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Intimations of Immortality: Are We Ready for Extreme Longevity, or Do We Even Deserve It?


Although this is a rather belated nusing about a panel topic in this year’s AussieCon IV in Melbourne, I think the topic is sturdy enough to stand the test of time (Q.E.D.).

Let’s start with William Wordsworth:

A single Field which I have looked upon,
Both of them speak of something that is gone:
The Pansy at my feet
Doth the same tale repeat:
Whither is fled the visionary gleam?
Where is it now, the glory and the dream?

The panel at AussieCon IV was “Implications of Immortality”, and the panel description was:

Immortality is a common element in science fiction and fantasy, but what would it actually be like?
What would you need to do and think about if you were immortal? How would society need to change if we were all immortal?
In a world where we are no longer faced with an end to our lives, how would human society change?

In general, I was rather disappointed by this panel (audio transcript here, courtesy of the Singularity Institute for Artificial Intelligence), as it mostly repeated SF and fantasy’s clichés about immortality, and didn’t really reach any interesting, new (let alone ground-breaking) conclusions.

So, with this panel, and a number of internet articles about immortality — Annalee Newitz on io9 (Four Arguments against Immortality), Jason Stoddard (Four Arguments FOR Immortality), BBC’s recent Do You Really Want to Live Forever?, an interview on I Look Forward To about the possibility of immortality or extreme longevity with Aubrey de Grey and David Brin (When Will Life Expectancy Reach 200 Years?), Edward Cheever’s In Defense of Immortality — in mind, I’m going to try to deconstruct a number of faulty assumption about extreme longevity.

You may have noticed that I’m not calling it ‘immortality’ anymore. Well, I think immortality is in the same class as Utopia, infinity and perfection: a great destination to travel to, but one that can never be reached. Yet we should try, nevertheless. While immortality is an unreachable ideal, the effort of reaching it will bring huge progress and immense advantages. So let’s be a tad more realistic and call it the quest for longevity, or extreme longevity.

Problem is, a lot of people think we shouldn’t be on this quest anyway, because of several misconceptions. Let’s go through them:

(1): Humans are not ‘wired’ for immortality or extreme longevity.

As (panel member) Will McIntosh said (I’m paraphrasing here): “the human psyche is not wired for immortality: in almost every thing we do lies the shadow of our oncoming demise.” However, this assumes that humans will not change. I think humans will change. Actually, humans are already changing, and have been changing throughout history.

The problem with a lot of thinking in science fiction is that it often takes one — and only one — idea and tries to imagine its impact on humans and/or society while assuming that the latter (humans and society) do not change, or only minimally through that one single idea. In reality, though, society is an immensely complex web of connections that all influence each other.

Therefore, as such, both humans and society have changed over the years, also (among many other things) in regards to life expectancy. Life expectancy has increased (and is still increasing), and we have learned to live with that. Less than two centuries ago we would become, on average, 37 years old. Our ‘productive’ life span was 20 to 25 years. Now we get, on average, 77 years old, with a ‘productive’ life span of over 40 years.

Indeed: right now we have more ‘productive’ years than we actually lived 200 years ago. And if someone had said, back in 1810, that humans aren’t wired to live 80 years, most people would have agreed.

Well, immortality won’t happen overnight: it will take time to develop much longer lifespans, followed by extreme longevity. Time enough for humans to change, and to adapt successfully to a much longer life. People have been changing all the time — albeit at a much higher rate in the past 100 years — and have been able to cope. Why shouldn’t we be able to do so in the future?

Imagine someone in 1810 saying that in 200 years people would travel around the world regularly, that we would live twice as long, and that we would be able to talk to people at the other side of the globe through a device that weighs less than a book. Now imagine depriving your 8-year-old kid from her/his gameboy, cell phone, or internet connection.

I’ve been discussing this with (Guest of Honour) Kim Stanley Robinson at the bar right after the panel, and he thought that such thinking — humans will remain the same while the world around them changes — is ‘a failure of the imagination’. I agree: by the time extreme longevity is possible, we will have developed the right mindset for it.

