Archive for the Science Politics Category

Education. Education. Education.

Posted in Science Politics with tags , , on March 2, 2010 by telescoper

I can’t believe it. It’s an outrage. My world has fallen apart. Everything I used to believe in now stands in ruins.The unthinkable has happened. The Conservative Party has had a good idea.

Actually several. 

This is from the Guardian’s coverage of the story:

A Conservative government would immediately overhaul the national curriculum in English, maths and science – and hand control of A-level exam content to universities and academic experts to end “political control” , the shadow education secretary, Michael Gove, said today.

Every child would get the chance to study all three science subjects – physics, chemistry and biology – separately at GCSE and there would be a return to disciplines such as geometry and algebra in tests for 11-year-olds.

The Tories would abolish the Qualifications and Curriculum Development Agency (QCDA), the quango in charge of curriculum design, and benchmark the exams sat by children in England against those taken by young people across the world.

Outlining his plan in a speech to the annual conference of the Advisory Committee for Mathematics Education (Acme), Gove suggested that calculus be restored to A-level physics, and statistical concepts such as randomness and prediction – which have been key to understanding the financial crisis – be part of the GCSE curriculum for the brightest students.

“We will make a radical change to the way in which A-levels are designed,” Gove said. “We must ensure that A-levels are protected from devaluation at the hands of politicians. The institutions with the greatest interest in maintaining standards at A-level are those which receive A-level students – our universities.

“The individuals with the keenest interest in ensuring A-levels require the depth of knowledge necessary to flourish at university are our teaching academics. So we will take control of the A-level syllabus and question-setting process out of the hands of bureaucrats and instead empower universities, exam boards, learned societies and bodies like Acme.”

The national curriculum would be reformed to specify core knowledge “based on global evidence for what children can and should learn at different ages”, with changes to be introduced from September 2011.

Science would be divided into the disciplines of physics, chemistry and biology, rather than the hybrid headings currently used, which include “chemical and material behaviour” and “the environment, earth and universe”.

“When we reconstruct the national curriculum, we will ensure that it is built around a basic entitlement to study each of these scientific disciplines in a proper, rigorous fashion,” Gove said.

“We will ensure that each of the three basic sciences takes its place within the curriculum, in significantly greater depth and greater detail than now. Studying what has now become known as triple science should not be an elite activity but a basic curriculum entitlement.”

There isn’t much  in this that I would disagree with. The only thing that makes me nervous is that  abolishing the QCDA and handing over curriculum control to Universities may simply be a cost-cutting measure. I can see a strong possibility that we might have to take on this duty for free at a time when we’re threatened with big cuts in our research and teaching funds.

I’d also say that I think we’d be better off scrapping A-levels entirely – they’re damaged beyond repair, in my view. “Benchmarking” could be achieved quite easily by making British students take the International Baccalaureate.

These things aside, I would strongly endorse the statement that a proper science education should be an entitlement not a privilege. People might sneer at the reintroduction of geometry into the syllabus but I think it’s an excellent idea. Too much education these days consists of the rote-learning of snack thoughts in bit-sized factoid pieces. Too little involves nurturing brains to exploit their full potential to do things other than act as memory devices.  Education is there to help people learn to apply rigorous logical thinking as well as exercising its creative problem-solving powers. Doing classical Euclidean geometry is a wonderful way to develop the idea of a mathematical proof and, in my view, cutting it out of the school syllabus was a very retrograde step and one that should be reversed as soon as possible.

We’ve been going backwards in science education for far too long. Educationalists have convinced our schools that today’s students are not sufficiently intelligent to do science or mathematics and must instead be content to reproduce it. That’s an insult to the intelligence of the younger generation and it means Universities have to do a great deal of remedial teaching before they can get on and do things properly.

I’m no Conservative, but there’s no doubt in my mind that New Labour lost the plot a long time ago so I think the Tory plans are to be applauded.

Not that I’m going to vote for them.

Cosmic Vision

Posted in Science Politics, The Universe and Stuff with tags , , , , , , , , , on February 20, 2010 by telescoper

It’s nice to have a bit of science stuff to blog about for a change. Just this week the European Space Agency (ESA) has  announced the results of its recent selection process for part of its Cosmic Visions programme, which represents ESA’s scientific activity for the period 2015-2025.

The selection process actually began in 2007, with over 50 proposals. This list was then whittled down so that there were six candidate missions under consideration for the so-called M-class launch slots (M meaning medium-sized), and three in the L-class list of larger missions. The latest exercise was to select three of the M-class missions for further study. They succeeded in selecting three, but have also kept another, much cheaper, mission in the frame.

As far as I understand it, only two M-class missions are actually envisaged so the race isn’t over yet, but the missions still in the running are:

PLATO.  The PLATO mission is planned to study planets around other stars. This would include terrestrial planets in a star’s habitable zone, so-called Earth-analogues. In addition, PLATO would probe stellar interiors by through stellar seismology. In some sense, this mission is the descendant of a previous proposal called Eddington. (PLATO stands for PLAnetary Transits and Oscillations of stars – I’ll give it 3/10 for quality of acronym).

EUCLID. Euclid would address key questions relevant to fundamental physics and cosmology, namely the nature of the mysterious dark energy and dark matter. Astronomers are now convinced that these substances dominate ordinary matter. Euclid would map the distribution of galaxies to reveal the underlying ‘dark’ architecture of the Universe. I don’t think this is meant to be an acronym, but I could be wrong. Perhaps it’s European Union Cosmologists Lost in Darkness?

SOLAR ORBITER. Disappointingly, this is neither an acronym nor a Greek person. It would take the closest look at our Sun yet possible, approaching to just 62 solar radii. It would deliver images and data that include views of the Sun’s polar regions and the solar far side when it is not visible from Earth.

These are the three main nominations, but the panel also decided to endorse another mission, SPICA, because it is much cheaper than the approximately 500 Million Euro price tag on the other contenders. SPICA would be an infrared space telescope led by the Japanese Space Agency JAXA. It would provide ‘missing-link’ infrared coverage in the region of the spectrum between that seen by the ESA-NASA Webb telescope and the ground-based ALMA telescope. SPICA would focus on the conditions for planet formation and distant young galaxies.

Many of Cardiff’s astronomers will be very happy if SPICA does end up being selected as it is the one most directly related to their interests and also their experience with Herschel which is, incidentally,  continuing to produce fantastic quality data. If SPICA is to happen, however, extra money will have to be found and that, in the current financial climate, is far from guaranteed.

