History and fiction and time out from hate

I found my missing post. Here it is!

I logged in, expecting to tell you how the hate in Australia (which began as antisemitism and is now extending) is so tightly focused that your best friend might be bullied and you might not see it. When I’m alone, that bullying eats up a chunk of my day each and every day. This last week, however, it was less than a minute of each day and it was not every day. I was able to talk work with colleagues. When I sat down here, it struck me that I don’t often talk about that side of my life.

I used to. I used to be the kind of irrepressible historian who got excited for everyone. I’m still that historian. I don’t get to talk about it so often, is all.

Instead of dwelling on the bad side of life, then, let me find one page of notes from one day of the conference (one in forty-five pages of notes from the conference) so that you can enjoy history with me. We all need time out from hate, after all and every single US reader here had a lot more trouble to handle in the every day.

Some of you know that one of my novels (Poison and Light) is about how future humans use the past to hide from a present they found uncomfortable. Right now, a group of Australian scholars is examining how people in Early Modern England (and elsewhere, but the papers I heard were on Early Modern England) use history to imagine the future. The discussion was wide-ranging. They talked about witches and about ghosts, about predicting disaster and about what happened when the disaster failed to occur, about pamphlets and politics and poetry. It was the perfect panel for fiction writers and an exceptionally strong example of why fiction writers should get to know Medievalists and Early Modern scholars. Every other minute I thought of a writer who should have been there, asking questions about the ghosts and about the politics. The worlds they explain and the concepts they explore help us understand what we write and help us write it the best we can.

How does this understanding work in practice? My notes have an outline describing how the chair (and the head of the research project, who of course I talked to afterwards and of course we’ve planned to meet to talk about the science fiction side of things) breaks down the concepts of Imagining the Future into categories that can be explained.

She spoke about writing that give models of temporality: utopias, dystopias, and the mundane. Think about how these categories fit modern science fiction. Poison and Light is half-dystopia and half mundane, because all of my fiction talks about the lives of individuals and so the mundane is important to them. China Mieville (to my mind) writes dystopias and so does Sheri S Tepper.

But who writes utopias? I can think of earlier writers, like Sir Julius Vogel. Help me out! Who is writing now and has written a utopia that brings history into the future? We were given the theory of Star Trek, because it claims to be in a perfected future (at least for humans) but the reality of Star Trek is not utopian. Star Wars is, however, dystopian. It’s much easier to find examples when one looks to television. But I want to talk about novels!

She then moved to scales of temporality, whether the novel is set near (Earth!) or far away (Poison and Light again, since it’s in a solar system far far away – I may have attended the conference as an historian, but during this panel I felt so seen as a writer). With TV, my mind goes straight to the Jon Pertwee years of Doctor Who and compares them with (of course) Star Wars … again.

Why is the near and far important? Because so much of historical writing is used to discuss this apocalypse, or that. How far is apocalypse from our everyday? Much further, if it’s not on Earth. And here Poison and Light fails. It’s set far away, but Earth faces apocalypse while the people on New Ceres pretend they live in the eighteenth century. (I’m seeing this now with the lucky souls who are not enmired in hate – they are the people on New Ceres, while most of us are, alas, on Earth.)

I keep thinking that this whole project can help me understand my own New Ceres universe. I’m writing a second novel set on Earth next year, where the 14th century and the 17th century and how we deal with post-apocalypse join the party. My project echoes the ideas of people hundreds of years ago as humanity faces a bleak present. Where some people find refuge in fancy dress, others find refuge in explaining the world through ghosts and looking at neighbours as if they themselves are the catastrophe.

The last category asks whose future it is. Is it personal and everyday? Is it national? Is it a global future (my New Ceres again), a human one… or is it post-human.

The experts were historians and literary historians and most of the examples (by a long, long way most of the examples) belong to our past. The categories were however, really handy for questioning and understanding science fiction. And now you know why I will not give up that side of my life. I have learned so much in such a short time, and my fiction benefits.

Every time universities lose these experts, we lose the benefit of their thought and learning… and our everyday suffers.

Let me go away and think about what our lives would be like if we didn’t have these little injections of learning to help us tell better stories. No, let me not. Let me go away and write more fiction, celebrating the worlds of both historians and writers.

Reprint: New (Green!) Energy From Old Gas Wells

Geothermal energy has huge potential to generate clean power – including from used oil and gas wells

The world’s largest geothermal power station is under construction in Utah.
Business Wire via AP

Moones Alamooti, University of North Dakota

As energy use rises and the planet warms, you might have dreamed of an energy source that works 24/7, rain or shine, quietly powering homes, industries and even entire cities without the ups and downs of solar or wind – and with little contribution to climate change.

The promise of new engineering techniques for geothermal energy – heat from the Earth itself – has attracted rising levels of investment to this reliable, low-emission power source that can provide continuous electricity almost anywhere on the planet. That includes ways to harness geothermal energy from idle or abandoned oil and gas wells. In the first quarter of 2025, North American geothermal installations attracted US$1.7 billion in public funding – compared with $2 billion for all of 2024, which itself was a significant increase from previous years, according to an industry analysis from consulting firm Wood Mackenzie.

