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Fiction Science Club

The meaning of life, death … and black holes

Why are black holes so alluring?

You could cite plenty of reasons: They’re matter-gobbling monsters, making them the perfect plot device for a Disney movie. They warp spacetime, demonstrating the weirdest implications of general relativity. They’re so massive that inside a boundary known as the event horizon, nothing — not even light — can escape its gravitational grip.

But perhaps the most intriguing feature of black holes is their sheer mystery. Because of the rules of relativity, no one can report what happens inside the boundaries of a black hole.

“We could experience all the crazy stuff that’s going on inside a black hole, but we’d never be able to tell anybody,” radio astronomer Heino Falcke told me. “We want to know what’s going on there, but we can’t.”

Falcke and his colleagues in the international Event Horizon Telescope project lifted the veil just a bit two years ago when they released the first picture ever taken of a supermassive black hole’s shadow. But the enduring mystery is a major theme in Falcke’s new book about the EHT quest, “Light in the Darkness: Black Holes, the Universe, and Us” — and in the latest installment of the Fiction Science podcast, which focuses on the intersection of fact and science fiction.

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Fiction Science Club

Why ‘Voyagers’ puts space travelers in a rat maze

Space may be vastly, hugely, mind-bogglingly big, as humorist Douglas Adams wrote in “Hitchhiker’s Guide to the Galaxy.” But during a long journey,  a spaceship’s confined quarters can feel mind-bogglingly small — potentially messing with a space traveler’s mind.

Depression, isolation and brain fog are among the health hazards traditionally associated with months-long space missions.  And back in 1999, a 110-day simulated space mission in Russia reportedly sparked even more serious flare-ups, including a sexual harassment case and a bloody fistfight between crew members.

So what might happen if space travelers go on a decades-long odyssey to a far-off, habitable star system — a mission so long that the children who begin the trip have little hope of seeing its end?

That’s the premise of “Voyagers,” a movie written and directed by Neil Burger. And it shouldn’t be any surprise that sex and violence are part of the formula, as they were during the simulated space trip in 1999.

In the latest episode of the Fiction Science podcast, production designer Scott Chambliss discusses how the stripped-down, closed-in environment he created for the movie’s multi-generational spaceship sets the scene for a space-based retelling of “Lord of the Flies.”

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Fiction Science Club

Could the God Equation be our ultimate salvation?

In retrospect, it seemed almost sacrilegious.

There we were — on Good Friday, the day that ushers in Christianity’s holiest weekend — talking with theoretical physicist Michio Kaku about the possibility that humanity’s salvation will come from a scientific gospel that’s yet to be written.

A gospel that Kaku calls the God Equation.

The way he sees it, our far-flung descendants will be able to take advantage of the God Equation to leave our tired old universe behind.

“One day, stars will blink out. It’ll get super cold. We’ll all freeze to death as it becomes near absolute zero. Well, that’s trillions of years from now. And I think at that point, we’re so advanced, we’ll harness the Planck energy — the energy at which universes can be created — and we’ll create a bubble of our own,” he explained.

“We’ll leave our universe and go to a younger universe where we can mess that universe up as well,” he said.

You could argue that’s the “new heaven and new earth” promised in the Book of Revelation. Is that sacrilegious? You’ll have to decide for yourselves after listening to the latest episode of the Fiction Science podcast, coming to you from the place where science and technology intersect with fiction and popular culture.

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Fiction Science Club

Why the natural world will never be the same

This is a bad time for Mother Nature — but it’s no use trying to turn the clock back. Instead, why not turn the clock forward?

That’s what Nathaniel Rich prescribes for what’s ailing the environment in “Second Nature: Scenes From a World Remade.” And he lays out the symptoms to support his diagnosis.

One set of symptoms is the global prevalence of pollutants, including a class of synthetic chemicals called PFAS. Nearly every American has been exposed to PFAS, which is used in nonstick cookware as well as water-repellant and stain-resistant products. An infamous case of PFAS water contamination and its health effects in West Virginia became the focus of a story that Rich wrote for The New York Times, and that story inspired a 2019 movie titled “Dark Waters.”