Which of these missions will get selected in the end is impossible to say at this stage. There are dark mutterings going on about how realistic is the price tag that has been put on some of the contenders. Based on past experience, cost overruns on space missions are far from unlikely and when they happen they can cause a great deal of damage in budgets. Let’s hope the technical studies do their job and put realistic figures on them so the final selection will be fair.

Whatever missions fly in the end, I also hope that the Science and Technology Research Council (STFC) – or whatever replaces it – remembers that these are science missions, and its responsibility extends beyond the building of instruments to fly on them. Let’s to hope we can count on their support for research grants enabling us to answer the science questions they were designed to address.

Results and Transfer Gossip

Posted in Finance, Football, Science Politics, Uncategorized with tags , , on February 6, 2010 by telescoper

I had to skip the usual trip to the Poet’s Corner last night and go home early because the general state of fatigue I’ve been in suddenly morphed into a fever. I went home at 5, went straight to bed, and it was only Columbo’s frantic pawing that woke me up several hours later. I had not only missed a leaving party for Kate Isaak, who is now off to work for the European Space Agency, but also slept all the way through Newcastle United’s splendid 5-1 hammering of Cardiff City in last night’s Coca Cola Championship match at St James’ Park.

Despite home advantage, and the fact that Newcastle won the corresponding away fixture here in Cardiff, I thought this tie would be pretty difficult for Newcastle so I was overjoyed to see the result when I finally roused myself from feverish slumbers. It seems that Newcastle’s recent signings in the January transfer window actually came good, especially Wayne Routledge who gives the side a much-needed injection of pace down the wing. Cardiff City, on the other hand, didn’t buy any players at all because they need all the cash they’ve got to pay off an outstanding tax bill and thwart various winding-up orders that have been served on them. The turbulence behind the scenes seems to have worked its way onto the pitch: the blues are definitely the most erratic team in the division, winning 6-0 only a week or so ago and then getting thrashed 5-1 yesterday.

And just to make  my allegiances clear, I do have a soft spot for Cardiff City and do want to see them do well – except when they’re playing Newcastle. Once a Geordie, always a Geordie…

Results of a different kind were the topic of discussion around the School of Physics & Astronomy yesterday, as it was the official day for tutors to hand the results of the 1st semester exams to their tutees. It’s always great to see students leaving their tutor’s office with a big smile on their face, which happened rather a lot yesterday.  Some, of course, got more disappointing news, but to them I’d just say that it’s only half way through the year so there’s plenty of time to recover. Stick at it, and don’t let setbacks get you down.  I hope to see even more happy faces in June than I did yesterday….

Football teams like Cardiff City aren’t the only things to be enduring financial uncertainty these days, either. Even the Premiership clubs of the university sector are feeling the pinch. Many institutions around the country are planning departmental closures and redundancies, but you know it’s serious when it hits the big colleges in London. Last week University College (UCL) and Imperial both announced plans for large-scale layoffs, and this week they were joined by King’s College which plans to sack 205 academics, including 30 in the School of Physical Sciences and Engineering.

The background to all this is that the cuts announced by Lord Mandelson in December have now been officially passed on to English universities by HEFCE, but one suspects also that in some cases this is being used as a cover for other management decisions. Imperial, for example, is going ahead with the purchase of new property in Wood Lane for a cool £28 million at the same time as cutting academic positions costing a fraction of that.

Amid all the gloom, however, it is nice to be able to report some good news. Cardiff University was almost declared bankrupt in the 1980s when it failed to get to grips with the cuts imposed by Margaret Thatcher’s Conservative  government which were similar in scale to those being implemented by New Labour. It was brought back from the brink, however, and since then has managed its finances with almost excessive caution. Other universities have scored spectacular successes in the League tables by spending money freely on fancy research initiatives and overseas campuses, but in the new reality of austerity Britain these may turn out to have been risky ventures.

By contrast, “Safe and Steady” has long been the motto in Cardiff. We might not have done brilliantly in the RAE but the insitution has an extremely sound financial base that should put it in as good position as any to withstand these difficult times. Moreover, we’ve just heard that the University management has agreed that the School of Physics & Astronomy can go ahead and make  four new academic appointments, and that these will be accompanied by substantial startup packages with which the new appointees can begin to equip their own laboratories. This involves a considerable investment in the School from the University’s central coffers and I think it’s fantastic news. I doubt if many UK universities are going to be investing so heavily in physics at this time, so this is an extremely welcome development. It’s always nice to buck the trend.

The adverts will be going out pretty soon, so the transfer window is about to open.  I look forward to meeting our new signings in due course, and I’m confident that they’ll help us climb up the League.

If only I could say the same for Cardiff City…

Value for Money?

Posted in Art, Biographical, Finance, Science Politics with tags , , , , , on February 4, 2010 by telescoper

Looking at the BBC website at lunchtime while I munched a sandwich I’d bought for £1.40, the item that really caught my eye was a story about the sale of a sculpture at Sotheby’s for £65 million. The starting price for this particular work (L’Homme qui Marche by Alberto Giacometti) was set at £12 million, but only took a few minutes for the bidding to reach its final level. An anonymous bidder now gets to keep the sculpture, which will probably now be kept in a private location, or possibly even a bank vault.

Let me make it clear at the start that I’m not going to embark on a rant about modern art in general or Giacometti in particular. A couple of years ago I went to an exhibition of his work at the Museum of Modern Art in Louisiana, just north of Copenhagen (in Denmark) and I found his strange elongated figures really fascinating. He started out making small ones that he stretched and scratched  obsessively to get the shape he wanted. Over time the figures got larger, but he didn’t make many of them. I suppose the rarity of his work has something to do with why they are so valuable, which they obviously are.

But when I say they’re fascinating, I don’t necessarily mean £65 million worth of fascinating….

The point that has always really fascinated me about this sort of thing is exactly how something can acquire such an absurdly high commercial value and what it is that makes any collector decide to pay such a huge price. A work of art obviously has some intrinsic worth, but there doesn’t seem to me to be any simple relation between aesthetic, technical or historical considerations and the market value. That’s not just the case for modern art, either. Go to the Louvre in Paris and you’ll see hordes of people clamouring around a small, drab and frankly rather uninteresting painting called the   Mona Lisa –  and ignoring the dozens of wonderful things all around them in the same room, and even in the corridor leading to it. Some process – I don’t know what – has assigned a particular status to this painting and not to others which seem to me to have at least as much value, in an artistic sense. Not that I’ve any right claim my judgement is any better than anyone else’s, of course.

A similarly mysterious process goes on with other collectible things. Take wine, for example. I like a glass of wine now and then – or rather more often than that, if truth be told. I am, however, very fortunate that I don’t have a particularly discerning palate. I can tell the difference between cheap-and-nasty stuff and pretty good stuff but, generally speaking, my taste has saturated by the time the price reaches about £25 a bottle, and often long before that. That’s great because it means I can have a perfectly enjoyable evening drinking a bottle costing £15 when if I’d been an expert I would be unsatisfied unless I spent a lot more.

