Archive for the Education Category

The South-East Physics Network – The Sequel

Posted in Education, Science Politics with tags , , , , , , , , , , , , , on June 18, 2013 by telescoper

Every now and again I’m at a loss for something to blog about when a nice press release comes to the rescue. This announcement has just gone live, and I make no apology for repeating it here!

 

UPDATE: You can now read the University of Sussex take on this announcement here.

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New Investment in Physics Teaching and Research in South East England

The South East Physics network (SEPnet) and HEFCE are delighted to announce their plans to invest £13.1 million pounds to sustain physics undergraduate and postgraduate teaching provision, and world class research facilities, staff and doctoral training over the 5 years up to 2018. HEFCE will provide £2.75 million to maintain and expand the network, to establish a dedicated regional graduate training programme for physics postgraduate students and address physics specific issues of student participation and diversity. On top of the HEFCE contribution, each SEPnet partner will support and fund programmes of Outreach, Employability and Research.

The South East Physics Network (SEPnet) was formed after receiving a £12.5 million grant from HEFCE in 2008 as a network of six Physics departments in South East England at the Universities of Kent, Queen Mary University of London, Royal Holloway University of London, Southampton, Surrey and Sussex. The Science and Technology Facilities Council and Rutherford Appleton Laboratory provided additional funds and resources for collaborations in particle physics and astrophysics. The University of Portsmouth joined in 2010. The Open University and the University of Hertfordshire will join the network effective the 1st August 2013.

SEPnet Phase One has been tremendously successful for the partners in SEPnet and for physics in the region. The Outreach programme, regarded as an exemplar for collaborative outreach, uses the combined knowledge and resources of each partner to provide greater impact and reach and demonstrates that the whole is greater than the sum of its parts. It has succeeded in effectively exploiting the growing national interest in physics through its wide range of public engagement and schools activities. There has been a substantial increase in applications and intake for physics undergraduate courses and undergraduate numbers are now 90% higher in the SEPnet physics departments compared with 2007 and applications up approximately 115% – well above national trends.

Announcing the investment, SEPnet’s Independent Chair Professor Sir William Wakeham said “This is a major success for physics both in the region and nationally. HEFCE’s contribution via SEPnet has enabled the partners in the consortium to grow and develop their physics departments for the long term. Before SEPnet, physics departments had falling student numbers and lacked research diversity. Now they are robust and sustainable and the SEPnet consortium is an exemplar of collaboration in Higher Education.”

David Sweeney, Director of Research, Innovation and Skills, HEFCE said: “We are delighted to see the fruits of a very successful intervention to support what was once a vulnerable subject. HEFCE are pleased to provide funding for a new phase, particularly to address new challenges in the field of postgraduate training and widening participation. The expansion to include new physics departments is a testament to the success of the network and can only act to strengthen and diversify the collaboration.”

Sir Peter Knight, President of the Institute of Physics, expressed strong support for the government’s continued investments in the sciences generally and in physics specifically. “SEPnet has been an undoubted success in sustaining physics in the South East region and has strongly participated in contributing to its beneficial effects nationally. It is an exemplar of collaborative best practice in outreach, employability and research and we now look forward to collaborating in the critical areas of graduate training, public engagement and diversity.”

The specific programmes already being developed by the network include:

  1. a regional Graduate Network built on the strength of current SEPnet research collaborations and graduate training whose  primary objectives  will be to:
  • develop and deliver an exemplar programme of PhD transferable and leadership skills training delivered flexibly to create employment-ready physics doctoral graduates for the economic benefit of the UK;
  • increase employer engagement with HEIs including PhD internships,  industrially-sponsored  studentships and Knowledge Transfer fellowships;
  • enhance the impact  of SEPnet’s research via a clear, collaborative impact strategy;
  • enhance research environment diversity through engagement with Athena SWAN and the IoP’s Project Juno.
  1. Expansion of its employer engagement and internship programmes, widening the range of work experiences available to enhance undergraduate (UG) and postgraduate (PG) employability and progress to research degrees.
  2. Enhancement of its Outreach Programme  to deliver and disseminate  best practice in schools and public engagement and  increase diversity in  physics education.

