Archive for February, 2009

The Magic Flute

Posted in Opera with tags , , on February 15, 2009 by telescoper

On Saturday 14th February I went to the Coliseum in St Martin’s Lane to see ENO‘s revival of Nicholas Hytner’s acclaimed production of Mozart’s The Magic Flute.

I’ve lost track of how many different productions I have seen of this strange and wonderful masterpiece, but this one was as good as any I can remember. It is sung in English rather than the original German (all productions by English National Opera are in English, in fact). Translating the libretto isn’t at all necessary for this work because the plot makes no sense whatsoever in whatever language the words happen to be sung or spoken. It’s all so weird it might as well be about particle physics.

Technically it’s not an opera, but a singspiel: the recitative – the bit in between the arias – is spoken rather than sung. It’s really more like a musical comedy in that sense, and was originally intended to be performed in a kind of burlesque style. That blends rather nicely with the Coliseum‘s own history: it only became an opera theatre relatively recently; before the Second World War it was  a Variety Theatre or  Music Hall. The Magic Flute also has many points of contact with the pantomime tradition, including the character of the  villainous Monostatos (Stuart Kale) who, at this performance, was roundly booed at his curtain call in authentic panto fashion. His retaliatory snarl was priceless.

I won’t even attempt to explain the plot, if you can call it that, because it’s completely daft. It’s daft, though, in a way that much of life is daft, and I think that’s the secret of its enduring popularity. Mozart’s music carries you along and constantly seems to be telling you not to take it all too seriously.

This production never gets bogged down  or, worse, stuck up its own backside as some I have seen. Instead it’s played straight to the gallery and none the worse it is for that.

The English text is very clever, including dextrous rhymes and plenty of puns, but I’d still have to say I prefer the original language because it fits so much better with the music. The Queen of the Night’s aria “Die Holle Racht” has so many harsh Germanic sounds in the original which just can’t be done in English with anything like the same effect.

I don’t think there are any really weak points in this production. The sets are simple but stylish and effective, and it all looks and sounds wonderful. Tamino (Robert Murray) is earnest and rather dull, but then I think he’s supposed to be. It might have been a mistake for him to go bare-chested in Act II though, as I don’t think man boobs were really what the audience wanted on St Valentine’s day. The comic momentum was kept on the boil by on the crazy birdcatcher Papageno (Roderick Williams). Pamina (Sarah-Jane Davis) was a little hesitant at first, and can’t act at all well, but sang her show-piece aria in the Second Act with real emotion. Robert Lloyd’s Sarastro added the right amount of gravitas without the pomposity the role sometimes generates; his bass is a lovely voice too, deep and warm with a rich texture to it. And then there’s the Queen of Night (Emily Hindrichs) who also seemed a little hesitant as she found her way through the difficult coloratura of the famous Act I aria that culminates in a nerve-jangling Top F, but was awesome in the second act when calling for the death of Sarastro. Her costume and hairstyle were more than a little reminiscent of Elsa Lanchester in Bride of Frankenstein. The three ladies had similar hairstyles, but without the side streaks and in a shocking blue. I couldn’t help thinking of Marge Simpson.

There were many funny moments, perhaps the best being when Papageno and Papagena fasten their safety belts before being hoisted into the rafters in a giant bird’s nest. Papageno even managed a reference to a Valentine.  I wonder if that was put in specially for Saturday?

Ecliptic Anomalies

Posted in Cosmic Anomalies, The Universe and Stuff with tags , , , , on February 12, 2009 by telescoper

Once a week the small band of cosmologists at Cardiff University have a little discussion group during which we look at an interesting and topical subject. Today my PhD student Rockhee chose an interesting paper by Diego et al entitled “WMAP anomalous signal in the ecliptic plane”. I thought I’d mention it here because it relates to an ongoing theme of mine, and I’ll refrain from commenting on the poor grammatical construction of the title.

The WMAP referred to is of course the Wilkinson Microwave Anisotropy Probe and I’ve blogged before about the tantalising evidence it suggests of some departures from the standard cosmological theory. These authors do something very simple and the result is extremely interesting.

