Filed under: Books, By, Geoengineering, Global change, Interventions in the carbon/climate crisis, Published stuff
So, I meant to set up a new website and everything, but what with, well, you know, stuff, I haven’t quite got round to it. And right now, I am away on holiday. But this doesn’t mean I am not immensely proud of and excited by my new book, “The Planet Remade: How Geoengineering Could Change the World”, published by Granta in the UK on October 1st and by Princeton University Press in the US on November 3rd. Here’s the Kirkus review, which is the only one out yet. It concludes:
An important account of cutting-edge research that will fascinate serious readers and demand the attention of policymakers.
But I should add that frivolous readers are utterly sure to find stuff in it for them, too.
Other people have said some nice stuff, too, when asked to by me or the publishers (a lot of it is at the publishers’ links above). I am fond of and grateful for this from Marek Kohn:
Written with the grace and clarity its subject demands, The Planet Remade offers just what the issue of climate change needs: fresh thinking about what can be done, based on deep respect for the planet, the science, and the concerns of people with differing points of view. It’s an enriching addition to the literature of possible worlds.
And the Samuel Johnson Prize, rather fabulously, has put the book on its longlist.
As with Eating the Sun, I’ll be posting links to all the reviews that I see. But not til we get back from our holiday.
If you’d like to hear me talk about this stuff, here are some places where I will be doing so in the UK over the next month; more will follow, along with US dates early in 2016. Or you could try this podcast from The Guardian
I see from twitter that my latest column for Intelligent Life is now online; it deals with gravity assists — specifically the one that got New Horizons to Pluto at such an impressive speed. Seeing it up prompted me to update the recently neglected home page for those columns which I keep here. There seem now to be over 20 of them – how time flies.
The column led my friend Bronislaw Szerszynski to share with me a poem he had written about the loss of someone close in which he used Jupiter gravity assists and planetary fly-bys as a metaphor. It’s rather lovely, and Bron has kindly given me permission I am posting it below:
I have lost count of the times
We plotted our orbit
To bring us close to you,
Our greatest wandering star.
Again and again we matched our pace
With yours along your path,
Then fell towards you,
Looped, quickened around you, by you,
Brief moons in your expansive skies,
Faces shining with your reflected light,
Then departing with course replotted and tales to tell.
Yet in those latter, remaining years,
With each flyby,
We saw you moved less
As we were moved even more:
Which was action, which reaction?
With each whip-crack of your ebbing revolve
We span faster, higher,
In the moment gifted to us by your mass.
Again and again we fell, and wailed –
But then soared, and laughed,
As you turned the talk
From closed, dismal stories to open jest,
From parabolic fall to hyperbolic flight.
By what magic, what alchemy,
Did you thus turn dread weight into light,
Gravity into levity?
We looked out of the port
And knew this was the last time
We would see your shining face.
But we will always recall your name:
— Bronislaw Szerszynski
Filed under: Published stuff
So the long project on robots I have been working on for a while has now come to fruition. The special report in the Economist, called Immigrants from the Future, starts here with an overview that uses colour from Darpa Robotics Challenge.
Then there are six further sections, one on why the field is hotting up (Good and ready), one on drones (Up in the air), one on service robots that may achieve a lot without getting noticed (The invisible unarmed), one on jobs (A mighty contest), one on care for the elderly (Seal of approval, which has my favourite pic) and a wrap-up, That thou art mindful of him.
There is also an editorial (which is probably most notable for putting a Stranglers song title on to the cover) and, god help us, a video. An off-cut about autism will shortly appear as my next Music of Science column in Intelligent Life (you can now read it here). I may stick up an afterthought or two on this site next week, but don’t have time to post them now, because I am taking a break.
For all that, I am insanely aware of how much this doesn’t cover — stuff that I learned about with fascination and couldn’t imagine not putting in, but in the end, didn’t. I’ve rarely so strongly had the feeling of paragraphs, even single sentences, that could swell up into decent articles in their own right if allowed to.
Lots of thanks to the many many people I talked to (including those whose work did not, alas, get a look in, see apve), and to the great colleagues who helped make the report a thing, rather than just something I waved my hands about, most notably the editor, Barbara Beck, the researcher, David McKelvey, Una Corrigan in art and Lloyd Parker and Phil Kenny in graphics. Also Patsy Dryden, who kept the travel schedule on the road.
No robots were harmed in the making of these articles
Filed under: Published stuff
My new Intelligent Life column is about the origins of the moon, and more generally about how science makes the dissimilar similar, and the unearthly earthly.