Years ago I went with a friend of mine to a house clearance in rural Sussex. He was an interior designer and he liked to buy old furniture from country houses and do it up to sell on. It’s a good plan, actually – old furniture is far better made than the modern stuff. Anyway in the middle of a whole load of junk was a case of vintage wine. Not just any wine, either. It was, in fact, Chateau Petrus – one of the finest Pomerols. It wasn’t a specialist auction, however, and nobody seemed to think it had any value. Bidding was slow when it came up in front of the auctioneer so I bid for it. In the end I bought the case (12 bottles) for about £300. When I got it home I realised what I had got. It turned out £300 per bottle would have been cheap. I was scared to open any of the bottles in case the wine was off or I didn’t like it, so I put it away. I sold the case some years later for about £6500.

Having told that story though, my main point is to wonder out loud about those wines that cost thousands of pounds per bottle. There is a roaring trade in these things – even ones that are two hundred years old – but I don’t think their value has anything to do with how  they are likely to taste. In the local wine merchant – conveniently located about 20 yards from my house – price is a good indicator of taste, but the scaling doesn’t apply at the extreme end of the fine wine market. Some other process is involved.

A house also  has a value that doesn’t have anything to do with anything other than what someone will pay to buy it.  But what sets this price? The market, obviously, but that is guided and controlled by Estate Agents who influence values in strange and subtle ways.

I suppose this all just goes to show I don’t know anything about economics, a point I’m now no doubt going to reinforce.

Governments also have to decide how much to spend on different things: health, education, defence, and so on. You can argue with the way their priorities work out at any given time, but the thing that baffles me is what the process is that leads to a decision to spend X on hospitals and Y on education. How can anyone possibly decide the relative value of £1 spent on health versus £1 spent on education?

I strongly support the notion that the government should support the performing arts, such as  the Opera. But how much it should spend is an unfathomable question to me. Some will say nothing, some would say more. Who decides? Clearly someone does.

And that brings us back home to science. The ongoing ructions about the financial crisis  at the Science and Technology Facilities Council –  unfolding in front of a parliamentary select committee –  seem to me to be really about the process by which value is assigned different bits of science by the people who hold the purse strings but probably don’t know much at all about science. I place a high value on astronomical research and, within that field, on cosmology. But that’s a personal judgement. Others will disagree. We all end up working in those areas we find  more interesting than the others so we can’t really be unbiased, but I think I’m more even-handed than many when it comes to the scientific merits of other fields. Having said that, it would take a lot of doing to convince me that the scientific value for money involved in sending, say, another probe to the Moon was anything like as high as, say, exploiting the full potential of the Herschel observatory.

Worse still, all spending on  blue skies research looks like to be cut back severely at the expense of shorter-term activity that leads to immediate commercial spinoffs. Commerce clearly trumps curiosity in the value game. If the STFC debacle was – as certainly seems likely to me – the result of a deliberate high-level decision, then who was it and what were their reasons for placing so little value on the quest to understand the most fundamental properties of the Universe?

And why doesn’t science have patrons like the anonymous buyer of the Giacometti figure? £65 million would solve an awful lot of STFC’s problems, as long as we stop certain people from wasting it on silly moon missions….

Letter to Lord Drayson from George Efstathiou

Posted in Finance, Science Politics with tags , , on January 25, 2010 by telescoper

I just had a note from George Efstathiou, Director of the Kavli Institute for Cosmology at the University of Cambridge, about a letter he wrote to Lord Drayson about the STFC crisis. It’s  very much in line with what I was saying a few days ago. It’s good to see someone with some clout stepping into the ring, taking the gloves off, and not pulling his punches (That’s enough boxing metaphors, Ed.)

With George’s permission, I’m including the full text of his letter below; the added links are mine.

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25 January 2010

Lord Drayson
Department for Business, Innovation and Skills
Castle View House
East Lane
Runcorn, WA72GJ

Dear Lord Drayson,

I would like to make a few comments concerning your structural review of STFC. I was a member of the Astronomy and Planetary Sciences Board of SERC (1991‐1993) and a member of PPARC Council (2001‐2004) and so I have some experience of previous funding systems.

Overall, I support the proposals put forward by the Royal Astronomical Society Forum and the Institute of Physics. It is extremely important that research grants remain in a reorganized Council rather than transferred to EPSRC. A transfer of the grants line to EPSRC, particularly at a severely reduced level following the STFC prioritization exercise, would recreate the difficulties experienced in the days of SRC/SERC that PPARC was designed to solve. (Namely, the long‐term nature of Particle Physics and Astronomy projects and their reliance on large international organizations).

In analysing the nature of a restructured Council, it is worthwhile reviewing some of the reasons for the difficulties at STFC, and the role of the Chief Executive in exacerbating those difficulties.

Firstly, Keith Mason has openly pursued a policy of transferring funds into areas with potential for short term economic impact at the expense of grant funding to Universities. STFC funds have therefore gone into facilities, innovation campuses and initiatives such as the Aurora programme. Together with a sympathetic Chairman and a Council that included three members of the Executive, this policy went (largely) unchallenged for the first two years of STFCs existence, though I know of not a single research scientist who agreed with it. Financial mismanagement of this policy finally caught up with STFC last year, leading to savage cuts of more than 35% in the grants line (the only `flexible’ part of the STFC budget). These cuts are more savage than the deepest cuts experienced during the Thatcher years. Mason’s attempt to downplay these cuts by referring to previous low points in grant funding is, frankly, risible. Government should be indignant at Mason’s attempt to write‐off the investment in science between the years 2002‐‐2007, which was intended (and succeeded) in improving the volume and quality of research in Universities.

As an example of the tension between economic impact and scientific excellence, BNSC published the Space Exploration Review recommending an increase in funding of £150m per annum and highlighting the MoonLITE bilateral mission. A few days later, the STFC prioritization exercise ranked MoonLITE `below alpha’. Any restructuring must tackle the difficulties of tensioning projects which may have economic benefits but little scientific merit against academic excellence. In my view, academic excellence should be the priority for any restructured Research Council.