In order to isolate the cosmic microwave background from foreground radiation produced in our own Galaxy, the WMAP satellite is equipped with receivers working at different frequencies. Galactic dust and free-free emission dominate the microwave sky temperature at high frequencies and Galactic synchotron takes over at low frequencies. The cosmic microwave background has the same temperature at all frequencies (i.e. it has a thermal spectrum) so it should be what’s left when the frequency-dependent bits are cleaned out.

What Diego et al. did was to make a map by combining the cleaned sky maps obtained at different frequencies obtained by WMAP in such a way as to try to eliminate the thermal (CMB) component. What is left when this is done should be just residual noise, as it should contain neither known foreground or CMB. The map they get is shown here.ecliptic

What is interesting is that the residual map doesn’t look like noise that is uniformly distributed over the sky: there are two distinct peaks close to the Ecliptic plane delineated by the black tramlines. Why the residuals look like this is a mystery. The peaks are both very far from the Galactic plane so it doesn’t look like they are produced by Galactic foregrounds.

One suggestion is that the anomalous signal is like an infra-red extension of the Zodiacal light (which is produced inside the Solar System and therefore is too local to be confined to the Galactic plane). The authors show, however, that a straightforward extrapolation of the known Zodiacal emission (primarily measured by the IRAS satellite) does not account for the signal seen in WMAP. If this is the explanation, then, there has to be a new source of Zodiacal emission that is not seen by IRAS but kicks in at WMAP frequencies.

Another possibility is that it is extragalactic. This is difficult to exclude, but is disfavoured in my mind because there is no a priori reason why it should be concentrated in the Ecliptic plane. Coincidences like this make me a bit uncomfortable. Some turn out to be real coincidences, but more often than not they are clues to something important. Agatha Christie would have agreed:

“Any coincidence,” said Miss Marple to herself, “is always worth noting. You can throw it away later if it is only a coincidence.”

On the other hand, the dipole asymmetry of the CMB (thought to be caused by our motion through a frame in which it is isotropic) is also lined up in roughly the same direction:

The dipole has a hot region and a cold region in places where the residual map has two hot regions and anyway it’s also a very large scale feature so the chances of it lining up by accident with the ecliptic plane to the accuracy seen is actually not small. Coincidences definitely do happen, and the rougher they are the more commonly they occur.

Obviously, I don’t know what’s going on, but  I will mention another explanation that might fit. As I have already blogged, the WMAP satellite scans the sky in a way that is oriented exactly at right angles to the Ecliptic plane. If there is an as yet unknown systematic error in the WMAP measurements, which is related in some way to the motion of the satellite, it could at least in principle produce an effect with a definite orientation with respect to the Ecliptic.

The only way we can rule out this (admittedly rather dull) explanation is by making a map using a different experiment. It’s good, then, that the Planck satellite is going to be launched in only a few weeks’ time (April 16th 2009). Fingers crossed that we can solve this riddle soon.

Leontyne Price

Posted in Opera with tags , on February 11, 2009 by telescoper

I’m getting a habit of forgetting birthdays. I meant to post this yesterday but it slipped my mind owing to me writing some bullshit for a grant application.

Anyway, I just wanted to post a birthday greeting to the wonderful Leontyne Price who was 82 years old on Tuesday 10th February. In case you’ve never heard of her, before she retired from the stage she was one of the great opera singers of her generation, famous for her enormous vocal range and smoky mezzo tones. She had a relatively light voice, without the thrilling power or dangerous edge of, say, Maria Callas, but she certainly knew how to use it for a big dramatic effect.

Amongst the many notable things about her was that she was the first black soprano to star at the Metropolitan Opera in New York. The great jazz trumpeter Miles Davis, never one to be exaggerated in his praise of other musicians, said of her

I have always been one of her fans because in my opinion she is the greatest female singer ever, the greatest opera singer ever. She could hit anything with her voice. Leontyne’s so good it’s scary. Plus, she can play piano and sing and speak in all those languages… I love the way she sings Tosca. I wore out her recording of that, wore out two sets.