By the time people actually got to the moon it was known to be deeply dissimilar to the Earth, a dead, drab, alien counterpart to our planet’s richness.
Science, though, thrives on finding similarities between apparently disparate things. A dolphin looks like a shark—but as a mammal and a social hunter it is more like a wolf. The coasts of Uruguay and Namibia appear quite different—but the rocks of which they are made are identical, laid down together in the same ancient sea before the opening of the South Atlantic pulled them apart. Perhaps most famously, the fall of an apple in a Lincolnshire garden, and the monthly swing of the Moon around the Earth, are manifestations of the same gravitational attraction. And in the 1970s, chemical analysis of Moon rocks showed that though the Moon looked nothing like the Earth, its crust was made of the same mixture of elements, in strikingly similar proportions.
The full Music of Science back-catalogue can be found here.
Filed under: Published stuff
A new Music of Science column is up at Intelligent Life. In view of the column’s title, I thought of starting it with that great riddle,
“‘Why is a laser beam like a goldfish?’
“‘Because neither of them can whistle'”
— but that seemed like too much work and too obscure a reference. So I started it like this:
It feels a bit like something that might have been issued by Q branch. In fact, it’s on sale at Boots the chemist. When you press a little gold button on the back, a prismatic pseudopod slides up behind the blades. From its top shines a tiny red eye of the sort you might have seen in “The Lord of the Rings” had it dealt with malevolent fruit flies rather than disembodied demigods. A perfect red line is projected across my cheekbone. My laser-guided beard trimmer is ready.
I notice that this is the second of these columns to have a Bond-based opener: coincidence, obviously, but if it happens again we’ll have to assume enemy action…
The rest of the Music of Science columns, with some annotations and second thoughts (including all the things other than goldfish that I left out of this one, like Paul Simon and sea bass) are available here.
My Intelligent Life column on Iain’s fateful cosmic context is up here. Excerpt
Iain Banks lived for 21,662 days—the only number in any of this of which we can be certain. There are a good 10 trillion cells in a human body, maybe more. The number of times his DNA was damaged was thus in the same ballpark as the number of grains of sand on all the beaches of the Earth. It’s a number that outdoes the number of stars in the galaxy by a factor of a billion.
And here are some other pieces on Banks, in the contexts of religion, writing and science fiction, by friends of his and mine: Francis Spufford in The New Humanist ; Simon Ings at Arc; Ken Macleod in The Guardian.
The Economist has an occasional column called Green View which looks at all sorts of environmental issues, though with a preponderance of climate stuff: in the past few months we’ve looked at arctic ice, business and biodiversity, tuna farming, Svalbard (of course), Climategate, malaria and climate change, the Hartwell paper, future urbanisation and a bunch of other stuff. Since I’m the Energy and Environment Editor I sort of own this slot, though I don’t write every one of the pieces that goes in. And since there’s a lot less blogging around these parts than there used used to be, I thought some of you might like to know this.
This page lists a whole lot of the columns (and a few other things that have strayed in by mistake), but as of a few weeks ago it is probably not being updated any more due to a change in the way we publish things on line. A couple of weeks ago there was a piece on what geoengineering could mean for different regions that might be of some interest to readers of this blog. Excerpt:
Uncertainty about who might do best from what sort of project allows discussions of geoengineering to take place without the parties to the debate knowing in any detail where any nation’s specific interests might lie. This introduces what the philosopher John Rawls called a “veil of ignorance”; making decisions as if such a veil existed, Rawls thought, was a good basis for justice. (If regional outcomes could be predicted accurately, a different Rawlsian idea, that of the difference principle, might come into play. This states that just action consist not just of improving things for everyone, but specifically for improving things for the worst off, and would give the effects of geoengineering on the least developed countries a particular importance.)
And this week, rather atypically, there’s a piece on the Earth’s core, and the way things you don’t expect to be transitory turn out so to be. Excerpt:
The Earth is a recycling scheme that has been running for a third of the age of the universe. Microbes and plants endlessly pull carbon, nitrogen and oxygen from the atmosphere and pump them back out in different forms. Water evaporates from the oceans, rains down on the land, pours back to the seas. As it does so it washes away whole mountain ranges—which then rise again from sea-floor sediments when oceans squeeze themselves shut. As oceans reopen new crust is pulled forth from volcanoes; old crust is destroyed as tectonic plates return to the depths from which those volcanoes ultimately draw their fire.
Anyone who likes that second piece might want to check out the essay in Seeing Further (Amazon UK) which I blogged about here, or the Earthrise piece I did for the Times a few years ago, which also covers some similar ground. (Out of ideas, or following a ceaseless process of re-creation? You decide…)