Secondly, Mason has held the view (most recently expressed at the Astronomy Forum meeting earlier this month) that the UK has too many scientists involved in exploiting facilities in comparison to the number engaged in developing, building and operating facilities. Again, I know of not a single research scientist who agrees with this view. The science budget has increased significantly over the last decade. The expansion of astronomy and particle physics in UK Universities has been a rational response to the increased availability of funding. As a member of the 2008 RAE Physics panel I was able to see at first hand how this investment has translated into research of the highest international quality. The deep STFC cuts to the grants line will inevitably weaken the research base in UK Universities and may even threaten the viability of some Physics departments. The shock wave following these cuts will eventually be felt across the entire UK science base. Any restructured Research Council must sustain an acceptable balance between support of UK Universities and investment in facilities.

STFC has not given high enough priority to scientific excellence. This is the primary cause of the problems over the last three years. It is why scientific excellence will suffer following the STFC prioritization exercise. This unfortunate outcome has been achieved during a period of increased funding to STFC and despite the allocation of financial bailouts.

Any restructured Research Council must have academic excellence at its core. It must also have a Chief Executive who recognises and values academic excellence.

Yours sincerely

George Efstathiou

cc Professor Michael Sterling, Chairman STFC
Phil Willis, Chair, House of Commons Science and Technology Select Committee

The Management

Posted in Finance, Science Politics with tags , , , , , on January 24, 2010 by telescoper

After my little trip to Denmark last week, it’s now time to settle into the routine of academic life. Teaching starts tomorrow, and I’m actually quite looking forward to it. I find teaching very rewarding, in a way that’s quite different from research, to the extent that I would hate to see further separation between the two in British universities. Call me old-fashioned.

Inevitably, though, it’s been research that’s been occupying my mind for the past few days. I’ve posted a couple of times recently about the ongoing review of the way astronomy and particle physics research are funded here in the United Kingdom (see here and here). The Science Minister, Lord Drayson, seems keen to find a way to stop research grants  being massacred by overruns elsewhere in the Science and Technology Facilities Council (STFC). His aim appears to be come up with a plan before the end of February to find a way of preventing the situation from getting any worse for science. No doubt the idea of a dedicated British Space Agency will also be thrown into pot, so that the bit of STFC’s current portfolio that deals with space things will probably be hived off elsewhere.

The major question that is occupying the minds of scientists – but perhaps not those of the bureaucrats – is whether the research grants currently dispensed by STFC will continue to be held by whatever STFC morphs into or whether they should go elsewhere, probably to EPSRC.  I sense a predisposition towards the former possibility among many of my colleagues. I recognize that the EPSRC route is not without its problems, but I fear that if we remain with STFC then not only is there a very strong probability that recent history will repeat itself but that the damage done by the current STFC structure will be irreparable.

Behind all this is the issue of why STFC is in such a mess in the first place. When it came into being in 2007, it was immediately saddled with an £80 million operating deficit. Why? There are two theories. One is that it was a mistake, resulting from inept STFC management. The other is that the creation of STFC presented various grey eminences that inhabit the superstructure of British science politics represented by RCUK  with an opportunity to slash expenditure on “useless” science (i.e. particle physics and astronomy) without having to go through the tedious rigmarole of public consultation. I don’t know which of these is the truth but, given the choice, I’d put my money on the latter.

Note the behaviour of STFC’s Chief Executive after the yawning gap was discovered in his organization’s finances. If it was a result of management incompetence then he should have been fired. If he was stitched up by RCUK then the only honorable thing to do for someone with the best interests of science at heart was to resign in protest. Neither of these things happened. This leads me to the interpretation that Professor Mason was a willing participant in the game, a  point of view that is supported by his performance at the Town Meeting in December 2007 where the STFC’s delivery plan was presented to an audience of scientists. The document containing the delivery plan is notable for its upbeat and self-congratulatory tone containing no hints of the financial catastrophe engulfing the organization. It was clearly designed to say exactly what the Chief Executive’s political masters wanted it to say. The gross dishonesty of this publication was revealed by Professor Mason’s presentation, wherein he told us scientists something rather closer to the truth, that STFC was facing financial oblivion. It was an appaling performance.

After a botched and panicky initial attempt to cut science projects, and a public dressing down by the House of Commons select committee, it took another two years for its latest Programmatic Review to emerge. Once again, though, the management of STFC put an absurdly glowing light on the wreckage of UK astronomy, nuclear and particle physics; calling it “Investing in the Future” and making light of the devastating cull of research grants and projects that it is proposing. The message that I glean from all this is that STFC’s problems stem from deliberate policy at a high level, probably at the Treasury, and carried out enthusiastically by a hierarchy of yes-men who will do whatever they are told regardless of what it means for science. Some of these creatures may have started out as scientists, but they’ve definitely gone native when lured into the Whitehall jungle.

Of course the public purse is limited. We have to decide how much to spend on different bits of science. Astronomy or particle physics (or any other discipline, for that matter) has to make its case. Somehow a balance must be struck between all the competing demands for cash. Maybe Britain does have too many astronomers. Or too many particle physicists. Who knows?  My point is: who decides? This kind of thing is too important to be settled behind closed doors by  individuals who lap up whatever their masters feed them like mother’s milk.

The STFC debacle  is just one manifestation of the rampant managerialism that is strangling British civil society. Gone are the days when scientists knew best about science, doctors knew best about medicine and teachers knew best about education. Now we’re all subservient to managers who think they know best about everything. Things are no better at EPSRC, an organization notorious  for its top-down structure, mania for meaningless initiatives, and wholehearted endorsement of the ill-considered impact agenda. What I am saying is that the Haldane principle is dead and buried.

While I was in Copenhagen last week attending the inauguration of the Discovery Center I was struck by the differences between how research is funded in Denmark and in the United Kingdom. This new initiative in particle physics and cosmology is funded as a rolling programme by the Danish National Research Foundation (Danmarks Grundforskningsfond). Way back in 1991, Denmark part-privatised its pension system and a large chunk of the resulting cash was invested in scientific research. The organization funds programmes across an entire range of disciplines (including arts and humanities)  for periods of10 years (or, more precisely, 5 years with an extension to 10 after satisfactory performance; most get extended). The primary criterion for funding these programmes is scientific excellence and the vast bulk of the funds goes to funding PhD students and postdoctoral researchers at Danish universities.

A representative of the foundation (whose name I have regrettably forgotten) spoke at the official inauguration of the Discovery Center to describe the parent organization’s philosophy. In a nutshell his message was: “You’re the scientists. You know about science. We don’t. We’re here to help you hire the best people, then get out of your way. Excellence is what we want to fund, wherever it lies. That’s our only agenda.” As it happens, two out of the nine programmes funded in the last round, including the Discovery Center, were in particle physics.