I’m not sure she was the greatest singer ever, and she wasn’t that marvellous as an actress, but she’s definitely up there amongst the very best. I have an old LP of her singing Aida which is truly magnificent (despite all the scratches). In fact, according to a BBC poll in 2007 she was voted the 4th greatest opera singer, behind Maria Callas (who else?), Dame Joan Sutherland, and Victoria de los Angeles. That’s pretty exalted company.

Anyway, the later performances on Youtube aren’t the best, so I’ve picked an older one of her near the peak of her powers, with her voice gorgeously expressive and very fluid in the upper register. Here she is in probably her best role, as the eponymous Aida who, incidentally, is Ethiopian.

Happy Birthday Leontyne Price and very many happy returns!

The Marriage of Figaro

Posted in Opera with tags , , on February 8, 2009 by telescoper

After a week of miserable inclement weather it was a relief to have beautifully crisp sunny Saturday yesterday, capped by the prospect of a Night at the Opera. The “Spring” season of Welsh National Opera is now underway so I went to the Wales Millennium Centre in Cardiff Bay to see their production of Mozart’s The Marriage of Figaro (italian name: Le Nozze di Figaro).

I’ve been going to the opera for quite a while now, and I’m definitely mildly addicted to it. It’s quite an expensive thing to get hooked on, but not compared to some things. For me, there’s a kind of excitement about opera that is almost childish. As we settled down into our seats last night, I had butterflies in my stomach and when the overture started, the hairs stood up on the back of my neck.

Here’s the overture played at a good lick by the English Baroque Soloists.

With that as your starter, who wouldn’t be looking forward to the rest of the meal?

The Marriage of Figaro, a classic Opera Buffa , was the first of three to derive from a collaboration between Mozart and Lorenzo da Ponte that also produced Cosi fan Tutte and Don Giovanni. According to the programme notes, da Ponte wrote the libretto for Le Nozze di Figaro in less than six weeks, which is truly remarkable considering what a wonderfully polished work it is.

And of course there’s the music. Starting from the bustling ebullience of the briliant overture, the score is just beautiful from start to finish, the slapstick comedy punctuated by truly moving expressions of love and heartache such as the arias Porgi amor and Dove sono i bei momenti that make this piece much more than just a bit of fun. It also boasts one of the most beautiful duets in all opera, Sull’aria….Che soave zeffiretto, also known as the Letter Duet. Anyone will who has seen the memorable film Shawshank Redemption will recognize it because that’s what’s on the record Andy plays over the prison public address system after breaking into the warders’ office.

The lovely tunes wash over you one after the other in a way that’s so typical of Mozart; only Puccini had anything like his gift for wonderful melodies. With such sublime music and such a clever text, it’s very difficult to go very wrong. The one thing you have to make sure of in an Opera Buffa is to keep the pace going, much like a classic stage farce: if you dwell on it too much it’s no longer funny, just embarrassing to watch. The hectic pace only abates when the characters sing their wonderful solo arias, the surrounding comic context heightening their dramatic impact, but when these pieces are over we’re off again into the mayhem. The whole thing scurries along with never a dull moment and, by the end, you can hardly believe that it’s been the best part of four hours. The running time for last night’s performance, including one interval, was about 3 hours and 45 minutes but I never once looked at my watch.

This production is slick, beautifully sung, and keeps the momentum going in exactly the right way. The costumes are dated somewhere in the early 20th Century, with Susanna‘s French maid costume reminding me a little bit of the dress Kylie Minogue wore in Doctor Who. The sets are quite spare (although with sufficient props to hide behind, and there’s a lot of hiding behind things in this opera), with large mirrors at the side giving an extra sense of space. I was wondering how they would manage the garden setting for Act IV with this relatively simple set, but this was all done with mirrors too, this time with images of trees superimposed on them. It was quite effective, at least at first, although the mirrors kept moving around in a distracting and sometimes alarming way which spoilt it a little.