The inclusion of new partners The Open University and University of Hertfordshire broadens the range of teaching and postgraduate research in the network. The University of Reading, about to introduce an undergraduate programme in Environmental Physics (Department of Meteorology), will join as an associate partner.

A key part of the contributions from each partner is the provision of “SEPnet PhD Studentships”, a programme to attract the brightest and best physics graduates to engage in a programme of collaborative research within the network, of joint supervision and with a broad technical and professional graduate training programme within the SEPnet Graduate Network.

The network will be led by the University of Southampton. Its Vice-Chancellor, Professor Don Nutbeam: “I am delighted that the University of Southampton, in partnership with nine other universities in the region, is able to build on the success of the SEPnet initiative to reinvigorate the university physics teaching and research and take it to a new level in the turbulent period ahead for the higher education sector. The SEPnet training programme brings novelty, quality and diversity to the regions physics postgraduates that we expect to be a model for other regions and subjects.”

A Time for Honours

Posted in Education, Politics, Science Politics, The Universe and Stuff with tags , , , on June 15, 2013 by telescoper

The word “honour” provides a (tenuous) link between yesterday’s post and this one. After our recent preoccupation with the classification of honours for graduating students (i.e. first class, second class, and so on), today’s news included the Queen’s Birthday Honours List for 2013, which you can download in full here. To make up for the lack of recycling going on in Brighton these days because of the strike that started yesterday, I thought I’d recycle my thoughts from previous years.

The honours system must appear extremely curious to people from outside the United Kingdom. It certainly seems so to me. On the one hand, I am glad that the government has a mechanism for recognising the exceptional contributions made to society by certain individuals. Musicians, writers, sportsmen, entertainers and the like generally receive handsome financial rewards, of course, but that’s no reason to begrudge a medal or two in recognition of the special place they occupy in our cultural life.  It’s  good to see scientists recognized too, although they tend not to get noticed so much by the press.

The name that stood out for me in this year’s list is Professor Jim Hough, who gets an OBE. Jim is Professor of Experimental Physics at the University of Glasgow, and his speciality is in the detection of gravitational waves.  Gravitational waves haven’t actually been detected yet, of course, but the experimental techniques designed to find them have increased their sensitivity by many orders of magnitude in recent years, Jim having played a large part in those improvements. I imagine he will be absolutely thrilled in February 2016, when gravitational waves are finally detected. Jim is also Chief Executive of the Scottish University Physics Alliance, which does so much to nurture Physics and Astronomy North of the Border.

Although I’m of course more than happy to see recognition given to such people, as I did  a couple of years ago I can’t resist stating my objections to the honours system again. One is that the list of recipients  of certain categories of award is overwhelmingly dominated by career civil servants, for whom an “honour”  goes automatically with a given rank. If an honour is considered an entitlement in this way then it is no honour at all, and in fact devalues those awards that are  given on merit to people outside the Civil Service. Civil servants get paid for doing their job, so they should have no more expectation of an additional reward than anyone else. There’s much more honour in a  student who earns a First Class degree than for a career civil servant who gets a knighthood.

Honours have relatively little monetary value on their own, of course so this is not question of financial corruption. An honour does, however, confer status and prestige on the recipient so what we have is a much more subtle form of sleaze. One wonders how many names listed in the current roll of honours are there because of political donations, for example.

I wouldn’t accept an honour myself, but that’s easy to say because I’m sure I’ll never be nominated for one; hopefully this post will dissuade anyone from even thinking of nominating me for a gong. However, I imagine that even people like me who are against the whole system are probably still tempted to accept such awards when offered, as they generate good publicity for one’s field, institution and colleagues.It’s a very personal decision and I have no criticism to make of people who think differently from me about whether to accept an honour.

Congratulations, here and there..

Posted in Biographical, Education with tags , , on June 14, 2013 by telescoper

Well, the academic year has finally come to an end at the University of Sussex. This afternoon we had another marathon meeting of Senate to round off the week and today was also the last day of the examination period; final-year students had their last exams earlier in the assessment period so their papers could be marked and scrutinized in time for yesterday’s meeting of the Progression and Awards Board. Although we were operating under new regulations this year, so there was some nervousness about how it would go, it all went pretty well in the end. The recommendations of the PAB were checked by the University authorities yesterday as I went up to London for an event at the Royal Society and when I returned to work this morning it was my (very pleasant) job to sign off the pass lists and also sign the certificates relating to prizes for outstanding students.