Of course I was jealous. I was also struck by how similar this organization sounds to the suggestion I made in a blog post before christmas. Of course Denmark is a much smaller country than Britain and it has  a very different economic structure. I’m not saying we could simply copy what the Danes have done without any modification. But the  real reason why such an organization could never get set up in Britain, is that The Management would never allow it…

A Letter to Lord Drayson

Posted in Finance, Science Politics with tags , , on January 12, 2010 by telescoper

As reported in the Times Higher, the five chairs of the advisory panels that took part in STFC‘s recent prioritisation exercise have circulated an open letter to Lord Drayson. I’ve taken the liberty of posting the entire letter here.

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UK fundamental science at a crossroads

An open letter to Lord Drayson, Minister for Science

On 16 December the Science and Technology Facilities Council announced the outcome of its “programmatic review”. The results present a dismal future for researchers in fundamental science: particle physics, nuclear physics, astronomy and space physics. In order to balance its books STFC announced cuts to these frontier science discovery areas amounting to about £28m per annum starting in 2012. Although STFC’s total annual budget is more than £450m, the cuts have been targeted at the roughly £175m annual spend on UK projects in these fundamental science areas. The cuts include:

  • an across-the-board reduction of 25 per cent for training of our brightest young scientists;
  • termination of involvement in more than 20 cutting-edge science projects in which the UK plays leading roles;
  • cancellation of support for an additional 20 projects, currently at the early R&D stage, which were planned to form the foundations of the future science programme 10-20 years from now, and in which the UK has international leadership.

 

Even those projects lucky enough to be continued will face cuts advertised at between 10 and 25 per cent, and this on top of cuts to STFC’s university physics grants, announced in the past 12 months, of 25 per cent across the board.

As chairs of STFC’s science advisory panels we represent the several thousand members of the UK’s particle physics, nuclear physics, astronomy and space physics communities. On 21 December we wrote to Professor Michael Sterling, chair of STFC Council, to express, on behalf of our communities, dismay at this terrible outcome. We pointed out the obvious consequences:

  • the waste of much of the significant prior investment made by the UK in forefront science;
  • the loss of hard-won UK leadership in many significant areas;
  • the lack of opportunity for developing future UK strategic opportunities for advancing the scientific frontier, with relevant knowledge exchange impact, on the 10-20 year horizon;
  • the extremely negative message to bright young people about the importance the UK places in cutting-edge, fundamental science, and the career opportunities that follow from training in these areas.

 

The Prime Minister has publicly stated his commitment, which we strongly agree with, to preserve funding for science, seeing it as a key part of the solution to the current economic difficulties. Given that, how could more than 40 internationally leading science projects, and hundreds of studentships, be identified for the chop?

The problem stems from the setting up of STFC in April 2007 as an agency for funding both fundamental science and large (mainly accelerator- and laser-based) facilities used by scientists in other disciplines: for example, biologists and chemists, whose research is funded by the other UK research councils. By December 2007 STFC was already in financial difficulty and announced the need to save £80m over the following three years. The House of Commons Science and Technology Select Committee investigated and concluded that STFC had been set up with a shortfall of funds needed to support both the science programme and development and operation of the facilities, and that it had managed the situation very poorly. These problems, inherent at STFC’s inception, have led inexorably to its pre-Christmas announcement to cut the science funding in order to support the operation of its facilities.

The situation has been exacerbated by the collapse of the pound against major currencies: STFC pays about £200m annually in subscriptions (in Euros and Swiss francs) for UK scientists to access major European research centres: CERN, the European Space Agency, the European Southern Observatory and others.

Unless the Government takes action, STFC’s science cuts will almost inevitably lead to:

  • irreparable damage to the high international reputation of the UK in these areas: we will be perceived as an untrustworthy partner in global projects;
  • a “brain drain” of the best UK scientists, university lecturers and professors to positions overseas;
  • a weakening of our capability to attract the best of overseas scientific talent to the UK;
  • a consequent reduction in the provision and quality of UK university physics teaching and training that are essential for the UK’s economic future.

 

It is obvious that STFC cannot continue to stagger between financial crises on an almost annual basis. It is structurally incapable of managing both an internationally leading fundamental science programme and domestic facilities that are used primarily by scientists funded by other research councils. Both the science programme and the facilities operations need to be properly supported by dedicated agencies, and the UK’s globally leading research in particle physics, nuclear physics, astronomy and space physics needs to be protected against exchange rate fluctuations.

Philip Burrows (University of Oxford) – Particle Physics Advisory Panel

Michele Dougherty (Imperial College London) – Near Universe Advisory Panel

Martin Freer (University of Birmingham) – Nuclear Physics Advisory Panel

Philip Mauskopf (Cardiff University) – Particle Astrophysics Advisory Panel

Bob Nichol (University of Portsmouth) – Far Universe Advisory Panel

(Guest Post) Letter from America

Posted in Science Politics, The Universe and Stuff with tags , , , , , , , , on January 10, 2010 by telescoper

Synchronicity can be a wonderful thing. Yesterday I mentioned the meeting of the Royal Astronomical Society that took place on January 10th 1930. The importance of this event was that it prompted Lemaître to write to Eddington pointing out that he had already (in 1927) worked out a solution of Einstein’s equations describing an expanding space-time; eventually this led to the widespread acceptance of the idea that Hubble‘s observational measurements of redshifts and distances of extragalactic nebulae were evidence that the Universe was expanding. 

Meanwhile, triggered by a recent article in Physics World, I have been having an entertaining electronic exchange with Bob Kirshner concerning a much more recent development about the expanding universe, namely that its expansion is accelerating. Since he’s one of the top experts on this, I thought “What better time  to have my first ever guest post?” and asked Bob if he would like to write something about that. He accepted the invitation, and here is his piece. 

 -0-

Twenty-first century astrophysicists (like Telescoper) are the wrong people to ask to cast your horoscope or maximize your feng-shui.  But even people who spend time in warm, well-lighted buildings staring at computer screens notice the changing seasons.  (This refers to conditions before the recent budget exercise.)  

For me, the pivot of the year comes right after the solstice, while the Christmas wrapping paper is still in the trash can.  Our house in Maine has a window facing south of east.  When the winter sun rises as far south as it ever does, a clear morning lets a blast of light come in one side, straight down the hallway and out the bathroom window. Househenge!  What does it mean? 

It means it is time for the American Astronomical Society’s big meeting.  This rotates its location from Washington DC, this year’s site, to other more-or-less tolerable climates.  Our tribe can mark the passage of the seasons and of the decades by this rhythm.  Never mind all that highfalutin’ stuff about the earth going around the Sun.  Remember that AAS in Austin? What year was that? 

In January of 1998, the cycle of the seasons and of available convention centers of suitable size put the AAS in Washington.  It was an exciting time for me, because we were hot on the trail of the accelerating universe.  We had some great new data from the Hubble Space Telescope (HST), a paper in the press, and Peter Garnavich, my postdoc, was going to give a talk and be part of a press briefing.  This was a big deal and we prepared carefully.  