The cast was very good, especially Rosemary Joshua’s pert Susanna and Rebecca Evans as the Contessa Almaviva (both of them born in South Wales). The unflappably resourceful and charismatic Figaro was sung by David Soar, who played the part quite “straight” and let the libretto do the work. A good call, in my opinion. The Count Almaviva, Jacques Imbrailo, also sang very well and had considerable presence, but he wasn’t nearly pompous enough for my taste. Part of the joy of this opera is the subversion of roles, Figaro being so much smarter than his boss. I don’t think they quite made the most of this.

I should make a special mention of the stunningly beautiful Fiona Murphy as Cherubino. This character is a sex-starved adolescent boy, sung by a girl soprano, with definite shades of the principal boy in English pantomime. In fact, the English translation of the libretto seen in the surtitles cleverly uses the word pantomime in his/her scenes. In her Cherubino persona in the first Act, wearing a sports jacket and plus-twos, and with her hair cut short, Fiona Murphy had more than a touch of KD Lang about her. Later on Cherubino has to dress as a girl, and I found the result very interesting in all kinds of unexpected ways, not all of them comic…

Oh and I should mention that it is sung in Italian too. Call me old-fashioned but I always prefer things in the original language, especially when it’s Italian.

All in all, an excellent night out, and judging by the prolonged cheering and applause at the end, I don’t think I’m the only one who thought it so!

Executive Roast

Posted in Science Politics with tags , , , on February 6, 2009 by telescoper

The Chief Executive of the Science and Technology Facilities Council (Keith Mason) was recently summoned to the House of Commons Select Committee on Innovation, Universities and Skills. The video of his inquisition is now available for your enjoyment (but not his) here.

(I tried embedding this using vodpod but it didn’t work, so you’ll just have to click the link…)

Notice how in traditional fashion the light was shining in his eyes throughout. I suppose I should really feel sorry for him, but somehow I don’t. He may not be entirely responsible for the budgetary crisis currently engulfing STFC, but he handled the aftermath so badly that the damage done to relations between STFC and the community of physics researchers that rely on it for funding will take a long time to fix.

Anyway, if you can’t be bothered to watch the whole show here are some of the salient points in a summary that was passed to me by an anonymous source; I was too busy laughing to make my own notes, but I’ve added a few comments in italics. For those of you not up with acronyms, DIUS is the Department for Innovation, Universities and Skills and CSR stands for the Comprehensive Spending Review.

KM insisted that STFC had been successful in giving the UK unprecedented opportunities for doing world class science, and by the end (though by that stage his most aggressive interlocutor, Ian Gibson, had left) appeared to have earned the committee’s grudging respect (though I suspect that was for the way he played a tricky wicket as much as because he had persuaded them out of their deep concerns about his management of the STFC)

Among the many issues raised were the following:

  • KM agreed to hand over the letter detailing the Science and Technology Facilities Council’s 2007 spending review allocation to MPs for scrutiny.
  • He denied that the external review of STFC had been a “total
    whitewash” on the grounds that it had not been given sufficient time to thoroughly interview a cross section of staff during the review or to do other than take the STFC’s self-assessment document, upon which their work was based, at “face value” without being able to find out if the majority of STFC staff actually agreed with its content. On the contrary staff had made their views known ‘vociferously’.
  • Challenged about the perceived overrepresentation of the executive council on the STFC council KM said that, while it had affected the perception held in the community, it made “no difference” to the outcomes (a point which the committee repeatedly contested). He added that STFC takes full account of community input via the advisory panels and science board. It’s simply not true, he insisted, that the executive dominates the Council;  rather it ensures it is properly informed so that decisions are well founded. However he acknowledged that communications had not been good – hence the new arrangements (Director of Communications appointment); Great, another spin doctor – PC .
  • An extra GBP 9M had been freed up by DIUS reducing STFC’s liabilities to exchange rate variations from the first 6 to 3 m pa over the triennium. Of this 6 would go to exploitation grants and 3 to HEIs to promote knowledge transfer. So 6M will be used properly and the rest wasted – PC .
  • He stated that Jodrell Bank had no long term future in radio astronomy since its location exposed it to too much ‘noise’ – but that was for Manchester University (which STFC would continue to support via E-MERLIN and SKA) to determine. It will take a silver bullet to kill that particular zombie -PC
  • KM also voiced the opinion that here was no tension between being simultaneously responsible for developing STFC labs/campuses and funding HEIs through grants; on the contrary it enabled better utilisation of resources bearing in mind the role of STFC which is BOTH to promote science AND its societal /economic benefits. In other words he wants the flexibility to continue robbing Peter to pay Paul – PC
  • For this reason (as well as reasons of administrative complexity)
    STFC had rejected Wakeham’s recommendation to ring fence the ex-PPARC budget line in the forthcoming CSR. Ditto
  • KM argued that  Daresbury was not being treated unfairly in relation to Harwell (there was a good deal of probing about this by North West MPs) .

