Archive for the Science Politics Category

Boycott Nature and Science!

Posted in Open Access, Science Politics with tags , , , , on December 11, 2013 by telescoper

On Tuesday Randy Schekman, joint winner of the 2013 Nobel Prize for Physiology or Medicine hit out at academic publishers for the way the most “prestigious” journals (specifically Cell, Nature and Science) publish only the “flashiest” research.  I see his announcement as part of a groundswell of opinion that scientists are being increasingly pressured to worry more about the impact factors of the journals they publish in than about the actual science that they do. Cynics have been quick to point out that his statements have emerged only after he received the Nobel Prize, and that it’s difficult for younger researchers who have to build their careers in a world to break free from the metrics that are strangling many disciplines. I feel, as do some of my colleagues (such as Garret Cotter of Oxford University), that it’s time for established researchers to make a stand and turn away from those publishers that we feel are having a negative impact on science and instead go for alternative modes of publication that are in better keeping with the spirit of open science.

In future, therefore, I’ll be boycotting Nature and Science (I don’t publish in Cell anyway) and I call upon my colleagues to do likewise. Here’s a nice logo (courtesy of Garrett Cotter) that you might find useful should you wish to support the boycott.

CNS

ps. For the record I should point out that during my career I have published four papers in Nature and one in Science.

Quantum Technology – a Sussex Strength

Posted in Finance, Politics, Science Politics, The Universe and Stuff with tags , , on December 9, 2013 by telescoper

Amid all the doom and gloom in the Chancellor’s Autumn Statement delivered last week there’s a ray of sunshine for research in Physics in the form of an injection of around £270 million in Quantum Technology. According to the Financial Times,

The money will support a national network of five research centres, covering quantum computing, secure communications, sensors, measurement and simulation.

Details of the scheme are yet to be released, but it seems the network will consist of “regional centres” although how evenly it will be spread across the regions remains to be seen. How many will be in the Midlands, for example?

We’re very happy here with this announcement here in the School of Physics & Astronomy at the University of Sussex as we have a well-established and expanding major research activity in Quantum Technology and an MSc Course called Frontiers of Quantum Technology. Moreover, as members of the South East Physics Network (SEPNet) we seem to be in a good position to be for funds as a truly regional centre. Assuming, that is, that the scheme hasn’t already been divvied up behind closed doors before it was even announced!

The investment announced by the government mirrors a growing realization of the potential for economic exploitation of, e.g., quantum computing which is bound to lead to a new range of career opportunities for budding physics graduates.

I’d welcome any comments from people who know any more information about the details of the new investment, as I’m too lazy to search for it myself…

Service Complet

Posted in Biographical, Science Politics with tags , on December 3, 2013 by telescoper

Just time for a quick post from the London to Brighton train, having spent the day at my last ever “Plenary” meeting of the Astronomy Grants Panel of the Science and Technology Facilities Council which was held at the Institute of Physics. This meeting marks the end of the annual grants round; in January there’ll be a meeting to kick off next year’s business.

I’ve been on this panel for four years now, so I think I’ve done my bit. Time for some new blood to replace those of us who have been stood down.

Anyway I just want to say a big public thank you to the STFC staff, especially Kim, Diane, and Colin for doing their best to keep the panel members in order, as well as to Theory sub-Panel Chair Tom and overall Chair Andy who are also stepping down.

Better is the end of a thing than the beginning thereof. I refer to the day, not the AGP, because it began with a major wobbly in Victoria station on the way to the IOP but ended with a couple of pints and a nice chinwag in the pub round the corner..

BIS Budget Horrors

Posted in Finance, Politics, Science Politics on November 25, 2013 by telescoper

Just back from my travels so I only have time for a brief post today, but it’s about something potentially very important. It seems that there are big problems with the budget for the Department of Business, Innovation and Skills which includes the budget for universities in England and also the Research Councils under the umbrella of RCUK. The government has lost control over the number of students recruited into universities – particularly privately run colleges – with the result that it faces a massive £1.4 billion recurrent overspend. A leaked memorandum suggests making immediate £350 million cuts into funding for the poorest students, which is bad enough, but nowhere near enough. It seems the rest of the shortfall will have to be tackled by big cuts in the previously “ring-fenced” science budget. Such a move would run counter to numerous pledges made by the Minister David Willetts and would be devastating for the already underfunded science budget. There is already talk of the Science and Technology Facilities Council having to close one of its major research facilities.

I don’t like to say I told you so, but I have had suspicions for a long time that the government was planning to cut the amount of QR research funding allocated via the 2014 Research Excellence Framework to which submissions are due at the end of this week. Now I think it is virtually inevitable that all the years of preparation for this exercise across the country will earn universities virtually nothing. The total amount allocated via the QR mechanism is currently £1.6 billion – easily enough to cover the gaping hole in the budget caused by Whitehall incompetence. Slashing this budget will hit university science departments particularly hard.

Science has struggled along during the tenure of this government with a flat cash settlement, equivalent to a 10% real terms decline. That’s by no means a good result, but substantially better than other areas of public spending. Now it looks like austerity is really going to bite us very hard indeed.