Adam Riess, who had been my graduate student, was then a Miller Fellow at Berkeley doing the calibration and analysis on our data.  Adam’s notebooks were beginning to show troubling hints of cosmic acceleration.  I thought it would go away. Brian Schmidt, who had also been my student, was then in Australia,  calling the shots on this project.  He didn’t want to get out on a  limb over unpublished hints.  The idea of a cosmological constant was already making him sick to his stomach.  We agreed that in January of 1998, Peter got to say that the supernova data showed the universe was not decelerating very much and would expand forever.  That’s it.  Nothing about acceleration. 

Saul Perlmutter’s Supernova Cosmology Project also prepared a careful press release that reported a low density and predicted eternal cosmic expansion.  A report the next day in the New York Times was pretty tame, except for Ruth Daly speculating on the possibility of a low-density universe coming out of inflation models. Saul was quoted as saying, “I never underestimate the power of a theorist to come up with a new model.”  I have gathered up all the clippings I could find about who said what in Washington. (We used to call them “clippings”.) 

While a few reporters sniffed out the hints of cosmic acceleration in the raw data, in January 1998 nobody was claiming this was a solid result.  The paper from our team with the title Observational Evidence from Supernovae for an Accelerating Universe and a Cosmological Constant didn’t get submitted until March 13, 1998.  The comparable paper from the SCP was submitted September 8, 1998.  These are fine dates in the history of cosmology, but they are not in January.  It’s not for me to say when savants like the Telescoper were convinced we live in an accelerating universe, but I am pretty sure it wasn’t in January 1998.

In January 2009, the sun was once again shining right through our house.  It illuminated the American Physical Society newsletter kept in the upstairs bathroom. One of the features is This Month in Physics History.  If you want to find out about Bubble Chamber progress in January 1955, this is the place. Flipping through the January 2009 issue I was gobsmacked (American slang for “blown away”) to learn we were supposed to celebrate the anniversary of the discovery of cosmic acceleration.  Say what?  In January?  Because of the press releases that said the universe was not going to turn around? 

Being a dutiful type, a Fellow of the APS, and the oldest of the High-Z Team, I thought it was my job to help improve the accuracy of this journal. I wrote them a cheerful (on the third draft) letter explaining that this wasn’t precisely right, and, if they liked real publications as evidence for scientific progress, they might want to wait until March.  A volley of letters ensued, but not at internet speed.  The editor of APS News decided he had had enough education and closed the discussion in July.  The letters column moved on to less controversial matters concerning science and religion and nuclear reactors. 

The rising point of the sun came north, and then marched south again.    Just after the solstice, a beam of light flashed right though our   happy home. 2010!  Google alerts flashed the news.  More brouhahah about the discovery of cosmic acceleration.   Now in Physics World. I am depicted as a surly bull terrier in a crimson tenured chair, clinging desperately to self-aggrandizing notions that actual  publications in real journals are a way to see the order of events.  The philosopher, Robert P. Crease, who wrote this meditation, says he loves priority disputes.  He is making a serious point, that “Eureka!” is not exactly at one moment when you have an international collaboration, improving data sets, and the powerful tools of Bayesian inference at your command. 

But, even in the world of preprint servers, press releases, and blogs without restraint (I am talking about other blogs!), a higher standard of evidence is demanded for a real paper in a real journal.   A page in a notebook, an email, a group meeting, a comment after a colloquium or even an abstract in the AAS Bulletin (whipped up an hour before the deadline and months before the actual talk) is not quite what we mean by “having a result”.  I’m not saying that referees are always helpful, but they make the author anticipate a skeptical reader, so you really want to present a well-crafted  case.

If that’s not so, I would like to have my lifetime’s page charges refunded forthwith: that’s 250 papers x 10 pages/paper/ x $100/ApJ page = $250 000. Send the  check to my office.

So, Telescoper, how is your house aligned?  And why do the Brits put the drains on the outside when you live in such a cold climate?

In the Bleak Midwinter

Posted in Biographical, Cricket, Poetry, Science Politics with tags , , , , , , on January 9, 2010 by telescoper

Apologies for my posts being a bit thin lately. It turned out to be quite a strange week, as I’ll explain in due course, but I thought I’d take the opportunity now to catch up a little bit. I apologize in advance for the rambling nature of this contribution, but if you read this blog regularly you’ll be used to that.

We’re all now back at work after the Christmas break, but this was always going to be an unusual week because it’s the last one before the mid-year examinations start. During this time there are revision lectures, but the timetable isn’t as full as in term-time proper, so  it’s more like a half-way house than a genuine return to full-time work. Although I’m always glad not to be thrown into full-time teaching or examination marking straight away after the break, I always find this hiatus slightly disorienting.

This year things are even stranger than usual because, after largely escaping the bad weather that has affected the rest of the country since before Christmas, snow and ice finally arrived with a vengeance in Cardiff on Tuesday night. It wasn’t too bad where I live, quite near the city centre, but a lot of snow fell up in rural areas, especially up in the valleys, with the result that quite a few members of staff couldn’t make it into work.

Talking of the weather gives me the excuse to include this absolutely beautiful picture of snow-bound Britain taken by NASA’s Earth Observatory satellite:

The problem wasn’t so much the snow itself, but the fact that the temperature dropped steeply soon after it fell leaving roads and pavements coated with sheets of ice. My regular refuse collection, scheduled for Wednesday, didn’t happen because the trucks couldn’t make it through the treacherous conditions, and buses and trains were severely disrupted. I think there’s been a similar picture across most of the United Kingdom.

Incidentally, the well-known Christmas carol from which I took the title of this post began life as a poem by Christina Rossetti, the first verse of which goes

In the bleak mid-winter
Frosty wind made moan,
Earth stood hard as iron,
Water like a stone;
Snow had fallen, snow on snow,
Snow on snow,
In the bleak mid-winter
Long ago.

I don’t know why but, as the snow was falling heavily in the early hours of Wednesday morning, I woke up with terrible stomach pains, so bad that they kept me awake all night. I assume that this was some sort of belated reaction to yuletide over- indulgence rather than anything more serious because the discomfort eventually died away and I was left with mere exhaustion after losing a whole night’s sleep. Rather than risk walking in through the snow, I retreated to bed and slept most of Wednesday although I didn’t eat or drink anything the whole day.