My own view having watched most of the video is that Professor Mason must have an incredibly thick skin to shrug off such a sustained level of antipathy. Some of it is crude and abusive, but it’s quite impressive how well informed some of the members are.

Felicitations to Felix

Posted in Music with tags , , on February 3, 2009 by telescoper

I just remembered that today (February 3rd 2009) is the two hundredth anniversary of the birth of Felix Mendelssohn. Rather than sing Happy Birthday, I thought it would better to celebrate with a Song without Words. Mendelssohn wrote eight famous books each containing six Songs without Words for solo piano, but I’ve picked one written for piano and cello (Opus 109) because I think the cello can sing like no other instrument, and also because I found a rare clip that features the wonderful Jacqueline du Pré on cello, with her mother Iris du Pré on piano. Enjoy!

From Here to Eternity

Posted in Books, Talks and Reviews, The Universe and Stuff with tags , , , , on February 3, 2009 by telescoper

I posted an item about astronomy and poetry a couple of days ago that used a phrase I vaguely remember having used somewhere else before. I’ve only just remembered where. It was in this book review I did for Nature some time ago. Since I’m quite keen on recycling, I’d thought I’d put it on here.

How do physicists cope with the concept of infinity in an expanding Universe?

BOOK REVIEWED – The Infinite Cosmos: Questions from the Frontiers of Cosmology

by Joseph Silk

Oxford University Press: 2006. 256 pp. £18.99, $29.95

Scientists usually have an uncomfortable time coping with the concept of infinity. Over the past century, physicists have had a particularly difficult relationship with the notion of boundlessness. In most cases this has been symptomatic of deficiencies in the theoretical foundations of the subject. Think of the ‘ultraviolet catastrophe’ of classical statistical mechanics, in which the electromagnetic radiation produced by a black body at a finite temperature is calculated to be infinitely intense at infinitely short wavelengths; this signalled the failure of classical statistical mechanics and ushered in the era of quantum mechanics about a hundred years ago. Quantum field theories have other forms of pathological behaviour, with mathematical components of the theory tending to run out of control to infinity unless they are healed using the technique of renormalization. The general theory of relativity predicts that singularities in which physical properties become infinite occur in the centre of black holes and in the Big Bang that kicked our Universe into existence. But even these are regarded as indications that we are missing a piece of the puzzle, rather than implying that somehow infinity is a part of nature itself.

The exception to this rule is the field of cosmology. Somehow it seems natural at least to consider the possibility that our cosmos might be infinite in extent or duration. If the Universe is defined as everything that exists, why should it necessarily be finite? Why should there be some underlying principle that restricts it to a size our human brains can cope with?

But even if cosmologists are prepared to ponder the reality of endlessness, and to describe it mathematically, they still have problems finding words to express these thoughts. Physics is fundamentally prosaic, but physicists have to resort to poetry when faced with the measureless grandeur of the heavens.

In The Infinite Cosmos, Joe Silk takes us on a whistle-stop tour of modern cosmology, focusing on what we have learned about the size and age of the Universe, how it might have begun, and how it may or may not end. This is a good time to write this book, because these most basic questions may have been answered by a combination of measurements from satellites gathering the static buzz of microwaves left over from the Big Bang, from telescopes finding and monitoring the behaviour of immensely distant supernova explosions, and from painstaking surveys of galaxy positions yielding quantitative information about the fallout from the primordial fireball. Unless we are missing something of fundamental importance, these observations indicate that our expanding Universe is about 14 billion years old, contains copious quantities of dark matter in some unidentified form, and is expanding at an accelerating rate.