The opening chapter of “Second Nature” revisits the “Dark Waters” saga, but Rich goes on to document other ways in which human influences are reshaping nature, through pollution and climate change as well as genetic engineering and land development. The impacts can take the form of disappearing glaciers on Mount Rainier — or disintegrating sea stars in Pacific coastal waters, including Puget Sound.

“It’s not that intervention in the natural world is new,” Rich said. “We’ve been doing that from the get-go. What’s new is that we are, I think, finally coming to terms as a society and individually with the incredible depth and scope of the intervention, to the point that … there’s really nothing natural that can be found in the natural world, by any conventional definition of the term.”

Rich is due to discuss what ails the global environment, and the strategies that researchers and conservationists are developing to address those ailments, during a live-streamed Town Hall Seattle presentation next week. To set the stage, Rich explores the theme of “Second Nature” in the latest episode of the Fiction Science podcast, coming to you from the intersection of science fact and fiction.

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Fiction Science Club

‘Machinehood’ casts humanhood in a new light

S.B. Divya has been thinking about the technologies of the future for so long, it’s hard for her to imagine living in the present.

Her debut novel, “Machinehood,” stars a super-soldier with body enhancements who packs it in to become a bodyguard for celebrities — but becomes enmeshed in an action-packed race to save the world.

Technologies ranging from human enhancement to do-it-yourself biohacking play supporting roles in Divya’s tale of 2095. And oh, if only some of those technologies were available in 2021…

“There are definitely days where I came out of the writing, and looked around and realized that I was back in the real world — and was occasionally sad about it, because there are really useful things in ‘Machinehood’ that I wish we had today,” Divya says in the latest episode of our Fiction Science podcast.

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Ancient ‘lost cities’ teach lessons for future cities

Time-honored tales of lost cities emphasize the quest for glittering treasures, priceless relics or mysterious civilizations — but more recent expeditions are going after a different sort of prize: a greater understanding of how and why cultures create large-group living spaces, and what factors eventually cause them to move on.

The findings — gleaned from archaeological digs including Cambodia’s ancient stone city of Angkor and a faded metropolis of mounds on the Mississippi River known as Cahokia — can help future architects and planners build the cities of tomorrow more sustainably.

At least that’s what Annalee Newitz hopes.

“My hope is that we’re going to be building more like the people at Cahokia and Angkor in a more sustainable way, and that our houses will be … made of things that are biodegradable, or that are even living materials,” said Newitz (who uses they/them pronouns).

Newitz recounts a personal quest to learn about Cahokia and Angkor, as well as the ancient cities of Çatalhöyük in Turkey and Pompeii in Italy, in a new book titled “Four Lost Cities” — and in the latest episode of the Fiction Science podcast, which focuses on the intersection of science and fiction.

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Fiction Science Club

How billionaires can help win ‘The New Climate War’

If billionaires like Bill Gates and Jeff Bezos really want to maximize their efforts to solve the global climate crisis, they should focus less on gadgetry and more on getting governments to act.

That’s the message from Penn State climatologist Michael E. Mann, who delves into the changing circumstances of a decades-old debate in a book titled “The New Climate War: The Fight to Take Back Our Planet.”

At the age of 55, Mann is a grizzled veteran of climate wars: In 1999, he helped lay out the “hockey stick” projection for rising global temperatures, and in 2009 he was swept up in the Climategate controversy over hacked emails.

Michael Mann
Michael E. Mann is a climatologist and geophysicist at Pennsylvania State University. (Penn State Photo)

Mann has chronicled the conflicts over climate science in a series of books published over the course of the past decade. But in “The New Climate War,” he argues that the terms of engagement have shifted.

Amid waves of wildfires and extreme weather, it’s getting harder to deny that Earth’s climate is becoming more challenging. Instead, the focus of the debate is shifting to whether the climate challenge can be met — and if so, how best to meet it.

Gates has argued that investment in technology is the key to averting a catastrophe. “Tech is the only solution,” he said during last October’s GeekWire Summit. The Microsoft co-founder expands upon that perspective in an upcoming book titled “How to Avoid a Climate Disaster.”

Mann takes issue with that argument in “The New Climate War.”