I’m very worried for students and for science. But you can bet your bottom dollar that the people responsible for creating this fiasco in the first place won’t be in fear of losing their jobs. It may be that “we’re all in it together”, but some of us are in it a lot deeper than others.

Six (very) bad things about the REF

Posted in Education, Science Politics with tags , , , , on November 22, 2013 by telescoper

I see that Jon Butterworth has written a piece on the Grauniad website, entitled Six good things about the REF, the REF in question not being a black-clad figure of questionable parentage and visual acuity responsible for supervising a game of association football, but the Research Excellence Framework.

I agree with some of Jon’s comments and do believe that past Research Assessment Exercises have generally raised the quality of research in UK universities. I do however think that there are some very bad things about the way the REF is being implemented, and that these far outweigh the positives Jon mentions. In the interest of balance, therefore, I thought I’d respond with a list of six (very) bad things about the REF, and particularly how it applies to physics. I’ll keep them brief because I’ve blogged about most of them before:

  1. The rules positively encouraged universities to play games with selectivity. This is absurd. All academic staff on teaching and research contracts should be submitted if a true indication of research quality is to be obtained.
  2. The criteria for what constitutes 3* or 4* publications are vague and subjective, leaving everything in the hands of the panels. Worse, all paperwork will be shredded after the panel’s deliberations leaving no possibility for appeal. This absolutely stinks.
  3. How QR funding will be allocated on the basis of the REF is not made clear in advance of the submission. Nobody knows how heavily the funding will be skewed towards 4* and 3* submissions. Having encouraged departments to play games, therefore, the REF refuses to disclose the rules. It’s not even clear there will be any QR funding.
  4. The panels will be unable to perform a detailed peer review of submissions simply because there will be too many papers. Each panel will be expected to make decisions on many hundreds of papers, leaving time only for a cursory reading of each.
  5. Limiting the physics submission to 4 papers per person is ridiculous. This corresponds to a tiny fraction of the outputs of a typical physics researcher. If someone has written ten 4* publications in the REF period, why should these not be counted?
  6. Impact counts for a sizable fraction (20%) of the funding, but the rules governing what counts as “impact” are absurdly restrictive and clearly encourage short-term commercially-oriented boilerplate stuff at the expense of genuine long-term “blue skies” research.

 

Well, I got to six in just a few minutes and could easily get to sixty, but that will do for now. Perhaps you’d like to contribute your own bad things through the comments box?

Would Scottish Independence be Good for English Science?

Posted in Politics, Science Politics with tags , , , , on November 13, 2013 by telescoper

On Monday the Minister for Universities and Science, David Willetts, visited Edinburgh where he took in, among other things, the UK Astronomy Technology Centre and was treated to an explanation of how adaptive optics work. There being less than a year to go before the forthcoming referendum on Scottish independence, the visit was always likely to generate political discussion and this turned out to be the case.

According to a Guardian piece

Scientists and academics in Scotland would lose access to billions of pounds in grants and the UK’s world-leading research programmes if it became independent, the Westminster government has warned.

David Willetts, the UK science minister, said Scottish universities were “thriving” because of the UK’s generous and highly integrated system for funding scientific research, winning far more funding per head than the UK average.

Unveiling a new UK government paper on the impact of independence on scientific research, Willetts said that despite its size the UK was second only to the United States for the quality of its research.

“We do great things as a single, integrated system and a single integrated brings with it great strengths,” he said.

Overall spending on scientific research and development in Scottish universities from government, charitable and industry sources was more than £950m in 2011, giving a per capita spend of £180 compared to just £112 per head across the UK as a whole.

It is indeed notable that Scottish universities outperform those in the rest of the United Kingdom when it comes to research, but it always struck me that using this as an argument against independence is difficult to sustain. In fact it’s rather similar to the argument that the UK does well out of European funding schemes so that is a good argument for remaining in the European Union. The point is that, whether or not a given country benefits from the funding system, it still has to do so by following an agenda that isn’t necessarily its own. Scotland benefits from UK Research Council funding, but their priorities are set by the Westminster government, just as the European Research Council sets (sometimes rather bizarre) policies for its schemes. Who’s to say that Scotland wouldn’t do even better than it does currently by taking control of its own research funding rather than forcing its institutions to pander to Whitehall?

It’s also interesting to look at the flipside of this argument. If Scotland were to become independent, would the “billions” of research funding it would lose (according to Willetts) benefit science in what’s left of the United Kingdom? There are many in England and Wales who think the existing research budget is already spread far too thinly and who would welcome an increase south of the border. If this did happen you could argue that, from a very narrow perspective, Scottish independence would be good for English science.

For what it’s worth, I am a complete agnostic about Scottish independence – I really think its for the Scots to decide – but I don’t think it would benefit the rest of the UK from the point of view of science funding. I think it’s much more likely that if Scotland were to leave the United Kingdom then the part of the science budget it currently receives would be cancelled rather than redistributed, which would leave us no better off at all.