Columbo kept me good company during this unpleasant episode. Usually if we’re in the house at the same time he sometimes stays by my side, but he’s at other times quite happy to potter around, or sleep on his own in  a place of his choosing.  I think he knew something wasn’t right, because he never left me alone all day which is quite unusual. Alternatively, he may just have found it warmer being next to me than elsewhere. Who knows?

My guts apparently having recovered, I went into the department on Thursday for a busy day of project interviews. These are held half-way through the third year in order to assess the students progress on their projects. In between the interviews I was trying to keep up with progress on the last day of the test match between South Africa and England taking place in Cape Town, where the weather was somewhat different to Cardiff. The match had been coming to the boil, eventually ending in a draw as England’s last pair once again staved off what looked likely to be a defeat. Shades of Monty last summer! Although it was clearly a gripping finale, I’m glad in a way that I didn’t get to follow it more closely. I always get an uneasy churning feeling in my stomach during tense passages of play, and after what had happened the day before I think that was best avoided.

Yesterday (Friday) was the date of the January meeting of the Royal Astronomical Society in London, and I decided to show my faith in the public transport system by making the round trip to London.  No-one can accuse me of having lost my spirit of adventure! Some trains had been cancelled, but those still running seemed to be on time and I thought the odds weren’t too bad.

The specialist Discussion Meeting featured a programme dedicated to the legacy of XMM, a highly successful X-ray satellite that has just had its funding axed by STFC. Later on, during the Ordinary Meeting there was an interesting talk by Alan Fitzsimmons about the impact of a small asteroid with the Earth that took place in October 2008,  and Matt Griffin presented some of the stunning new results from Herschel. RAS Discussion meetings are always held on the 2nd Friday of the month. Astronomical historian Alan Chapman reminded the Society that the corresponding meeting 80 years ago, on 10th January 1930,  was an important event in the development of the theory of the expanding universe.

Fully recovered from my tummy problems, I rounded the week off with a trip to the RAS Club for a nice dinner at the Athenaeum. Turnout was a bit lower than usual, presumably because of the inclement weather. This was the so-called Parish Meeting, at which various items of Club business are carried out, including the election of new members and Club officers. Professor Donald Lynden-Bell recently announced his retirement from the position of President and this was his last occasion in the Chair; the resulting Presidential Election was a close-run affair won by Professor Dame Carole Jordan. The election of new members is an archaic and slightly dotty process which always leaves me wondering how I managed to get elected myself. At one point during these proceedings the Club finds itself to be “without Officers”,  whereupon the most junior member (by length of membership rather than age) suddenly becomes important. On this occasion, this turned out to be me but since I didn’t know what I was supposed to do, I fluffed it. If I’d known I might have seized the opportunity to stage a coup d’etat. Other than this, it seemed to go off without any major hitches and eventually we dispersed into the freezing night to make our ways home.

As usual on Club nights I took the 10.45pm train from Paddington to Cardiff. In the prevailing meteorological circumstances I was a bit nervous about getting home, but my fears were groundless. The train was warm and, with Ipod, Guardian and Private Eye crosswords, and the last 100 pages of a novel to occupy me, the journey was remarkably pleasant. We got to Cardiff 4 minutes ahead of schedule.

What is to be done?

Posted in Finance, Science Politics with tags , , , , , , , , on January 3, 2010 by telescoper

Just after December’s announcement of huge cuts in spending on science by the Science and Technology Facilities Council (STFC), the minister responsible, Lord Drayson, issued a Press release that included the following

… it has become clear to me that there are real tensions in having international science projects, large scientific facilities and UK grant giving roles within a single Research Council. It leads to grants being squeezed by increases in costs of the large international projects which are not solely within their control. I will work urgently with Professor Sterling, the STFC and the wider research community to find a better solution by the end of February 2010.

I’ve decided to post a few thoughts here under a deliberately bolshie title not because I think I have all the answers, but in the hope that somebody out there will come up with better suggestions.

Superficially the problem dates back to the formation of STFC in 2007 via the merger of the Particle Physics and Astronomy Research Council (PPARC) and the Council for the Central Laboratories of the Research Councils (CCLRC). Previously, PPARC had looked after particle physics and astronomy (including space science) and CCLRC had run large experimental facilities in other branches of science. The idea of merging them wasn’t silly. A large chunk of PPARC’s budget went on managing large facilities, especially ground based astronomical observatories, and it was probably hoped that it would be more efficient to put all these big expensive pieces of kit under the same roof (so to speak).

However, at the time, there was considerable discussion about what should happen with science grants. For example, physicists working in UK universities in areas outside astronomy and particle physics previously obtained research grants from the Engineering and Physical Sciences Research Council (EPSRC), along with chemists, engineers and even mathematicians. Some experimentalists working in these areas used facilities run by the CCLRC to do their work. However, astronomers and particle physicists got their grants from PPARC, the same organisation that ran their facilities and also paid subscriptions to international agencies such as CERN and ESA. These grants were often termed “exploitation”  or “responsive mode” grants; they involved funding for postdoctoral researchers and staff time used in analysing observational or experimental data and comprised relatively little money compared the the cost of the PPARC facilities themselves. PPARC also funded PhD studentships and postdoctoral fellowships under the umbrella of its Education and Training division, although needless to say all the Education and Training involved was done in host universities, not by PPARC itself.

The question was whether the new merged organisation, STFC should continue giving grants to university groups or whether they should be moved elsewhere, perhaps to EPSRC. At the time, most astronomers were keen to have their research grants administered by the same organisation that ran the facilities. I thought it made more sense to have research scientists all on the same footing when it came to funding and in any case thought there were too many absurd divisions between, say, general relativity (EPSRC) and relativistic astrophysics (PPARC), so I was among the (relatively few) dissenting voices at the time.

There were other reasons for my unease. One was that during a previously funding squeeze, PPARC had taken money from the grants line (the pot of money used for funding research groups) in order to balance the books, necessarily reducing the amount of science being done with its facilities. If STFC decided to do this it would probably cause even more pain, because grants would be an even smaller fraction of the budget in STFC than they were in PPARC. Those EPSRC physicists using CCLRC facilities seem to have managed pretty well so I didn’t really see the argument for astronomy and particle physics being inside STFC.  

The other reason for me wanting to keep research grants out of STFC was that the (then) new Chief Executive of PPARC, Keith Mason, had made no secret of the disdain he felt towards university-based astronomy groups and had stated on a number of occasions his opinion that there were too many astronomers in the United Kingdom. There are two flaws with this argument. One is that astronomy is essential to the viability of many physics departments because of its appeal to potential students; without it, many departments will fold. The other problem is that Mason’s claim that the number of astronomers had grown by 40% in a few years was simply bogus.  This attitude convinced me that he in particular would need only the slightest excuse to divert funds away from astronomy into areas such as space exploration.