When all was done, the pass list was put up in the foyer of Pevensey 2 at which point a scrum of anxious students formed around it to find out how they’d done. 

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The vast majority of the faces I saw had very happy smiles on them, as I knew would be the case because I had seen the results beforehand and knew how well so many of them had done! Champagne corks popped and prizes were handed out. There then followed a celebratory BBQ outside the building, organized by staff and students. The weather didn’t look very promising, and it remained rather windy – threatening to blow smoke into the building and possibly set off the smoke alarms – but it was a nice occasion.

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Unfortunately I had to leave in mid-party to attend a Senate briefing meeting, followed by Senate itself, which went on from 2pm until almost 6 during which time the Sun came out. The weather thus looked favourably on similar celebrations going on around campus, but not on those couped up in Bramber House for the Senate meeting.

Anyway, as Head of School I’d just like to say congratulations to all this year’s graduating class on their achievement and wish them well as today’s celebrations no doubt continue into the evening and perhaps beyond. I’d also like to all staff in the School for working so hard to get everything done so the students got their results in time and in good order; to the lecturers and examiners for getting their marks in on time; to the PAB members for their diligence in following the procedures; and, above all, to the wonderful staff in the MPS office for their huge contribution to the administration of the process. It’s the first time I’ve been involved in examinations here and the support staff did a fantastic job, sometimes under very difficult circumstances.

Meanwhile, back in Cardiff, similar events will have unfolded there. I don’t know how many of the graduating class from Cardiff University School of Physics & Astronomy are likely to read this blog nowadays. A few did in the past, but have probably stopped now that I’ve left. Just in case, however, I’d like to congratulate them all on their success and express regret that I didn’t see the same kind of smiles on their faces as I did on the Sussex students!

Well, that was the week that was always going to be very busy. Now I’m going to head home, put my feet up and tackle the latest Private Eye crossword. Oh, and maybe a glass or two of wine…

Replacement Plug

Posted in Biographical, Education, The Universe and Stuff with tags , on June 11, 2013 by telescoper

Time moves on. I just noticed that an advertisement has appeared for my old job at Cardiff University.

Faculty Position in Theoretical Astrophysics or Cosmology

(Senior Lecturer/Reader/Professor depending on experience)

The School of Physics and Astronomy at Cardiff University has an immediate vacancy for a permanent faculty position in Theoretical Astrophysics or Cosmology. Applications are particularly welcome from applicants who can work closely with existing observational astronomers in the School.  The position can be at any level from Senior Lecturer to full Professor depending on the experience of the appointed candidate.

 The appointee will be expected to strengthen further the existing programme and have demonstrated a world-class programme of research. The appointee will also be expected to teach theoretical astrophysics and physics courses at undergraduate and postgraduate level.

 Further information about the School may be found at http://www.astro.cf.ac.uk/ and further details about employment at Cardiff University as well as downloadable application forms may be found on the University website at http://www.cardiff.ac.uk/jobs/  under vacancy number 1046BR.

 Informal enquiries regarding this position may be made to Professor Walter Gear, Head of School (Walter.Gear@astro.cf.ac.uk).

If the person that eventually gets the job applies as a result of seeing the advert here it would be rather ironic! I’d consider applying for it myself, but it says the applicant  must “have demonstrated a world-class programme of research”, which clearly rules me out!

The Week Ahead

Posted in Biographical, Education, Science Politics on June 9, 2013 by telescoper

Looking at my calendar I see a very busy few days coming up, so I have to knuckle down and finish a couple of jobs today, as I won’t get time later in the week.

The most important events of the week ahead are various meetings of various examination boards culminating in the PAB (Progression & Award Board) at which final degree classifications are determined. There is a new system in place this year, and it requires the Head of School (i.e. Muggins here) to chair this meeting, which a number of external examiners also attend and which covers Mathematics, Physics and Astronomy.

Of course the decisions made at this Board can have a huge effect on students’ lives and career prospects, so a huge amount of work goes on beforehand: not just checking and double-checking marks, but also ensuring we follow the regulations scrupulously; because I’m new and the regulations have recently been revised, that’s required quite a lot of behind-the-scenes activity. Some will no doubt be disappointed come the end of the week, but at least we do everything we can to make the process as fair as possible.