How do physicists and astronomers team up to write research papers?

Posted in Science Politics with tags , on October 16, 2013 by telescoper

Busy busy today so just time to reblog this, an interesting article about the irresistible rise of the multi-author paper. What fraction of the “authors” actually play any role at all in writing these papers? Am I the only one that thinks this has very profound implications for the way we interpret bibliometric analyses?

Augusto Carballido's avatarMoonshot

The way in which physicists and  astronomers team up to write technical papers has changed over the years, and not only is it interesting to look at this behavior for its own sake, but by analyzing the data it may be possible to better understand what role, if any, does the number of authors  have on the scientific impact of a paper. Likewise, such an analysis can allow physics and astronomy journals to make decisions about their publishing policies.

I was curious about the trends in the number of authors per refereed astronomy paper, so I set out to write an R script that would read in data from the NASA Astrophysics Data System, an online database of both refereed and non-refereed academic papers in astronomy and physics. The script counts the monthly number of refereed astronomy and physics papers between January 1967 and September 2013, as well as…

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RAS Council

Posted in Biographical, Science Politics with tags on October 11, 2013 by telescoper

Up in London once more, this time in Burlington House, Piccadilly, for my first meeting as a duly elected Member of the Royal Astronomical Society Council. I’ll update on any non-confidential news later on if there is any and if I get time, but we’re about to start so that’s it for now…

Yesterday in Parliament

Posted in Science Politics, The Universe and Stuff with tags , , , , , on October 9, 2013 by telescoper

Yesterday afternoon I arrived in a rather muggy Westminster to attend a reception at the Houses of Parliament associated with an exhibition called Unveiling the Universe in all its Light which is currently set up inside the Palace of Westminster but will later go on tour around the UK.

Parliament

It took me a while to find the way in. I lived in London for the best part of 9 years but never bothered to visit the Houses of Parliament (at least not the interior), so I was quite excited as, clutching my invitation in a rather sweaty hand, I eventually joined the queue to go through the security checks. That didn’t take very long, so despite getting lost in the corridors of power en route – it’s a bit of a maze inside – I had plenty of time to see the exhibition before joining the assembled throng in the Strangers’ Dining Room. There, surrounded by walls covered in expensive but tasteless flock wallpaper, I had a couple of couples of glasses of wine and ate some posh sandwiches while chatting to various astronomers, particle physicists and others, including a contingent of familiar faces from the Science and Technology Facilities Council.

It was a coincidence, of course, that this event took place on the day that the Nobel Prize for Physics was announced; it was impressive that posters were already there celebrating the award to Peter Higgs. General opinion was delight that Higgs had won a share of the prize, but sadness that Tom Kibble had been left out.

There were upbeat speeches by Minister for Universities and Science David Willetts (who isn’t as tall as he looks on telly), Andrew Miller (Chair of the Parliamentary Select Committee on Science and Technology), John Womersley (Chief Executive of STFC) and Lord Rees (Astronomer Royal). I think everyone present came away with a strong sense that astronomy and particle physics had strong political backing. Martin Rees in particular said that he thought we were living in a “golden age” for fundamental science, involving an exciting interplay between the inner space of subatomic particles and the outer space of cosmology. I couldn’t agree more.

The 2013 Nobel Prize for Physics .. goes to Englert and Higgs

Posted in Science Politics, The Universe and Stuff with tags , , , , , , on October 8, 2013 by telescoper

Well, there we are. After an excruciating (and unexplained) delay the 2013 Nobel Prize for Physics has gone to François Englert and Peter Higgs. You can find the full press release here; the first section of text reads:

François Englert and Peter W. Higgs are jointly  awarded the Nobel Prize in Physics 2013 for the  theory of how particles acquire mass. In 1964, they  proposed the theory independently of each other  (Englert together with his now deceased colleague  Robert Brout). In 2012, their ideas were confirmed  by the discovery of a so called Higgs particle at the  CERN laboratory outside Geneva in Switzerland. The awarded theory is a central part of the Standard  Model of particle  hysics that describes how the world is  constructed. According to the Standard Model, every­thing, from flowers and people to stars and planets,  consists of just a few building blocks: matter particles.  These particles are governed by forces mediated by force  particles that make sure everything works as it should. The entire Standard Model also rests on the existence  of a special kind of particle: the Higgs particle. This  particle originates from an invisible field that fills up  all space. Even when the universe seems empty this  field is there. Without it, we would not exist, because  it is from contact with the field that particles acquire  mass. The theory proposed by Englert and Higgs  describes this process.

Anyway, congratulations to the two Laureates. I did get a bit excited when the rumour started that the winner this year would be someone born in Newcastle upon Tyne whose first name is Peter, but I guess I’ll have to wait until next year..

Oh, and François Englert is the first ever Belgian winner of the Nobel Prize for Physics!

I have to head off to London for a Parliamentary Reception organized by the Science & Technology Facilities Council, so I’ll have to leave it there but please feel free to add reactions to the announcement via the Comments Box.

P.S. Yesterday’s poll is now closed.