However — as Annalee Newitz proposed on io9 — we may change so much that we’re no longer human. Well, try to define ‘being human’ first. Then compare that 21st Century definition with that of a 19th Century one: there will be quite a number of differences. As mentioned, humans change, and the yardstick that ‘defines’ humanity changes, as well.

Of course, Annalee voiced the fear that we might become emotionless monsters as we develop extreme longevity. I disagree: there have been monsterous humans throughout history, Stalin, Hitler and Pol Pot just a recent addition to a long, long list that stretches back to the dawn of human memory. Yet we have always overcome these monsters: why shouldn’t we be able to do that in the future?

I’ll even go a step further: it makes much more sense to be a ruthless dictator and burn all your bridges behind you if your lifespan is short. Conversely, if you realise that you have several centuries to go, it makes little sense to rampage an ecology that you need to support your much longer life.  Even beter, as longer lifespans (or even extreme longevity) spread throughout the world population (and it will: see point 3 of this post), then it is in everybody’s best interest to weed out those so hell-bent on power that they are willing to destroy a very long term infrastructure (like say, Gaia) for it.

(Not to mention the non-starter ‘Whatever body you’re in, there you are‘. Sorry: last time I looked all of us are constrained to one, and one body only. I personally will highly appreciate it if it lasts much, much longer.)

(2): Immortality is boring: I will be stuck with the same dead-end job/uninteresting life/pointless existence forever.

As mentioned, immortality is an idealised concept: it is an endpoint that we might approach asymptotically, hence it will not happen overnight. Still, quite a few people (some of which were in the audience of the panel) seem to think so. One even literally mentioned that ‘immortality would be a kind of eternal hell as she would be stuck with the same dead-end job forever’.

In the grander scheme of things, holding a steady job throughout one’s carreer may already be a passing fad in times to come. Yes, in times of yore one — before the 20th Century almost always a man — acquired (either through education, experience, inheritance or a combination thereof) a job or profession and stuck to it for the rest of one’s productive life. Exceptions acknowleged, of course, but those were few and far in between.

But nowadays, things are different, completely different, just check out this video: “Shift Happens: Bringing Education into the 21st Century

A few price quotes:

—1 out of 4 workers today is working for a company they have been employed by for less than one year

—More than 1 out of 2 are working for a company they have worked for for less than five years

…the top 10 in demand jobs for 2010 did not exist in 2004

—We are currently preparing students for jobs that don’t yet exist…

…using technologies that haven’t been invented…

…in order to solve problems we don’t even know are problems yet

Basically, the amount of jobs that you can hold for your complete productive life is shrinking: a ‘job-for-life’ is increasingly becoming a feature of the past.

Therefore, in order to keep making a living people already need to keep educating themselves, constantly. I know what I’m talking about: I train people in my company’s product, and I need to stay updated. I teach and I learn, all the time.

Some people see this as a bad thing: such people like to keep on doing the same things, ad nauseam until their pension. This, though, is increasingly not an option anymore.

I see this as an interesting, and potentially good development: now people (must) keep developing themselves, learning new things, broadening their horizons, expanding both the depth and the breadth of their knowledge.

Isn’t this an exhilarating convergence? As life expectancy grows, life is becoming more interesting, as well. Maybe we are already on the right track to leading longer and more fullfilling lives by being able to change constantly?

Now before some of you — like Athena Andreadis (see point 2) — start to argue that the memory and learning capacity of a human brain is limited, let me make a bet (for a drink, or a symbolic amount like one Euro): I bet that before people live so long that their brain capacity is insufficient to store, work or even understand all the knowledge they build up in their extended lifetime, that there will be not one, but a variety of competing options to extend that brain capacity. For example, check out Andy Clark’s article “Out of Our Brains” in the New York Times (via Futurismic).

(3): Only the superrich will have immortality, and will keep it ‘locked away’ from the rest of the world.

Or point 4 (“We’ll have to deal with the immortality divide“) of Annalee Newitz’s io9 post.