The PAB take place on Thursday and marks will be released on Friday (14th) at which point the suspense will be over for this year’s graduating students at Sussex and the celebrations can begin..

I suppose the timetable at universities elsewhere is similar. I know it is in Cardiff, where some students I have known for 4 years will also be getting their results next week. I’ll be thinking of them, though obviously I can’t’ be there in person to congratulate them.

Anyway, good luck to all those at Sussex, Cardiff and anywhere else who are eagerly anticipating or completely dreading news next week. Just remember that triumph and disaster are indeed both impostors..

In between all the exams stuff I also have to fit in trips to London for a meeting of SEPNET and a Royal Society event, as well as Senior Management Group and Senate at the University of Sussex.

Then the undergraduate teaching year will be over, though I don’t see fewer appointments my calendar!

Final Goodbyes

Posted in Biographical, Education, Literature with tags , , on June 1, 2013 by telescoper

Yesterday, as the week drew to a close, along with the month of May itself, I found myself in a visitor’s office in the School of Physics & Astronomy at Cardiff University, nursing a hangover, and finishing off a few final matters arising from my time as a member of staff here. I took part in a couple of viva voce examinations for 4th year project students. Now the reports are written up, marks agreed, and paperwork handed in. When I’ve handed in my keys and ID card that will be that. I’ll be back at the University of Sussex next week, having fulfilled my obligations (as best I could) to the students whose interest in their projects outweighed the virtually complete absence of their supervisor for half the year.

The project assessments and the examination period in general at Cardiff  now being over, it’s time for final-year undergraduate students to think about packing up their things and heading out into the big wide world, to return only briefly in July (perhaps) for their graduation ceremony. It seems that no sooner do students’ faces become familiar than they disappear, most of them never to be seen again, and sometimes without so much as a word of goodbye…

I don’t really know why but this reminded me of Brutus’ famous goodbye to Cassius on the plains of Philippi  in Scene V of Julius Caesar:

And whether we shall meet again I know not.
Therefore our everlasting farewell take:
For ever, and for ever, farewell, Cassius!
If we do meet again, why, we shall smile;
If not, why then, this parting was well made.

Tuition Fee Caps

Posted in Education, Finance, Politics with tags , , , , , , , on May 27, 2013 by telescoper

I know it’s a Bank Holiday, but I’ve been thinking…

About a week ago I posted an item arguing that the current system of higher education funding is detrimental to the health of STEM disciplines (i.e. Science, Technology, Engineering and Mathematics). The main reason for this is that present funding arrangements fail to address the real difference in cost of degree courses in various disciplines: the income to a University for a student doing Physics is about £10.5K whereas for a student doing, say, English it is £9K. I would  estimate the extra cost for the former corresponds to at least a factor two and probably more. That’s partly because Physics requires laboratory space and equipment (and related technical support) that English does not, but also because Physics students receive many more contact hours with academic staff.  The issue is just as much about arts students being ripped off (as they undoubtedly are being) as it is a strategic failure to protect the sciences.

The problem is that the Council responsible for distributing funding (HEFCE) is strapped for cash, so is unable to fund STEM disciplines at the higher level of resource that it used to.  Since the government has decided, in its  (finite) wisdom, to transfer most of the cost of higher education to the students, HEFCE can now exert very little influence on how universities plan their portfolio of courses. Since it is a lot cheaper and easier to expand capacity in Arts & Social Sciences faculties than in the more expensive STEM disciplines, this is an incentive for Universities to turn away from the Sciences. Given our economic predicament this policy is simply perverse. We need more scientists and engineers, not fewer.

This morning I read an article in the Times Higher about the present £9K tuition fee cap. Not surprisingly the Russell Group of self-styled “elite” Universities wants it lifted, presumably so its Vice-Chancellors can receive even bigger pay rises. But that’s not the point. The article made me think of a cunning (or perhaps daft) plan, which I’m floating here with the prediction that people will shoot it down through the comments box.