“Where I disagree with Bill is that, no, I don’t think we need a ‘miracle,’ which is what he said [was needed] to solve this problem,” Mann told me during an interview for the Fiction Science podcast. “The miracle is there when we look up in the sky at the sun, when we feel the wind. … The solutions are there. It’s a matter of committing the resources to scaling them up.”

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Fiction Science Club

Hollywood creates a new kind of killer comet

If a killer asteroid or comet comes our way, don’t expect Bruce Willis or Robert Duvall to try flying to the rescue. And don’t expect doom to arrive in one big dose.

Those are two of the lessons that Hollywood has learned since 1998, when “Armageddon” and “Deep Impact” put death from the skies on the big screen. The killer-comet theme returns in “Greenland,” a big-budget movie that’s making its debut on premium video-on-demand this weekend. But the plot twists are dramatically different.

There’s a different look to the movie as well, thanks in part to the research that was done by visual effects supervisor Marc Massicotte.

“The movies of the past have had a large creative influence on the direction we wanted to take, but at the same time, we didn’t want to repeat what had been done,” he told me. “We wanted to update and also be as close [as possible] to what reality as we know it now is.”

Massicotte discussed his vision of doomsday for the Fiction Science podcast, which focuses on the intersection of science and fiction.  And to even out the proportion of science to fiction, I also checked in with Danica Remy, president of the B612 Foundation. Remy’s group focuses on the threats posed by asteroids and comets, as well as strategies to head off such threats — none of which involve Bruce Willis.

“Every movie that talks about this subject is a way to educate the public and raise awareness about the issue,” Remy told me. “The science in the movies may not be correct, but certainly the discussion and the education aspect — you know, the fact that these things do happen — we think is a plus.”

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Fiction Science Club

Sci-fi master explores the rights (and wrongs) of AI

What rights does a robot have? If our machines become intelligent in the science-fiction way, that’s likely to become a complicated question — and the humans who nurture those robots just might take their side.

Ted Chiang, a science-fiction author of growing renown with long-lasting connections to Seattle’s tech community, doesn’t back away from such questions. They spark the thought experiments that generate award-winning novellas like “The Lifecycle of Software Objects,” and inspire Hollywood movies like “Arrival.”

Chiang’s soulful short stories have earned him kudos from the likes of The New Yorker, which has called him “one of the most influential science-fiction writers of his generation.” During this year’s pandemic-plagued summer, he joined the Museum of Pop Culture’s Science Fiction and Fantasy Hall of Fame. And this week, he’s receiving an award from the Arthur C. Clarke Foundation for employing imagination in service to society.

Can science fiction have an impact in the real world, even at times when the world seems as if it’s in the midst of a slow-moving disaster movie? Absolutely, Chiang says.

“Art is one way to make sense of a world which, on its own, does not make sense,” he says in the latest episode of our Fiction Science podcast, which focuses on the intersection between science and fiction. “Art can impose a kind of order onto things. … It doesn’t offer a cure-all, because I don’t think there’s going to be any easy cure-all, but I think art helps us get by in these stressful times.”

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Fiction Science Club

How to give the climate story a happy ending

Spoiler alert: Kim Stanley Robinson’s latest science-fiction novel about a coming climate catastrophe, “The Ministry for the Future,” doesn’t end with the collapse of civilization.

Millions of people die. Millions more become climate refugees. And the crisis sparks terrorist acts, against those who are working for change as well as against those who are defending the status quo.

But by the end of the book, there’s hope that humanity will actually be able to keep things from spinning out of control. And that’s in line with what Robinson has come to believe in the process of writing “The Ministry for the Future.”

“We could either crash the biosphere, and thus civilization, or we could actually create a really high-functioning and prosperous permaculture, a sustainable and just civilization on the planet in the biosphere,” he says. “Both the utter disaster and the quite great, semi-utopian historical moment are available to us.”

Robinson talks about “The Ministry for the Future,” and the real-world technological initiatives on which his tale is based, in the latest episode of our Fiction Science podcast, which focuses on the intersection of science and fiction.

You can hear the entire 46-minute discussion, moderated by science-fiction author Dominica Phetteplace and myself,  via your favorite podcast channel, whether that’s Anchor, Apple, Spotify, GoogleBreaker, Overcast, Pocket Casts or RadioPublic.