This argument assumes that:

  • there is an immediate development that changes life expectancy immensely;
  • that this — nearly instantaneous — development is so expensive that only the superrich can afford it;
  • that the superrich elite will be able to keep this development completely to themselves;

Personally, I suspect it’s extremely unlikely that a ‘silver bullet’ for highly increased longevity (let alone extreme longevity and forget about immortality) will be developed overnight. It’s hugely more likely that longevity will increase in leaps and bounds, with all kinds of dead alleys, red herrings and fool’s gold (to deftly mix metaphors) along the way. The way almost all scientific research does. The way longevity has been increasing already.

So while I do expect that there will be new treatments that lengthen lifespan, I do, very strongly, suspect that these will not stay with the ultra-healthy among us for long.

Consider: there are about a thousand billionaires in the world right now. There are about 10 million millionaires. By 2030, about two billion new people may join the world middle class (via Goldman Sachs: opens PDF file): adding this to the 1.5 billion middle class people as of 2010, this will total 3.5 billion middle class incomes.

So a big pharmaceutical company would keep its product exclusive to the happy thousand? Even after it has earned back its development costs? And will ignore the 10 million plus other, rich customers? And once the treatment has been proven to work for over a million people, they will not eventually want to sell it to almost 4 billion more customers? That’s not how capitalism works, last time I looked.

Then there is the case of the ghost having escaped the bottle: in science, once something has been proven to be possible, it can be replicated. If an experiment can’t be verifiably repeated, it’s not true science. So if it’s possible (extreme longevity, even immortality) then competing scientists will know that, and they will redouble their efforts to reproduce the same result.

Once a certain development’s time has come, it shows up everywhere. Tesla’s and Marconi’s dispute about who invented radio first is one example. The rise of aviation (once the Wright brothers delivered proof of concept) is another. There are countless more. And these technologies, once new, are now available to almost everybody: radio (is become obsolete by the internet, another technology initially developed for the hapy few — the Pentagon or CERN— available to all), avaition, the utmost majority of modern medicine. Once the cat is out of the bag…

Competition, the desire to sell it to as much markets as possible, the fact that it can be done all will make sure that it eventually becomes available to all. Inevitably.

(4): (a) Biological immortality or biological extreme longevity is impossible; and (b): mind uploading is a pipe dream.

Check out this interview with Aubrey de Grey and David Brin: When Will Life Expectancy Reach 200 Years?

The above gentlemen are talking about a life expectancy of 200 years. While that may sound already unrealistic to some, and a bit unambitious to others (what is 200 years in the face of extreme longevity?), there is a tipping point. As Ronald Bailey explains in his Liberation Biology:

“Researcher reported in the April 2002 issue of Science that life expectancy has been increasing at about two and a half year per decade for the past 160 years. Demographers such as Olshansky, they note, have been consistently wrong in predicting an upper limit to this trend. In 1928, for example, demographer Louis Dublin predicted that average life expectancy in the United States would never exceed 64.75 years. Today it is 77.6 years.”

“At this rate of improvement, the authors of the Science report conclude that “record [average] life expectancy will reach about 100 in six decades”.”

It gets better:

De Grey offers a scenario in which efforts to achieve radical life extension reach “actuarial escape velocit (AEV)”. Recall that for the last 160 years, average life expectancy has increased by two-and-a-half year per decade. What if increases in life expectancy rose at a rate of ten years or more per decade? “The escape velocity cusp is closer than you might guess,” claims de Grey. “Since we are already so long lived, even a thirty percent increase in healthy life span will give the first beneficiaries of rejuvenation therapies another twenty years—an eternity in science—to benefit from second generation therapies that could give another thirty percent, and so on ad infinitum”

Yes, the same Aubrey De Grey interviewed above. The above quote can be found online on PLoS Biology: ‘Escape Velocity: Why the Prospect of Extreme Human Life Extension Matters Now‘.

Extreme longevity in this century? Maybe even in our lifetime?