Now before I go on, I just want to make it clear that I’m not – and never have been – in favour of the present funding system. I don’t object to the principle that students who can afford to should contribute to the cost of higher education, but the arrangements we’re stuck with are indefensible and I don’t think they will last long into the next Parliament. It’s telling that, only a decade after introducing tuition fees, Germany is now scrapping them. I’d prefer a hybdrid system in which the taxpayer funds scholarships for STEM disciplines and other strategically important areas, while leaving universities to charge fees for other disciplines.

However, since we’ve been lumbered with a silly system, it’s worth exploring what might be achieved by working within it. There doesn’t seem to be much creative thinking going on in the coalition, and the Labour Party just says it would reduce the fee cap to £6K which would squeeze all academic disciplines equally, without doing anything about the anomalies mentioned above.

My  idea is quite simple. I propose that universities be entitled to lift their fee levels for STEM subjects by an amount X, provide that they reduce the fees for Arts and Social Sciences students by the same amount. The current fee level is £9K for all disciplines, so an example might be for STEM subjects to charge £12K while A&SS (if you pardon the abbreviation) get £6K. That would achieve the factor of two differential I mentioned above.

The advantages of this proposal are that it gives an incentive for universities to promote STEM disciplines and more properly reflects the difference in cost of the different subjects, without increasing the cost to the Treasury. In fact only about 25% of students study in STEM disciplines, at least for the moment, so the cost of fee loans will actually go down

The biggest potential flaw is  that increasing the cost to STEM students would put them off. There’s simply no data on which to base an argument as to whether this would be the case or not. I suspect however that a difference in price would be perceived by many as a difference in value.

Anyway, it’s just an idea. That’s what blogs are for. Thinking out loud as it were. Feel free to object..

The Threat to STEM from HEFCE’s Funding Policies

Posted in Education, Finance with tags , , , , , on May 19, 2013 by telescoper

In my job here as Head of the School of Mathematical and Physical Sciences (MPS)  at the University of Sussex, I’ve been been spending a lot of time recently on trying to understand the way the School’s budget works, sorting out what remains to be done for this financial year, and planning the budget for next year. In the course of doing all that it has become clear to me that the current funding arrangements from the Higher Education Funding Council for England (HEFCE) are extremely worrying for Science, Technology, Engineering and Mathematics (STEM) disciplines.

Before the introduction  of the £9K tuition fees this academic year (i.e. in the `old regime’), a University would receive income from tuition fees of up to £3375 per student and from a `unit of resource’ or `teaching grant’ that depends on the subject. As shown in the upper part of Table C below which is taken from a HEFCE document:

Budgets

In the old regime, the  maximum income per student in Physics was thus £8,269 whereas for a typical Arts/Humanities student the maximum was £5,700. That means there was a 45% difference in funding between these two types of subject. The reason for this difference is that subjects such as physics are much more expensive to teach. Not only do disciplines like physics require expensive laboratory facilities (and associated support staff), they also involve many more contact hours between students and academic staff than in, e.g. an Arts subject.  However, the differential is not as large as you might think: there’s only a factor two difference in teaching grant between the lowest band (D, including Sociology, Economics, Business Studies, Law and Education) and the STEM band B (including my own subject, Physics). The real difference in cost is much larger than that, and not just because science subjects need laboratories and the like.

To give an example, I was talking recently to a student from a Humanities department at a leading University (not my employer). Each week she gets 3 lectures and one two-hour seminar, the latter  usually run by a research student. That’s it for her contact with the department. That meagre level of contact is by no means unusual, and some universities offer even less tuition than that.

In my School, MPS, a typical student can expect around 20 contact hours per week including lectures, exercise classes, laboratory sessions, and a tutorial (usually in a group of four). The vast majority of these sessions are done by full-time academic staff, not PDRAs or PhD students, although we do employ such folks in laboratory sessions and for a very small number of lectures. It doesn’t take Albert Einstein to work out that 20 hours of staff time costs a lot more than 3, and that’s even before you include the cost of the laboratories and equipment needed to teach physics.

Now look at what happens in the `new regime’, as displayed in the lower table in the figure. In the current system, students still pay the same fee for STEM and non-STEM subjects (£9K in most HEIs) but the teaching grant is now £1483 for Physics and nothing at all for Bands C and D. The difference in income is thus just £1,483 or in percentage terms, a difference of just 16.4. Worse than this, there’s no requirement that this extra resource be spent on the disciplines with which it is associated anyway. In most universities, all the tuition income goes into central coffers and is dispersed to Schools and Departments according to the whims of the University Management.