As an exploration geophysicist and energy engineer, I’ve studied geothermal systems’ resource potential and operational trade-offs firsthand. From the investment and technological advances I’m seeing, I believe geothermal energy is poised to become a significant contributor to the energy mix in the U.S. and around the world, especially when integrated with other renewable sources.

A May 2025 assessment by the U.S. Geological Survey found that geothermal sources just in the Great Basin, a region that encompasses Nevada and parts of neighboring states, have the potential to meet as much as 10% of the electricity demand of the whole nation – and even more as technology to harness geothermal energy advances. And the International Energy Agency estimates that by 2050, geothermal energy could provide as much as 15% of the world’s electricity needs.

Two people stand near a large container of shucked corn while steam billows from a pool of water behind them.
For generations, Maori people in New Zealand, and other people elsewhere around the world, have made use of the Earth’s heat, as in hot springs, where these people are cooking food in the hot water.
Wolfgang Kaehler/LightRocket via Getty Images

Why geothermal energy is unique

Geothermal energy taps into heat beneath the Earth’s surface to generate electricity or provide direct heating. Unlike solar or wind, it never stops. It runs around the clock, providing consistent, reliable power with closed-loop water systems and few emissions.

Geothermal is capable of providing significant quantities of energy. For instance, Fervo Energy’s Cape Station project in Utah is reportedly on track to deliver 100 megawatts of baseload, carbon-free geothermal power by 2026. That’s less than the amount of power generated by the average coal plant in the U.S., but more than the average natural gas plant produces.

But the project, estimated to cost $1.1 billion, is not complete. When complete in 2028, the station is projected to deliver 500 megawatts of electricity. That amount is 100 megawatts more than its original goal without additional drilling, thanks to various technical improvements since the project broke ground.

And geothermal energy is becoming economically competitive. By 2035, according to the International Energy Agency, technical advances could mean energy from enhanced geothermal systems could cost as little as $50 per megawatt-hour, a price competitive with other renewable sources.

Types of geothermal energy

There are several ways to get energy from deep within the Earth.

Hydrothermal systems tap into underground hot water and steam to generate electricity. These resources are concentrated in geologically active areas where heat, water and permeable rock naturally coincide. In the U.S., that’s generally California, Nevada and Utah. Internationally, most hydrothermal energy is in Iceland and the Philippines.

Some hydrothermal facilities, such as Larderello in Italy, have operated for over a century, proving the technology’s long-term viability. Others in New Zealand and the U.S. have been running since the late 1950s and early 1960s.

A large yellow vehicle with a tall tower on it stands in front of a house.
A drilling rig sits outside a home in White Plains, N.Y., where a geothermal heat pump is being installed.
AP Photo/Julia Nikhinson

Enhanced geothermal systems effectively create electricity-generating hydrothermal processes just about anywhere on the planet. In places where there is not enough water in the ground or where the rock is too dense to move heat naturally, these installations drill deep holes and inject fluid into the hot rocks, creating new fractures and opening existing ones, much like hydraulic fracturing for oil and gas production.

A system like this uses more than one well. In one, it pumps cold water down, which collects heat from the rocks and then is pumped back up through another well, where the heat drives turbines. In recent years, academic and corporate research has dramatically improved drilling speed and lowered costs.

Ground source heat pumps do not require drilling holes as deep, but instead take advantage of the fact that the Earth’s temperature is relatively stable just below the surface, even just 6 or 8 feet down (1.8 to 2.4 meters) – and it’s hotter hundreds of feet lower.

These systems don’t generate electricity but rather circulate fluid in underground pipes, exchanging heat with the soil, extracting warmth from the ground in winter and transferring warmth to the ground in summer. These systems are similar but more efficient than air-source heat pumps, sometimes called minisplits, which are becoming widespread across the U.S. for heating and cooling. Geothermal heat pump systems can serve individual homes, commercial buildings and even neighborhood or business developments.

Direct-use applications also don’t generate electricity but rather use the geothermal heat directly. Farmers heat greenhouses and dry crops; aquaculture facilities maintain optimal water temperatures; industrial operations use the heat to dehydrate food, cure concrete or other energy-intensive processes. Worldwide, these applications now deliver over 100,000 megawatts of thermal capacity. Some geothermal fluids contain valuable minerals; lithium concentrations in the groundwater of California’s Salton Sea region could potentially supply battery manufacturers. Federal judges are reviewing a proposal to do just that, as well as legal challenges to it.

Researchers are finding new ways to use geothermal resources, too. Some are using underground rock formations to store energy as heat when consumer demand is low and use it to produce electricity when demand rises.

Some geothermal power stations can adjust their output to meet demand, rather than running continuously at maximum capacity.

Geothermal sources are also making other renewable-energy projects more effective. Pairing geothermal energy with solar and wind resources and battery storage are increasing the reliability of above-ground renewable power in Texas, among other places.

And geothermal energy can power clean hydrogen production as well as energy-intensive efforts to physically remove carbon dioxide from the atmosphere, as is happening in Iceland.