It all seems a very distant memory now, but three years ago UK physics (including astronomy) was experiencing a time of relative plenty. The government had introduced a system whereby the research councils would fund research groups on the basis of the Full Economic Cost of the research, which meant more money coming into research groups that were successful at winning grants. The government increased funding for the councils to pay for this largesse and probably diminished the fear of another funding pinch. Astronomers and particle physicists also felt they would have more influence over future strategy in facility development by remaining within the same organisation. In the end what happened was that STFC not only kept the portfolio of astronomy and particle physics grants, but also acquired responsibility for nuclear physics from EPSRC.

But then, in 2007, just after STFC came into existence,  a major financial disaster broke: that year’s comprehensive spending review left the newly formed STFC with a huge gap in its finances. I don’t know why this happened but it was probably a combination of gross incompetence on behalf of the STFC Executive and deliberate action by persons higher up in the Civil Service. The subsequent behaviour of the Chief Executive of STFC led to a public dressing down by the House of Commons Select Committee and a complete loss of confidence in him by the scientific community. Miraculously, he survived. Unfortunately, so did the financial problems that are his responsibility. After two years of head-scratching, STFC has finally grasped the nettle and slashed its spending, including research grants,  in an attempt to balance the books.

I don’t like to say I told you so, but that’s exactly what I am doing. Everything that has happened was predictable given the initial conditions. You might argue that STFC wasn’t to know about the global economic downturn. In fact, I’d agree. However, the terrible cuts in the science budget we have seen have very little to do with that. They all stem from the period before the Credit Crunch even started. We still have the aftermath of that to look forward to. Unless something is done, grants will be hit again. Things are bad now, but will only get worse as long as the current arrangements persist.

Now, back to Lord Drayson’s press statement. He is of course right to say that there are tensions in putting large facilities and grant giving roles in the same organisation. That’s particularly true when it’s an organisation run by a one-man disaster area, but the main problem seems to me that actually doing science is very far down the list of priorities for STFC. The point I want to make is that by far the most of the very best science in the United Kingdom is actually done in university groups. Some of these groups use shiny new facilities but some continue to do first-rate research with older gear, not to mention us theorists who need very little in the way of facilities at all. What has happened is that the axe has fallen across the programme, apparently without regard for scientific value for money so that highly rated theory grants are being slashed along with those related to lower priority facilities.

Here it seems appropiate to make an aside to the effect that,  in my opinion, even taking into account the difficult financial circumstances in which it was done, the recent prioritisation review was completely botched. All the STFC advisory panels placed university research grants at the highest priority but the management has slashed them anyway. Moreover, instead of really biting the bullet and making tough decisions to shut down more facilities projects, they have kept as many of them going as possible (although with reduced budgets).  Cutting exploitation grants for the highest priority experiments was a particularly stupid decision. If STFC wanted to put science first, what they should have done is baled out of more facilities but preserved exploitation grants.  If that means abandoning whole areas of astronomy then that’s very sad, but surely it is better to do a smaller number of things well than a larger number of things poorly? Isn’t management meant to be about making difficult decisions?

I know this preamble has been a bit long-winded, but I think it’s necessary to see the background to what I’m going to propose. These are the steps I think need to be taken to put UK physics back on track.

First, the powers that be have to realise that university researchers are not just the icing on the cake when it comes to science. They actually do most of the science. The problem is that the way they are supported is a total mess. It’s called the dual support system, because the research councils pay 80% of the cost of research grants and Higher Education Funding Councils (i.e. HEFCE in England) are meant to provide the other 20%, but in reality it is a bureaucratic nightmare that subjects researchers to endless form-filling and costs hundreds of millions in wasteful duplication. The Research Councils already have well-managed systems to judge the quality of research grant applications, so why do we have to have the additional burden of a Research Assessment Exercise every few years on top of that? Just a few millions saved by slashing red tape could restore a large proportion of the physics grant budget.

What we need is a system that recognises the central importance of universities in science research. In order to safeguard this, research grants for all disciplines need to be adminstered organisations that cannot raid the funds allocated for this purpose to offset management failures elsewhere. The funds allocated to STFC under the Full Economic Cost system have already been systematically misappropriated in this way, and things will get worse unless something is done to protect them.

Moving grants from STFC to EPSRC would go part of the way, but I’m not a particular fan of the latter organisation’s heavy-handed top-down management style and gung ho enthusiasm for the  impact agenda which may be appropriate for applied sciences and engineering but surely doesn’t make any sense for, say, pure mathematics. I would prefer instead to see a new organisation, specifically intended to fund blue-skies scientific research in universities. This organisation would have a mission statement that  makes its remit clear, and it would take over grants, studentships and fellowships from STFC, EPSRC and possibly some of the other research councils, such as NERC.  The new outfit would need a suitable acronym, but I can’t think of a good one at the moment. Answers on a postcard.

As a further suggestion,  I think there’s a strong case to be made that HEFCE should be deprived of its responsibility for research funding. The apparatus of research assessment it uses is obviously  flawed, but why is it needed anyway? If the government believes that research is essential to universities, its policy on selectivity doesn’t make any sense. On the other hand, if it believes that university departments don’t need to be research groups then why shouldn’t the research funding element be administered by a reserch organisation? Even better, a new University Research Council along the lines I have suggested  could fund research at 100% of the Full Economic Cost instead of only 80%. The substantial cash saved by scrapping the RAE should be pumped into grants to be administered by the new organisation, reversing the recent savage cuts imposed by STFC.

And what should happen to STFC? Clearly there is still a role for an organisation to manage large experimental facilities. However, the fact that the UK is now going to have its own Space Agency should mean space science is taken out of the STFC remit.  The CERN and ESO subscriptions could continue to be managed by STFC along with other facilities, and it would in some cases commission projects in university research groups or industrial labs as it does now. Astronomers and particle physicists would continue to sit on its Board.  However, its status would change radically, in that it would become an organisation whose job is to manage facilities, not research. The tail will no longer be wagging the dog.

I very much doubt if these suggestions are at all in line with current political “thinking”. I don’t think politicians really appreciate the importance of research in universities, especially if its of the open-ended, blue-sky variety. The self-serving bureaucrats in RCUK and HEFCE won’t like it either, because the’ll all have to go and do something more useful.  But unless someone stands up for the university sector and does something to safeguard future funding then things are just going to go from bad to worse. This may be the last chance we have to avert a catastrophe.

I very much doubt if many of my fellow physicists or astronomers agree with my suggestion either. Not to worry. I’m used to being in a minority of one. However, even if this is the case I hope this somewhat lengthy post will at least get you thinking. I’d be interested in comments.