As noted above, David Brin disagrees, as I’m sure many of you do. “There are way too many obstacles,” I hear you say, “there is no low-hanging fruit.” Further cue to David Brin:

All advances to date have involved allowing ever-greater percentages of humanity to hit the “wall” at age 100, and maybe coast a few years beyond. Getting beyond that will require either;
1) THOROUGH nanotechnology, applied down at the INTRA-cellular level, or
2) genetic recoding to enhance repair capabilities in new ways (good news for our great grandchildren, maybe), or
3) gradual replacement of failing parts and systems with prosthetics, or
4) uploading.

Oh, I am willing to be proved wrong, but all of these seem much harder than the zealots think.
a) The intra-cellular world is the next frontier. It now seems huge, complex, involving massive amounts of computing. Will you flood the INSIDES of cells with nanomachines? Good luck.
b) We haven’t a clue how to do #2.
c) #3 will happen in phases. But when the brain fades… well,… see #a
c) re #4 — see #a

(Emphasis mine.)

The Aubrey De Grey/David Brin interview was posted on November 25, 2010. Three days later, this news came out: “Harvard Scientists Reverse the Ageing Process in Mice“. Price quote:

The Harvard group focused on a process called telomere shortening. Most cells in the body contain 23 pairs of chromosomes, which carry our DNA. At the ends of each chromosome is a protective cap called a telomere. Each time a cell divides, the telomeres are snipped shorter, until eventually they stop working and the cell dies or goes into a suspended state called “senescence”. The process is behind much of the wear and tear associated with ageing.

At Harvard, they bred genetically manipulated mice that lacked an enzyme called telomerase that stops telomeres getting shorter. Without the enzyme, the mice aged prematurely and suffered ailments, including a poor sense of smell, smaller brain size, infertility and damaged intestines and spleens. But when DePinho gave the mice injections to reactivate the enzyme, it repaired the damaged tissues and reversed the signs of ageing.

This sounds very much like ‘genetic recoding to enhance repair capabilities in new ways’. And yes, it is only applicable to mice (“Repeating the trick with humans will be more difficult”), and developing a method that works for humans might still be a long way off. Yet, we have gone from “We haven’t a clue how to do #2” to “We have found a method that works in mice”.

So while extreme longevity is probably not around the corner, I believe that it is possible. At the very least we can expect that our life span will continue to increase in the future, as it has done for the past 160 years. Very probably with more than 2-and-a-half year per decade. I strongly suspect that auctuarial escape velocity will not be a matter of if, but of when.

And then extreme longevity is a fact of life.

Finally, as to (b): mind uploading is a pipe dream;

I don’t know.

On the one side, the human brain is an immensely complex organ, of which we still understand very little (even though our knowledge is increasing). It’s also very unclear if a mind based so intimately in a biological body can be ‘transported’ or ‘copied’ to a non-biological mainframe, without considerable losses in either functionality or memory or both.

On the other side, if Moore’s Law holds (and it’s not showing any signs of slacking up yet), then by the time mind uploading is possible — even when it happens only a few decades from now — then there will be a hell of a lot of computing power available to upload into.

Apart from that, if uploading becomes possible, there is still the problem that, in all likeliness, it will be copying your mind into a different substrate, leaving the original behind to die. That’s why I prefer developments of extending lifespan of our biological bodies: it seems the better bet.

Picture credits:


Utopia: A Vindication?


As the second comment (by Paul Graham Raven) already noticed, maybe I could see Charlie Stross’s post about Utopia as a kind of vindication?

[Picture: Vindication Island: a destination, never to be reached, like Utopia?]

For one, science fiction in general is—again, see the huge catch-up exercise called cyberpunk ( the punk label itself was already a few years outdated back in 1983, which indicates how pathetic the ‘punk’ label sounds in steampunk, dieselpunk, mythpunk and what-have-you-punk. Where is SF’s imaginative use of neologisms when you really need it?) when SF belatedly realised it had been neglecting these dang computers for too long—behind the curve: see, for example, last year’s four-issue special called Blueprint for a Better World that New Scientist featured from September 12 until October 3 in 2009.