A diagram shows pipes extending down from the surface of the ground, pushing cold water into hot rocks below, and drawing hot water back up.
Enhanced geothermal systems can be built almost anywhere and can take advantage of existing wells to save the time and money of drilling new holes deep into the ground.
U.S. Geological Survey

Geothermal potential in the US and worldwide

Currently, the U.S. has about 3.9 gigawatts of installed geothermal capacity, mostly in the West. That’s about 0.4% of current U.S. energy production, but the amount of available energy is much larger, according to federal and international engineering assessments.

And converting abandoned oil and gas wells for enhanced geothermal systems could significantly increase the amount of energy available and its geographic spread.

One example is happening in Beaver County, in the southwestern part of Utah. Once a struggling rural community, it now hosts multiple geothermal plants that are being developed to both demonstrate the potential and to supply electricity to customers as far away as California.

Those projects include repurposing idle oil or gas wells, which is relatively straightforward: Engineers identify wells that reach deep, hot rock formations and circulate water or another fluid in a closed loop to capture heat to generate electricity or provide direct heating. This method does not require drilling new wells, which significantly reduces setup costs and environmental disruption and accelerates deployment.

There are as many as 4 million abandoned oil and gas wells across the U.S., some of which could shift from being fossil fuel infrastructure into opportunities for clean energy.

Challenges and trade-offs

Geothermal energy is not without technical, environmental and economic hurdles.

Drilling is expensive, and conventional systems need specific geological conditions. Enhanced systems, using hydraulic fracturing, risk causing earthquakes.

Overall emissions are low from geothermal systems, though the systems can release hydrogen sulfide, a corrosive gas that is toxic to humans and can contribute to respiratory irritation. But modern geothermal plants use abatement systems that can capture up to 99.9% of hydrogen sulfide before it enters the atmosphere.

And the systems do use water, though closed-loop systems can minimize consumption.

Building geothermal power stations does require significant investment, but its ability to deliver energy over the long term can offset many of these costs. Projects like those undertaken by Fervo Energy show that government subsidies are no longer necessary for a project to get funded, built and begin generating energy.

Despite its challenges, geothermal energy’s reliability, low emissions and scalability make it a vital complement to solar and wind – and a cornerstone of a stable, low-carbon energy future.The Conversation

Moones Alamooti, Assistant Professor of Energy and Petroleum Engineering, University of North Dakota

This article is republished from The Conversation under a Creative Commons license. Read the original article.

Continue reading “Reprint: New (Green!) Energy From Old Gas Wells”

Reprint: California Farms Solar Power

This article is reprinted from The Conversation.

California farmers identify a hot new cash crop: Solar power

This dairy farm in California’s Central Valley has installed solar panels on a portion of its land.
George Rose/Getty Images

Jacob Stid, Michigan State University; Annick Anctil, Michigan State University, and Anthony Kendall, Michigan State University

Imagine that you own a small, 20-acre farm in California’s Central Valley. You and your family have cultivated this land for decades, but drought, increasing costs and decreasing water availability are making each year more difficult.

Now imagine that a solar-electricity developer approaches you and presents three options:

  • You can lease the developer 10 acres of otherwise productive cropland, on which the developer will build an array of solar panels and sell electricity to the local power company.
  • You can select 1 or 2 acres of your land on which to build and operate your own solar array, using some electricity for your farm and selling the rest to the utility.
  • Or you can keep going as you have been, hoping your farm can somehow survive.

Thousands of farmers across the country, including in the Central Valley, are choosing one of the first two options. A 2022 survey by the U.S. Department of Agriculture found that roughly 117,000 U.S. farm operations have some type of solar device. Our own work has identified over 6,500 solar arrays currently located on U.S. farmland.

Our study of nearly 1,000 solar arrays built on 10,000 acres of the Central Valley over the past two decades found that solar power and farming are complementing each other in farmers’ business operations. As a result, farmers are making and saving more money while using less water – helping them keep their land and livelihood.

A hotter, drier and more built-up future

Perhaps nowhere in the U.S. is farmland more valuable or more productive than California’s Central Valley. The region grows a vast array of crops, including nearly all of the nation’s production of almonds, olives and sweet rice. Using less than 1% of all farmland in the country, the Central Valley supplies a quarter of the nation’s food, including 40% of its fruits, nuts and other fresh foods.

The food, fuel and fiber that these farms produce are a bedrock of the nation’s economy, food system and way of life.

But decades of intense cultivation, urban development and climate change are squeezing farmers. Water is limited, and getting more so: A state law passed in 2014 requires farmers to further reduce their water usage by the mid-2040s.

Workers on farmland with mountains in the background.
California’s Central Valley is some of the most productive cropland in the country.
Citizen of the Planet/UCG/Universal Images Group via Getty Images

The trade-offs of installing solar on agricultural land

When the solar arrays we studied were installed, California state solar energy policy and incentives gave farm landowners new ways to diversify their income by either leasing their land for solar arrays or building their own.

There was an obvious trade-off: Turning land used for crops to land used for solar usually means losing agricultural production. We estimated that over the 25-year life of the solar arrays, this land would have produced enough food to feed 86,000 people a year, assuming they eat 2,000 calories a day.

There was an obvious benefit, too, of clean energy: These arrays produced enough renewable electricity to power 470,000 U.S. households every year.

