Her website describes a deep-rooted love of science, nature, creative thought and reading. She writes: “If writing is a way to emotionally understand our world, then science is a way to practically understand our world. And science is more than that to me: it is a way of exploring and creating and learning how to think. It uses the best of our human nature. It is a continual source of awe.” I could not agree more.

Thanks to the wonderful folks of the Great Books Council of San Francisco for welcoming me into their discussions!

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1 thought on “What Is Science Fiction”

  1. Thank you for sharing this, and I’m a bit envious that you were able to attend such a fascinating conference. As a first-year high school English teacher, long ago in a district not too far away, I taught a course in science fiction and mythology. It was a great way to start my teaching career, and it led us into many STEM/STEAM directions long before the birth of the acronym. I’ve been advocating for STREAM as the revised acronym to include rhetoric. Like the best of the liberal arts tradition, science fiction often gets us thinking about what ideas like PROGRESS mean and can mean in so many different contexts. Reading science fiction classics such as Childhood’s End, Brave New World, Last and First Men, and That Hideous Strength can inoculate one against the mind viruses of "technopoly" and "neomania" that are so prevalent in culture and education. I also wonder about comparing science fiction and fantasy: Is fantasy actually more about technology (e.g. rings, spells, etc.)? Is science fiction more about sociology and psychology? Live long and prosper!

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