In other words—and I have already voiced this almost ad nauseam here on this blog—while SF wallows in its dystopias, gloom’n’doom scenarios and total apocalypses, people in (gasp) the real world are already looking for solutions to our problems.

I am already tired of SF fandom’s idea that science fiction should inspire science, or the real world. It has been the other way around, mostly, and increasingly overwhelmingly in the past few decades.

What use does an African boy have for apocalyptic science fiction if he wants to build to a better future? Why would people in rural Bangladesh need to read the latest eco-disaster if they are visited by the InfoLadies instead?  People in the real world aren’t longing for depictions of dystopia to show them how it shouldn’t be done: they’re way too busy to improve their own lot.

So, in the larger scheme of things, it’s probably a minor vindication for an idea—optimistic SF, *not* Utopia—whose idea seems finally, and belatedly to be entering the SF writing community’s mindset.

{BTW: not Utopia. the term ‘Utopia’ alone is a button-pusher in the science fiction crowd, immediately unleashing the all-too-predictable clichés: “Utopias are booooooooring”, “There can be no conflict in Utopian stories” (hence, when I demonstrate that conflicts are part and parcel of a near-future, optimistic SF story—one needs to overcome big hurdles to achieve improvements—Kathryn Cramer laments that ‘SHINE delivers (mostly) happy endings in dystopias rather than actual utopian speculation‘: true, as I never intended SHINE to be a plethora of Pollyannas), “Dystopias are the signs of the future saying ‘do not go there’.” (so in which direction should we go? We only need negative incentives?), “One man’s Utopia is another man’s Dystopia”, Etcetera, ad nauseam.}

For another, this review gives me much more vindication:

Anyway, just about a textbook example of how to do it […]

I thought this book would be decent – so when it hits around the excellent mark and is a great price currently you really should buy it.

Having read hundreds of anthologies it isn’t often that I want to revisit one soon afterwards, Shine is definitely one such.

Finally, an editorial remark. To quote Blue Tyson from the above-mentioned review:

Interestingly, he says most of the writers around are pathetically incapable of writing a story along these lines – which is odd, given as they say, ideas are a dime a dozen.

Unfortunately, this is true. I have sollicited many, very many of today’s well-known SF writers for Shine, and the utmost majority of them wouldn’t or couldn’t (or shouldn’t?) produce a near-future, optimistic SF story. One in particular—whose name shall remain unknown—telling me that ‘near-future SF is mind-numbingly hard these days’.

So there you go: is near-future, optimistic SF too hard to do, or are contemporary SF writers suffering from—and here I’m quoting another well-known SF author, with whom I discussed this at a recent WorldCon—”a failure of the imagination”?

To be continued, I hope…


Good News from around the Globe, Local Version

Here are a few things that struck me in my own country (The Netherlands).

This so-called ‘Beer Boat’ is fully electrical driven (both the propeller and the crane) with green current and reduces the county’s CO2 emissions with 16.5 tonnes per year in comparison with trucks. It not only transports beer, but also clothing, books and construction materials.

Actually, it is the second one in Utrecht, a city that tries to limit truck driving in its inner city because the fragility of its ancinet bridges and wharves. The first one is a diesel boat, but it was so fully booked they needed a second one. A much better one (it’s almost completely silent), everyone agrees.

(Friday April 9 I am meeting my Dutch SF companions in Utrecht: the beer should taste extra good…;-)

  • In the recent DUS (FNV BondgenotenMagazine: the newspaper of the Union of which I am a member) there was an interview with Pieter Hilhorst, the Dutch national ombudsman: a self-procliamed ‘tireless softie’ who is against cynism.

To quote:

I hate cynicism, but I am not an old-fashioned leftie. The old-fashioned left still think a better society can be created through anonymous solidarity with rigid rules. But we get stuck in those rules. We should rebuild solidarity from the bottom up: help each other at the small scale level, using self-organising powers: not ‘save yourself’, but ‘save each other’.