But the result we were hoping to identify and measure was the economic effect of shifting that land from agricultural farming to solar farming. We found that farmers who installed solar were dramatically better off than those who did not.

They were better off in two ways, the first being financially. All the farmers, whether they owned their own arrays or leased their land to others, saved money on seeds, fertilizer and other costs associated with growing and harvesting crops. They also earned money from leasing the land, offsetting farm energy bills, and selling their excess electricity.

Farmers who owned their own arrays had to pay for the panels, equipment and installation, and maintenance. But even after covering those costs, their savings and earnings added up to US$50,000 per acre of profits every year, 25 times the amount they would have earned by planting that acre.

Farmers who leased their land made much less money but still avoided costs for irrigation water and operations on that part of their farm, gaining $1,100 per acre per year – with no up-front costs.

The farmers also conserved water, which in turn supported compliance with the state’s Sustainable Groundwater Management Act water use reduction requirements. Most of the solar arrays were installed on land that had previously been irrigated. We calculated that turning off irrigation on this land saved enough water every year to supply about 27 million people with drinking water or irrigate 7,500 acres of orchards. Following solar array installation, some farmers also fallowed surrounding land, perhaps enabled by the new stable income stream, which further reduced water use.

A view of farmland with irrigation sprinklers spraying widely.
Irrigation is key to cropland productivity in California’s Central Valley. Covering some land with solar panels eliminates the need for irrigation of that area, saving water for other uses elsewhere.
Citizen of the Planet/UCG/Universal Images Group via Getty Images

Changes to food and energy production

Farmers in the Central Valley and elsewhere are now cultivating both food and energy. This shift can offer long-term security for farmland owners, particularly for those who install and run their own arrays.

Recent estimates suggest that converting between 1.1% and 2.4% of the country’s farmland to solar arrays would, along with other clean energy sources, generate enough electricity to eliminate the nation’s need for fossil fuel power plants.

Though many crops are part of a global market that can adjust to changes in supply, losing this farmland could affect the availability of some crops. Fortunately, farmers and landowners are finding new ways to protect farmland and food security while supporting clean energy.

One such approach is agrivoltaics, where farmers install solar designed for grazing livestock or growing crops beneath the panels. Solar can also be sited on less productive farmland or on farmland that is used for biofuels rather than food production.

Even in these areas, arrays can be designed and managed to benefit local agriculture and natural ecosystems. With thoughtful design, siting and management, solar can give back to the land and the ecosystems it touches.

Farms are much more than the land they occupy and the goods they produce. Farms are run by people with families, whose well-being depends on essential and variable resources such as water, fertilizer, fuel, electricity and crop sales. Farmers often borrow money during the planting season in hopes of making enough at harvest time to pay off the debt and keep a little profit.

Installing solar on their land can give farmers a diversified income, help them save water, and reduce the risk of bad years. That can make solar an asset to farming, not a threat to the food supply.The Conversation

Jacob Stid, Ph.D. student in Hydrogeology, Michigan State University; Annick Anctil, Associate Professor of Civil and Environmental Engineering, Michigan State University, and Anthony Kendall, Professor of Earth and Environmental Sciences, Michigan State University

This article is republished from The Conversation under a Creative Commons license. Read the original article.

Continue reading “Reprint: California Farms Solar Power”

Time Is on Our Side

When I meditate – which I do sporadically, though I keep intending to get more regular about it because it always makes me feel better – I see myself as being one with the universe.

I don’t mean I’m the all-encompassing universe all by myself. I mean I’m a tiny speck of this amazing great whole.

I find this very comforting. It reminds me that so much of what is touted as of paramount importance is really meaningless.

It doesn’t mean that I shouldn’t try to do good in the world as best I can, but it does help me let go of too much attachment to the outcome of anything I do. These days, with so much damage being done to our lives every day, I find it helpful to remember that while doing is up to me, outcomes aren’t.

In his book Four Thousand Weeks: Time Management for Mortals, Oliver Burkeman has a chapter called “Cosmic Insignificance Theory,” which I think is much the same thing as my meditation. He observes:

Truly doing justice to the astonishing gift of a few thousand weeks [four thousand weeks is an average human lifespan] isn’t a matter of resolving to “do something remarkable” with them. In fact, it entails precisely the opposite: refusing to hold them to an abstract and overdemanding standard of remarkableness, against which they can only ever be found wanting, and taking them instead on their own terms, dropping back down from godlike fantasies of cosmic significance into the experience of life as it concretely, finitely – and often enough, marvelously – really is.

Cosmic insignificance theory is diametrically opposed to the kind of world the broligarchs seem to be after, particularly the ones who think they’re going to live forever, perhaps uploaded and combined with some all-powerful “AI.” Continue reading “Time Is on Our Side”

The Future We Want

I’ve been putting myself to sleep at night by envisioning the kind of future world I’d like to see. Being a science fiction writer as well as someone who has spent much of my life doing work toward social change, I’m always thinking about better systems.

But the combination of the polycrises we face (I’m deliberately using the plural of crisis here because we not only have multiple crises that affect each other – thus the poly – but each crisis has its own set of multiple components) with the forthcoming grifter/broligarch/religious and right wing extremist government has urged me more in that direction.