According to the standard model of cosmology that emerges, the Universe has a finite past and (perhaps) an infinite future. But is our observable Universe (our ‘Hubble bubble’) typical of all there is? Perhaps there is much more to the cosmos than will ever meet our eyes. Our local patch of space-time may have its origin in just one of an infinite and timeless collection of Big Bangs, so the inferences we draw from observations of our immediate neighbourhood may never tell us anything much about the whole thing, even if we correctly interpret all the data available to us.

What is exciting about this book is not so much that it is anchored by the ramifications of infinity, but that it packs so much into a decidedly finite space. Silk covers everything you might hope to find in a book by one of the world’s leading cosmologists, and much more besides. Black holes, galaxy formation, dark matter, time travel, string theory and the cosmic microwave background all get a mention.

The style is accessible and informative. The book also benefits from having a flexible structure, free from the restrictions of the traditional historical narrative. Instead there are 20 short chapters arranged in a way that brings out the universality of the underlying physical concepts without having too much of a textbook feel. The explanations are nicely illustrated and do not involve any mathematics, so the book is suitable for the non-specialist.

If I have any criticisms of this book at all, they are only slight ones. The conflation of the ‘expanding Universe’ concept with the Big Bang theory, as opposed to its old ‘steady state’ rival, is both surprising and confusing. The steady-state model also describes an expanding Universe, but one in which there is continuous creation of matter to maintain a constant density against the diluting effect of the expansion. In the Big Bang, there is only one creation event, so the density of the expanding Universe changes with time. I also found the chapter about God in cosmology to be rather trite, but then my heart always sinks when I find myself lured into theological territory in which I am ill-equipped to survive.

Poems of Space

Posted in Books, Talks and Reviews, Poetry, The Universe and Stuff with tags , , , , , , , on February 1, 2009 by telescoper

A couple of weeks ago I bought a copy of Dark Matter: Poems of Space, an anthology of poems old and new with astronomical connections edited by Maurice Riordan and Dame Jocelyn Bell Burnell.

I quite like having anthologies because if you open one randomly you’re not absolutely sure what’s going to crop up, which can lead to pleasant surprises. But they’re also unsatisfactory to read through from cover to cover because there are huge differences in style and substance that are difficult to adjust to on a poem-by-poem basis. Random access is definitely better than sequential for this type of thing, so rather than attempt to study it all, over the last fortnight or so I’ve been taking regular dips into this particular collection, and very interesting it has been too.

The book contains over 200 poems mostly by different authors, although there is more than one contribution from a few (including Shelley and Auden). It’s a mixture of the familiar and the brand new, including some commissioned especially for this book. I couldn’t possibly write about the whole, but a few things struck me as I sampled various tidbits.

The first is that while many of these poems celebrate the beauty and majesty of the heavens, and some even embrace the wonder of scientific discovery, quite a few are quite anti-scientific. Two examples spring to mind (both of them paradoxically by favourite poets of mine!). This excerpt from The Song of the Happy Shepherd, a very early poem by WB Yeats is a good example

………………………………Seek, then,
No learning from the starry men,
Who follow with the optic glass
The whirling ways of stars that pass –
Seek, then, for this is also sooth,
No word of theirs – the cold star-bane
Has cloven and rent their hearts in twain,
And dead is all their human truth.

Hardly a ringing endorsement of observational astronomy, although strictly speaking it only refers to optical techniques so I suppose those working in radio-, X-ray and other types of astronomy are off the hook.

Incidentally, if I’d been given the task of picking a poem by Yeats for this collection it would have been this:

HAD I the heavens’ embroidered cloths,
Enwrought with gold and silver light,
The blue and the dim and the dark cloths
Of night and light and the half light,
I would spread the cloths under your feet:
But I, being poor, have only my dreams;
I have spread my dreams under your feet;
Tread softly because you tread on my dreams.