We need more people like him.

  • Hyves for energy is the vision of the future (via de Volkskrant): experimental cogeneration (or Combined Heat and Power or CHP) plants are being installed in Dutch households. Experimental because of the scale: right now CHP plants are of industrial size, this is one of the first times where the principle is scaled down to that of a household central heating boiler. A so-called micro-cogenerator boiler (microwarmtekrachtketel’) that — according to KEMA, the manufacturer — increases the energy efficiency from 98 to 125% (this obviously hinges on how one defines ‘efficieincy’, but in other words, part of the boiler’s waste heat is transformed in electricity through a small Stirling engine).

Problem is that such installations are quite expensive, and their economic feasibility hinges on the electricity company’s willingness to pay for power delivered back into the net. Hence an experimental set-up, with some households using the micro-cogenerator boiler, some using a heat pump that extracts energy from the air, some have solar panels and all are connected to windmills through a smart grid. Also the use of ‘smart’ appliances like washing machines and dishwashers that will automatically switch on when the renewable energy is cheaper than that of the grid.

“There will be communities that share and exchange energy,” says Pier Nabuurs of KEMA, “a bit like Hyves for energy.” (NOTE: Hyves is the Dutch version of Facebook.)

  • Groenlinks, the Dutch green party, presented its programme for the June 9 national elections yesterday. I particularly like their slogan: ‘Zin in de toekomst’, or: ‘Looking forward to the future’.

Yes, I cannot empasise enough that there are a huge amount of people who are actively trying to build a better future, and are looking forward to it. SF community, take note.

  • Apropos biodiversity and its uses: let worms clean the sewage sludge. Scientist Tim Hendrickx of Wageningen University says the Lumbriculus variegatus can clean up to 70% of the Dutch sewage sludge. Biocrafted Ouroboros, anyone (hats off to Rajan Khanna)? [Rajan’s tweet was up on @outshine on June 10, and the worms article on June 13. Coincidence? I think not…;-)]
  • A company in Barneveld called Paperfoam is the only one in the world that fabricates packaging material fully from potato starch: ‘a real iPhone is packed in starch‘. 100% biodegradable, and the CO2 emission from manufacturing one paperfoam CD or DVD case is one tenth of that of a plastic one. While all the research is done in Holland, the company has license holders in Denmarl, Malaysia and the US.

So say goodbey to your plastic (one hopes, looking at the Great Pacific Garbage Patch).

That’s the second time that environmental awareness is combined with good drinks! Coincidence? I think not!

And thankfully innovation and forward thinking are alive and well, also in Holland.

UPDATE (hot off the press): Suriname, which used to be a Dutch colony, is doing very fine. An interview with Andre Telting, the director of Suriname’s central bank.

In the year 2000, as the country’s bank director, he inherited a total financial chaos. But he — and his fellow countrymen — turned it around.

Recently, at the IMF meeting in Istanbul, Suriname was receiving compliments. They were one of the very few nations that showed growth through the credit crisis. The country improved its debt position and strengthened its monetary reserves (reducing the country’s debt from over 500 million euors in 2000 to 210 million euros now).

On top of that, while he’s resigning (after ten intense years, and he’s 74 years old now) he’s optimistic that the Surinam people will not elect a corrupt government again. To quote:

“As regards criminality in this region we are an oasis of peace. Suriname is a safe country for foreigners. The average Surinamer is healthy and well-educated. Yes, I am positive about this country. But we have to prepare our people to several new developments, like the oil inning industry which can be a large source of income for Suriname.”

Which puts the cliché that ‘Third World’ countries can’t take care of themselves in a different perspective.

SHINE sighted in the wild

As the launch date for SHINE is approaching (March 30 in the USA, April 16 in the UK), several copies (contributor’s, reviewer’s, promotional) are already making their way.

So in order to whet your appetite, here are a few sightings:



Obviously, as reviews appear I will link to them. Do feel free to point me to them (the good, the bad or the ugly).