Given that the government will not only not be addressing the polycrises but will in fact be doing things that make them much, much worse, I cannot be satisfied by resistance. And given that the status quo was already shaky – very little being done about climate change, inequality, and the cost of housing, not to mention protecting the country from insurrectionists – I’m not feeling pumped up about trying to get back to that.

Yeah, we need the rule of law and the Constitution here in the United States, but both those things have some big flaws that should have been addressed a long time ago. Most of the resistance will be focused on keeping political things from getting too much worse, but it won’t be fixing any of the underlying problems.

So I am trying to envision what we could have. I recently read an essay Donella Meadows wrote in 1994, “Envisioning a Sustainable World,” and it inspired me to do more imagining of what kind of world we could have.

Meadows was one of the authors of the 1972 work Limits to Growth, which provided a guide to the problems we’re facing right now. You can find out more about her work here and download a free copy of Limits to Growth here:

Of course, I’ve been working on envisioning futures all along.  Lately, I’ve been reading some futurist thinking to help expand my ability to do that. You have to be careful with futurists, since many of them are tied in with tech bro thinking, but there are some very useful skills in that area that help you get past the “there’s no way that could happen” point.

You have to get past the “there’s no way that could happen” point before you can open your mind to anything new.

Continue reading “The Future We Want”

Thinking About Heat Waves

I grew up without air conditioning in a small town outside of Houston. We finally got a couple of window units when I was 13, after my great-uncle died and left us a little money.

That made it easier to sleep in the summer, but I still spent a lot of my time in the room we called the den, which wasn’t air-conditioned, sitting in a large easy chair with a fan blowing directly on me. It was my favorite place to read and I read a lot.

Of course, we also had an attic fan, which circulated the air through a lot of the house. I’ll also point out that you don’t move much when you read and that we had plenty of water. A quick shower, a cold drink, and staying out of the sun will keep you going for a long time on a really hot day.

I could say this was all before climate change, but, of course, the climate change we’re experiencing now goes back to the industrial revolution. But while summers in the area where Houston is now have been hot and humid for millennia – long before European colonization – we are now reaching a point where they’ll get just enough worse to make life much harder for everyone.

In our modern world, air conditioning is a necessity. Houston may have become a large city before air conditioning was universal – ports and oil will do that – but it didn’t become the headquarters of so many major corporations until that happened.

Still, it’s useful to point out that in places that have always had hot, humid summers, people figured out how to survive and thrive before air conditioning. Some of that came from building with the weather in mind, some from knowing it was going to happen and being prepared.

Those who live in places that get serious winter will tell you the same thing about winter.

There is a point where those things don’t do enough. We’re going to get heat waves that kill people who do everything right.

Continue reading “Thinking About Heat Waves”

A life-changing moment with Cordwainer Smith

2005 was a low point for me: I had lost all my confidence. I was pretty certain that I was a failure in all things intellectual and that I couldn’t write, but I was still very determined to keep going. I stayed with what I loved, even when I was pushed to the side, time after time. People with a single course as an undergraduate ere given work ahead of my PhD in a field, and it hurt.

Everything I wrote that year and into 2006 has underlying rumbles of my lac of confidence. It took me a few more years to discover that the problem had never been with my intellect. Sometimes it was because I am chronically ill (and one is not supposed to be intellectually competent and ill, both), sometimes because I’m not male (such an Australian bias) and, most often, because I’m Jewish. Nice people don’t say antisemitic things… they simply leave Jews out of things, or choose someone ahead of them.

How did my self-image begin to change? When I was at a Melbourne science fiction convention, I was asked to join a panel on Cordwainer Smith. Not by the convention planners, but by the panel itself. I said something and Bruce Gillespie asked me to write it up. This is what I wrote for Bruce:

Cordwainer Smith: reflections on some of his themes

  1. Canberra and Norstrilia

Canberra in the 1960s was a mere kernel of the Canberra of 2005. It was small and green, mostly buildings and public parkland, surrounded by the enormous brown of rural Australia. This was the Canberra that Corndwainer Smith knew. Not the small internationalist city of today, with its sprawl of suburbs and its café culture, but an overgrown country town that just happened to be the seat of government for a whole country. You can see a sense of this Canberra in Smith’s work, the idea that Norstrilian government is more a set of social compacts than a formal hierarchy, the idea that family and inheritance counts (the earliest settlers in the area still farmed sheep on what are today mere suburbs, Kambah for instance was farmed by the Beattie family) and the ideal that the country is vast and brown and far diminishes the civilisation it nurtures.

There are other reflections of Australian life of the time in Smith’s work. Immigration, for instance.

While policies were much more open than it had been, the inheritance of the White Australia policy was still very apparent in the people of this country. Much of Australia was still white, still Anglo, and still very conservative. In many places, of which Canberra was one, walking down the street one could very easily assume that the only non-Anglos were diplomats, that Australia didn’t let any strangers cross the border unless they had proven their credentials.