It’s not really much to do with astronomy or space but it’s one of his most beautiful lyrical verses, with a wonderful use of repetition (e.g. light, dreams, spread, tread) and assonance (light/night, spread/tread).

Anyway, another example of this kind of attitude displayed by Yeats Happy Shepherd is provided by Walt Whitman:

WHEN I heard the learn’d astronomer;
When the proofs, the figures, were ranged in columns before me;
When I was shown the charts and the diagrams, to add, divide, and measure them;
When I, sitting, heard the astronomer, where he lectured with much applause in the lecture-room,
How soon, unaccountable, I became tired and sick;
Till rising and gliding out, I wander’d off by myself,
In the mystical moist night-air, and from time to time,
Look’d up in perfect silence at the stars.

I think I’ve been to enough boring seminars to understand how he feels, but the theme of both these poems is that  studying the stars or applying science to them somehow robs them of their wonder. I think many non-scientists probably go along with this view: it’s beautiful to gaze at the sky but reducing it to measurements and graphs somehow ruins it.

Andromeda_gendler_smOf course I don’t agree.  Without professional astronomers we would never have discovered that, say, the Andromeda Nebula (shown above) was a galaxy just like our own Milky Way containing thousands of millions of stars like our Sun  and that it is rotating about its axis with a timescale of hundreds of millions of years. Knowing things like this surely increases the sense of wonder rather than decreasing it?

On the other hand it is true that the nature of science makes it rather prosaic. When scientists try to write for a popular readership they often spice up their accounts with quotations from poems, even if the quotes aren’t really all that appropriate. Perhaps some will turn to this collection for a source of such snippets. I know I will!

Another thing that struck me was that I always tended to think that engagement between science and poetry was a relatively recent thing, typified by WH Auden’s humorously perplexed After Reading a Child’s Guide to Modern Physics:

Our eyes prefer to suppose
That a habitable place
Has a geocentric view,
That architects enclose
A quiet Euclidian space:
Exploded myths – but who
Could feel at home astraddle
An ever expanding saddle?

But in fact the metaphysical poets of the 17th century also grappled with such issues. Consider this fragment from John Donne’s An Anatomy of the World:

We think the Heavens enjoy their spherical,
Their round proportion embracing all.
But yet their various and perplexed course,
Observed in divers ages, doth enforce
Men to find out so many eccentric parts,
Such divers down-right lines, such overthwarts,
As disproportion that pure form….

That could almost have been written about the possibility of a lop-sided universe that I’ve blogged about here and there, and which is a major topic of current cosmological research.

Other reactions I had were more personal. There is a poem in the collection by Fleur Adcock, who visited the Royal Grammar School in Newcastle when I was there. She judged a poetry reading competition (which I didn’t win) for which the test piece was Stevie Smith’s Not Waving but Drowning. I remember that she was quite a glamorous-looking lady, but she got everybody’s name wrong in her presentation address. She must be getting on a bit by now.

I have also met one of the other poets represented here too, Gwyneth Lewis, who was elected the first national poet for Wales and also spent some time as poet-in-residence in the School of Physics & Astronomy at Cardiff University where I now work. She wrote a number of poems about science but is probably most famous for writing the words “In These Stones Horizons Sing” which are incorporated in the design of the facade of the Wales Millennium Centre.

Anyway, I thoroughly recommend this book which is a rich treasury of verse ancient and modern. Some of the lovely things in it are quite new to me and I am definitely going to read more by some of the poets represented in it. That’s the way to use an anthology: go and read more systematically whoever catches your eye.

Being an old-fashioned romantic I think I’ll finish off with an excerpt from William Wordsworth‘s epic The Prelude. Regular readers (both of you) will know that I greatly admire Wordsworth and, for me, The Prelude is one of the highest pinnacles in all of English literature.

The universal spectacle throughout
Was shaped for admiration and delight,
Grand in itself alone, but in that breach
Through which the homeless voice of waters rose,
That dark deep thoroughfare, had Nature lodged
The Soul, the Imagination of the whole.