Furthermore, as the release date comes closer, I will be posting an excerpt of each SHINE story here, every other day (I’ve already started doing it bi-weekly at DayBreak Magazine). More promotional actions are in the works: keep an eye out here and at DayBreak Magazine.

For those going to Odyssey (the 2010 EasterCon): all of you are cordially invited to the SHINE launch party at the Royal C+D on Saturday April 3, from 18.00 hrs. onwards. As a party organiser, I have a reputation to uphold, so do come by: I promise you won’t leave thirsty!

Also, via Jeff VanderMeer I see that John Klima is competing in the Pepsi ‘Good Idea’ competition with his “Other Worlds” project, an SF magazine showcasing underrepresented cultures.

VOTE for him here.

Right now, his idea ranks 234, and only the top ten get funding. So spread the word and vote!

SHINE: the Table of Contents


As a way to close off 2009, while simultaneously promising something for 2010, here is the Table of Contents for the Shine anthology (with links to the excerpts):

Cover Image:

UPDATE: here are some review quotes:

That’s why Shine is such a significant — dare I say, historic — anthology. And with a rich diversity of settings and thematic speculation, this is a collection most science fiction fans will undoubtedly embrace.

Explorations: the Barnes & Noble SciFi and Fantasy Blog;

Overall, Shine is utterly worth reading.

SciFi Wire;

But it would be difficult — some might say doubly impossible — for every entry in an anthology as ambitious as Shine to appeal to every reader. It is to de Vries’ credit that all but the most hard-hearted of sci-fi readers should find their own brand of optimism represented somewhere among Shine’s array of bright futures.

New Scientist;

But if we are to have some some influence over how that change unfolds, isn’t it important that our stories, whether they be in the news, on television screens or in the pages of science fiction novels, fully explore the optimistic possibilities that technology represents?

The Guardian;

To round off this very long review I’m happy to report that Shine was a truly fascinating and enjoyable read. I’m not the biggest SF fan in the world, but I’ll happily promote this to others who, like me, feel the same way. Here are authors with stories and characters I could relate to. But then, I suspect hardened SF readers out there will devour this with gusto. Jetse de Vries has done a truly remarkable job putting Shine together and I’d like to be signed up to read any follow-up anthology because this one has genuinely broken down some preconceived ideas I’ve had about the genre.

SF Revu;

 For an anthology with a very tight remit — optimistic near-future science fiction — there is a huge variety in the stories themselves. It occurs to me that this book is the perfect introduction to SF for readers who wouldn’t normally venture into the genre.

 —Catherine Hughes;

SHINE is slated for an April 2010 release. I am working on an official SHINE launch party at Odyssey, the 61st British National Science Fiction Convention. More news as it happens.

In the meantime, DayBreak Magazine will feature—apart from other great, near-future SF stories—excerpts of the stories (two at a time).


US:Buy SHINE at! Buy SHINE at Barnes & Noble! Buy SHINE at Borders!Buy SHINE at Powell's Books!

UK:Buy SHINE at Amazon UK! Buy SHINE at WH Smith!Buy SHINE at Waterstone's! Buy SHINE at the Book Depository!

Independents:Buy SHINE at the IndieBound!Buy SHINE at Books-A-Million!Order SHINE via Goodreads!

Canada:Buy SHINE at Amazon Canada!

Germany:Buy SHINE at Amazon Deutschland!

India: Order SHINE at Flipkart!

Finally, also an interactive Google Map of story locations from the SHINE anthology:


Tentative Steps Forward: West Africa, North Australia, San Francisco, Brazil, the World

Sometimes I can’t help but wonder why—in the SF blogosphere —a post about whether SF should or should not die effortlessly draws more eyeballs than near-future SF stories that demonstrate its relevance. Partly, I suspect, because stories do not contain links to other articles. Still, it’s a bit of a shame that articles with a negative undertone get more attention than stories with a positive message. Or maybe I’m just comparing apples to pears.