This was not the reality. Cordwainer Smith came to Australia at the crucial moment when White Australia was being broken down – indigenous Australians were finally given voting rights, migrants came from places other than the United Kingdom. The effects of this change were not yet apparent, however, outside Melbourne and Sydney and places such as the Queensland canefields. The reality of Canberra in the 1960s was that the hydroelectric scheme and more open immigration policies were bringing more and more people from other parts of Europe into the region – but walking down a Canberra street, the feeling was still very much of the dominant ancestry being British.

The Australia Smith saw was very much the cultural blueprint for Norstilia, with its responsibility towards remembering the British Empire and preserving certain cultural values.

At that time, Australia had a very restrictive economic policy. This included a barrage of tariffs and customs restrictions that have since been phased out. It was openly admitted that these restrictions were to develop the local economy and to protect important elements of it – the Melbourne clothes industry was of particular importance, for instance.

The effect of these import restrictions on everyday life was very marked; Australia was wealthy, but not quite first world. We took a long time to adopt innovations from outside, and luxury goods were particularly highly taxed. At the same time, because food and accommodation were much cheaper than in many other countries and Australian workers worked shorter days, even the poorest person was said to be richer than wealthy people elsewhere, in terms of lifestyle.

Add this to an important religious factor: the default religion people wrote on their census data as Church of England, and the Queen was both head of the Church and head of State. The political crises of the 1970s which disputed and lessened the impact of the royal family had not yet happened, and the most important Prime Minister of the 1960s, Sir Robert Menzies, was a keen royalist. A keen royalist and rather autocratic leader – the exact mix that Cordwainer Smith struggles to describe from a slightly bemused outsider viewpoint in his depiction of Norstrilia.

To the surprised outsider, we could easily have looked like a country that practiced old-fashioned Church of England values. Very High Church – abstemious and full of self-restraint.

Internally, Australia was not really self-restrained. The slow adoption of new technologies such as television were largely because of the distance of Australia from the rest of the world combined with the tariff system. Smith was interpreting this from a High Church view, however, and would be astonished by the current Australia, where abstemiousness and low technology levels are rather absent.

What Smith saw was an Australia ruled by an innocent nobility with power that was mostly inexpressed. This is the source of the apparent abstemiousness as he described it. It showed more in Canberra than elsewhere. There were only two major industries in Canberra at that time: the public service (all national) and the university. Canberra fully understood the outside world, but its lifestyle in no way reflected it. There were secure incomes and workplaces, safe jobs, but not much in the way of luxury. Canberra was a hard place to get to, for a capital city, with only a local airport and only one train station, and it had an extraordinarily suburban lifestyle. It also had (and still has) like Norstrilia an unexpectedly large awareness of the outside world and a sophisticated understanding of how the trade barriers operated.

It is very hard not to see the Canberra of the time in Norstrilia: a place with a sophisticated understanding of the external world, cut off from it and surrounded by bleak but rich countryside dominated by some of the best sheep territory n the world. It is ironic that, well after Paul Linebarger died, Goulburn built its Giant Merino – an enormous grey tribute to the traditional source of wealth in the Canberra region.

  1. The importance of Abba-dingo

Abba-dingo is particularly important in understanding Cordwainer Smith’s constructed universe. It appears in his short story “Alpha Ralpha Boulevard”. Abba-dingo was a carnival head that took coins or tokens and gave prophecies.

Writers looking for the origins of Smith’s odd names suggest that Abba- comes from the words ‘Abba’ for father from Hebrew or Aramaic, and the Australian native dog, ‘dingo’. While this appeals to me because it calls forth an Australian phrase ‘Old Man Dingo’, I have to admit, that I have large problems with this etymology. I suspect that Abba-dingo comes from a word much closer to home for Paul Linebarger and gives strong indications as to how his religious views shape decision in his universe: it comes from the Book of Daniel.

In the Book of Daniel the king of Babylon visits Jerusalem. He finds several royal Jewish children both beautiful and wise, and he proposes to teach these children the lore of the Chaldeans. He had the children renamed. Azariah was renamed Abednego. Naturally Daniel was the hero of this tale, which is all about true prophecy, but Abednego is linked to the true prophecy and survives his stint in a furnace.

Cordwainer Smith makes the link between Abba-dingo and Abednego quite obvious, as Abednego by using the notion of the fiery furnace and in ‘Alpha ralpha Boulevard” the making the imprint of the prophecy by fire. To make sure we don’t miss the point, in the King James Bible Abednego is always spelled Abed-nego and Smith divides Abba-dingo in the same way.

Abba-dingo then, is a closet reference to the Old Strong Religion. The head is an indication that the universe is planned, even when it looks like a game from a penny arcade. It refers back to the innocents and the holy being able to be given and to live the truth, even when they have no understanding of what is happening.

Cordwainer Smith has devised a predetermined universe based very much on a very High Church reading of the Bible. More than that, he writes a belief in the Select (chosen almost before their birth and with predestined accomplishments) eg D’Joan.

Much of his belief is not modern Church of England at all – it is, to me, very nineteenth century and fundamentalist. This is reflected in the nature of most of his short stories. They are Bunyanesque in feel. He emphasises this feel by the style he uses for the stories where the religion is an important component. He works with carefully built-up introductions and focuses on the inner meaning of lives rather than the individuality and personality of the people involved. This implies that these people are more important for the role they play than as game pieces to catch a reader’s eye.

The track of history and the meaning it all leads to is more important than the tale itself. Each story is, in fact, part of the monumental progress of humankind and animalkinds towards a future that Cordwainer Smith only hints at. Just like Moses, we don’t see Smith’s Holy Land except fro a distance – the voyage to it is more important.

What is important about the Bunyanesque progression is not the end of it. The aim is not to provide a guide to holy living or to a perfect future. Cordwainer Smith is not CS Lewis – his fiction does not preach.

What it provides is a mythical background to his novels. If you read all his short fiction then your read Norstrilia, you have the perfect structure for the assumptions that are made in the novel. He provides a legendary past and important indications of the future. This makes him look extraordinarily innovative, as his stories often use an allegorical or fairytale format rather than one more typical of the SF conventions of his time. Understanding those allegorical and fairytale formats and that legendary past and mythic background are important to understanding how to read the universe he created.

For instance, those indications give us important clues to certain characters (eg C’mell) and enable us to read far more into their behaviour and attribute more to their personalities than would otherwise be possible. Without the background, C’mell looks simply obedient and maybe a bit boring, regardless of her physical beauty, and her reward is the reward of dull virtue. When the reader understands that the Norstrilia section is only a small segment of her life, her reactions take on a much greater complexity.

The skill he brings to his more conventional writing highlights that these departures from convention are quite intentional. Cordwainer Smith was not writing a single novel: he was writing an allegorical universe with a complex history, and he was peopling it with real people (of various species) whose personalities and who capacity to determine their own lives were heavily affected by the allegorical nature of his universe.

Abba-dingo points to this. Cordwainer Smith uses the Abadnego joke to both indicate the religious allegory and to mock at it. Abba-dingo is, after all, only a fairground toy – how do we know that it is God speaking through a fairground mechanical or whether the author is using it as a cheap plot device.

This is the brilliance of Cordwainer Smith. He refers to his Old Strong Religion. He uses his Old Strong Religion. He shapes the whole story of D’Joan and the quest of Chaser O’Neill around a particularly archaic version of Protestant belief. All the traditional allegory and the Biblical and religious knowledge that was commonplace in his youth appears in his writing, from the land of Mizraim (Misr) to the need to forego the quest in order to achieve the true goal.

Yet all the while he uses these patterns, he mocks them. He makes it clear that his is an invented universe. He has his heroes play with space and time like gods, while indicating that they can’t possibly be gods. He creates his Vomact family in such a way that the ambivalence between good and evil is perennially pointed out: we don’t know until we are read a given story whether the Vomact will be hero or villain.

In showing the hand of the creator so very, very clearly, Cordwainer Smith casts doubt on his own allegories. He leaves it to the reader to think it through.

The Future of Science Fiction

I am not one of those people who think of science fiction as belonging to an in-crowd of geeky people, much less someone who wants to gate keep for the field. While I have frequently been annoyed by those in literary fields who refuse to treat SF with respect, my approach has always been to try to encourage such people to read in the genre and discover what it can do.

I do admit to being appalled by the way many of the rich and powerful people in tech seem to have read satirical and even dystopic science fiction and taken it as a manual for the future instead of a warning. And even though I worked at Grok Books (the predecessor to Bookpeople, a large and successful bookstore) in Austin lo these many years ago, I am somewhat mystified by the fact that a section called “Grok” has appeared on Twitter.

I gather that Elon Musk has been reading Heinlein, but I’m not going to click on “Grok” to find out where he’s going with it. I have seen a recent reference to Stranger in a Strange Land as “creepy” and I suspect I would share that feeling if I tried to read it today. (The hippie overtones were more appealing 50 years ago.)

My own preference is for written science fiction (and fantasy, for that matter). There have been some good SF movies and even better television – I got hooked on Doctor Who during the Tom Baker years and am fond of Star Trek – but my love for the genre comes from what really good writers can do with ideas and imagination.

That said, I do recall that when Star Wars first came out, I was thrilled by the way it changed movies. I do wish that shift had ended up being something more than really good special effects. Movies are not living up to their potential.

Stories and novels, on the other hand, often transcend theirs.

I was sent down this train of thought because I learned that during the recent WorldCon held in Chengdu, Sichuan Province, China, Chinese companies signed deals worth over 1 billion dollars (8 billion yuan) related to 21 science fiction projects involving films, parks, and immersive experiences and other deals involving melodramas, games, and the metaverse.

The only mention of books I saw in the article describing the deals was this:

“Chinese science fiction is evolving from a solely text-based medium to a diverse range of formats encompassing comics, movies, games, VR, XR, toys, and film merchandise,” said Ji Shaoting, the founder and CEO of the sci-fi cultural company Future Affairs Administration.

Of course, this should be a boon for some Chinese SF writers, because all those projects are going to need writers for the games and movies and so forth, not to mention books and stories to mine for ideas.

But I must say, this is not the science fiction future some of us were looking for.

Continue reading “The Future of Science Fiction”

The Joys of Infrastructure

cover for How Infrastructure WorksI just finished a wonderful book that explained what it would take for everyone on Earth to live the good life. It was all about infrastructure.