Therefore an article about positive developments in the world (I’ve already posted plenty of those). Here’s one development that particularly caught my attention, because it is a solution that addresses several problems at the same time:

→In West Africa, native fruits have a big future:

(from New Scientist, November 7, 2009. Yes, it’s six weeks old, and I’m catching up on my NS reading. But this is an item that will remain relevant for—at least—several decades, showing that near-future, optimistic SF does not need to have a one or two-year expiration date.)

For those not subscribing to New Scientist, the article is online.

To quote:

“Domesticating wild fruit like bush mango has changed our lives.”

“It is a peasant revolution taking place in the fields of Africa’s smallholders.”

In short, African farming smallholders are switching to local wild fruits, making both more food and more money, and creating more biodiversity and environmental sustainability in the process.

The advantages combine to make a sum larger than the separate parts:

  • fruit trees exist in a large variety (over 300 different ones in Cameroon alone);
  • fruit trees are much better resistant against droughts than mass crops like cassava, maize and wheat;
  • in the domestication programme, local knowledge and science—after some initial mistrust, which was overcome by the good results—are combined;
  • all low-tech, no fancy equipment needed;
  • fruit trees generate income year-round (not just three months like, for example, cacao);
  • they thrive in a diversity situation (many different tree crops on one land), creating a habitat for wildlife and environmental sustainability;
  • people not only get better food, but with the extra income they buy school fees for their children, decent healthcare, and improved housing;

Let’s call it ‘win/win squared’!

Obviously, there is still a very long way to go, and there will be large obstacles to overcome—especially worries about a level playing field against big agriculture: check out some of the comments in the comment section—but this is nevertheless a tentative step forward, not only in Africa, but it’s happening in North Australia, as well (see also some of the comments in the comment section of the article).

A similar interesting development is the rise of urban beekeeping as honeybee numbers have been falling to catastrophic levels, with the counter-intuitive result that people in cities are helping to keep honeybees alive, both genetically and increasingly in larger numbers. Many thanks to Cameo Wood—who runs Her Majesty’s Secret Beekeeper in the Mission District—for informing me about this when she showed Ellen Kushner, Delia Sherman and me around in San Francisco, courtesy of Borderlands Books.

These are just two examples of how important changes can arise from small origins, and not necessarily need to come from big technological shifts.

By way of contrast, two examples of implementing change directly on the larger scale (keeping in mind that the previous examples are already adding up in sheer numbers):

  • Growing biofuel without razing the rainforest (also via New Scientist): an interview with plant scientist Marcus Buckeridge;
  • The  2009 Human Development Report: common migration misconceptions are challenged (“Migration can be a force for good, contributing significantly to human development,” says United Nations Development Programme (UNDP) Administrator Helen Clark.)

To restate (as I’ve done over and over on this site): good things and optimistic developments are happening on this planet: they’re just underreported, underrated and—I suspect—underestimated. Let’s keep looking forward, and work on a better future.

Should SF Die?

(Cross-posted to my personal blog and the DayBreak Magazine site for those who prefer a more Spartan layout.)

There’s been a lot of musing about the fate of science fiction, lately. To be clear, I’ll be discussing *written SF* here (predominantly), not SF in movies, comics, video games or other media. To summarise (and this is far from complete, but I hope it touches upon the main points):

My viewpoint is that SF is becoming increasingly irrelevant, and that lack of relevance can be attributed to developments and trends already mentioned in the points above, and SF’s unwillingness to really engage with the here-and-now. That doesn’t mean that SF needs to die (actually, a slow marginalisation into an increasingly neglected and despised niche-cum-ghetto is probably a fate worse than death), but it does mean that SF needs to change, and that it needs to become much more inclusive of the alien (and I mean alien in ‘humans-can-be-aliens-to-each-other’ sense) and proactive, meaning it should not just shout ‘FIRE! FIRE!’ (and do almost nothing but), but both man the fire trucks *and* think of ways to prevent more fires.

That’s the short version: allow me to expand on it below the cut. Read the rest of this entry »