Don’t stop reading! Infrastructure is far from boring, I promise you, especially when the person explaining it to you is Deb Chachra, an engineering professor who both understands how things work and how to explain them. (I’ll just note right here that she has read some science fiction and philosophy along the way.)

The book is called How Infrastructure Works: Inside the Systems that Shape Our World. And no, it’s not a treatise on pipes or wiring or highway construction. It’s an overview of how all those things come together to make modern life possible.

Even if you’ve thought a lot about infrastructure — most of us only think about it when ours fails — this book will give you some deep insights into just how important it is and, even more importantly, how infrastructure design sets in place all our lives.

One of the first things I got from the book is that modern infrastructure is what makes our lives comfortable and possible in the United States and other highly developed countries. We have power at the flick of a switch, water when we turn on a tap, phone service (land lines even still exist, though most of us are using mobile phones these days). The wastewater gets taken away and treated.

Further, we have roads that go everywhere. In some places, we also have other transit options besides cars.

Most of us have access to good food even if we don’t live near where food is grown. That’s due to shipping systems, which also bring us other things we need.

That’s the point: all these things make modern life possible. We don’t have to dig our own wells or fetch water from the nearest creek (if there is one). We don’t have to cut up logs and feed them into a wood burning stove to cook and keep our homes warm. We can be in touch with people all around the world without leaving home or even waiting for the mail (and of course, mail is an infrastructure).

A couple of hundred years ago, people didn’t have most of these things. There were roads and there were shops and some supply systems, but they were not nearly as convenient as they are today.

Despite the fantasy of the “freedom” of living off the grid, the truth is that living in a system with modern infrastructure gives people a great deal more freedom to do something beyond just survival. Continue reading “The Joys of Infrastructure”

Science fiction and furniture

When COVID was just settling down, towards the end of its first year, I attended one of those wonderful new virtual conventions that have since lightened the lives of many of us. It was in Dublin and it was terrific. This was one of the conferences that helped turn isolation around. Trinity College in Dublin ran it, and it was amazing, even though I was part of it from a very long way away.

One paper in particular set me to thinking. It was about the furniture in Star Trek. Thanks to Trinity HistoryCon the paper is online, so I’ll give you a link to it: https://www.youtube.com/watch?v=Vf4IaYb_srM&list=PLObDqlLOVXYpRKL-eYDwBi53FkTNMeFqJ&index=6 In fact, here is a link to the whole programme: https://duhistorycon.wordpress.com/

I don’t want to discuss the furniture in Star Trek today specifically: the paper, after all, does this so well. I want to think about why furniture doesn’t fit so many of us and what this says about writers of the “isn’t the future amazing” type of science fiction that doesn’t allow for significantly different sizes of human beings. When we see the long line of chambers made to preserve space travellers in stasis, we expect to see them stacked as regularly as coffins, regardless of the size of the occupant. If all the chambers are two metres long, what happens to the person who is 12 cm longer? What happens to the hookups in the chamber to someone who is dwarfed by the inner tube? What happens with someone whose girth (like mine) may well cause lack of space on either side? When the chambers are mass-produced, it makes great sense that they look mass produced, but when they are supposed to be expensive, designed for the needs of the individual, it makes no sense at all.

This applies to our everyday life. I was chatting with some British friends over the weekend and we compared our experience with furniture. I have short legs and very few chairs are made that allow me to put my feet on the ground. This is not good for a number of reasons. Try sitting for five long days in a chair just a few centimetres too high and “not good” will explain itself. My friends in that particular group are all very tall, and they face the opposite problem. If they were to use my kitchen, they would have to sit down to use the benches, and if I were to use theirs, I’d need a stool to stand on.

This is all very unexceptional. Our different sizes and the way that most furniture is made for a ‘typical’ or ‘average’ person whose measurements have almost nothing in common with mine mean that this topic appears quite often when I chat with tall friends or friends who are closer to my height, to friends who have wide hips or very narrow ones. Modern design allows for some differences in some cases, but we have to look fir furniture and test it if we are not ourselves of standard design.

In dystopian futures or catastrophic ones no-one is expected to be comfortable. Standard design works just fine in these stories. In the science fiction where the technology is amazingly advanced, especially when depicted on television or film, it’s curious that most furniture is designed pretty much the way standard furniture is now. It’s those cryogenic chambers again. Not everyone will fit, and the actor has to adjust. More than this, in those odd occasions where the furniture fits the actual body or the furniture adapts to meet the body’s needs, the camera often fusses over it, to demonstrate how exceptional this is. Comfort is not a thing some of us can ever take for granted, even in the most extraordinary future.

When, on Star Trek, when Michael Burnham and her shipmates travel to the distant future, furniture was shown to be malleable and changeable and adaptable. While this is demonstrated in the early episodes, the effects of that level of comfort are not explored. The idea that human beings do not have to adapt to something designed for a different body shape is difficult even in a show that conceptualises that furniture as almost infinitely adaptable.

I’ll be watching out for furniture of all kinds for the next few years. I want to know which writers and designers see the human body and its needs, and which simply see a set on which action is to tak e place. If you’re interested in seeing what I see, let me know and I’ll write about it here.