Of course the new fee levels have led to an increase in income to Universities across all disciplines, which is welcome because it should allow institutions to improve the quality of their teaching bu purchasing better equipment, etc. But the current arrangements as a powerful disincentive for a university to invest in expensive subjects, such as Physics, relative to Arts & Humanities subjects such as English or History. It also rips off  staff and students in those disciplines, the students because they are given very little teaching in return for their fee, and the staff because we have to work far harder than our colleagues in other disciplines, who  fob off  most of what little teaching their supposed to do onto PhD students badged as Teaching Assistants. It is fortunate for this country that scientists working in its universities show such immense dedication to teaching as well as research that they’re prepared to carry on working in a University environment that is so clearly biased against STEM disciplines.

To get another angle on this argument, consider the comments made by senior members of the legal profession who are concerned about the drastic overproduction of law graduates. Only about half those doing the Bar Professional Training Course after a law degree stand any chance of getting a job as a lawyer in the UK. Contrast this with the situation in science subjects, where we don’t even produce enough graduates to ensure that schools have an adequate supply of science teachers. The system is completely out of balance. Here at Sussex, only about a quarter of students take courses in STEM subjects; nationally the figure is even lower, around 20%…

I don’t see anything on the horizon that will alter this ridiculous situation. STEM subjects will continue to be stifled as universities  follow the incentive to invest in cheaper subjects and will continue to overproduce graduates in other areas. The present Chief Executive of HEFCE is stepping down. Will whoever takes over from him have the guts to do anything about this anti-STEM bias?

I doubt the free-market ideologues in Westminster would even think of intervening either, because the only two possible changes are: (i) to increase the fee for STEM subjects relative to others; and (ii) to increase the teaching grant. Option (i) would lead to a collapse in demand for the very subjects it was intended to save and option (ii) would involve increasing public expenditure, which is anathema to the government even if it is an investment in the UK’s future. Or maybe it’s making a complete botch of the situation deliberately, as part of a cunning plan to encourage universities to go private?

General Paper

Posted in Education with tags on May 5, 2013 by telescoper

Rummaging through my drawers just now I found the General Paper I took in 1981 to get into Cambridge. I haven’t copied Section A, which involves writing a precis of a rather lengthy article about voting systems, but Sections B and C involve different forms of writing challenge.

I don’t remember which questions I answered, but most of the topics are still interesting and/or controversial enough to be topics for a blog post, at least. Which would you have chosen?

Incidentally, the whole paper was of 3 hours duration and all sections were equally weighted so you would be expected to spend about an hour on each question.

I think we should do much more to encourage science students to develop their writing skills nowadays. I think most present-day physics would find these exercises very difficult, simply because they don’t get enough practice at putting pen to paper (or even fingers to keyboard).

If you are feeling keen, and have an hour to spare, feel free to submit a piece through the comments box!

Time starts now…

Should the passive voice be avoided?

Posted in Education with tags , , , , , on May 1, 2013 by telescoper

It’s another very busy day (as well as another lovely one) so I thought instead of sitting indoors this lunchtime writing a typically verbose blog item I’d just pick something out of my back catalogue and give it another airing because it deals with something that’s come up a couple of times recently.

This is the time of year when final-year students are drafting their project reports. Yesterday I was back in Cardiff giving feedback on two such articles.  I usually quite enjoy reading these things, in fact. They’re not too long and I’m usually pretty impressed with how the students have set about the (sometimes quite tricky) things I’ve asked them to do for their project work. I think the project report is quite a challenge for UK physics students because they generally haven’t had much practice in putting together a lengthy piece of writing before or during their university course, so haven’t developed a style that they feel comfortable with and are often unfamiliar with various conventions (such as reference style, punctuation of equations, etc). Some of these are explained in quite a lot of detail in the instructions the students are given, of course, but we all know that only girls read instructions….

The thing that strikes me most forcibly about the strange way students write project reports is that they are nearly always phrased entirely in the passive voice, e.g.

The experiment was calibrated using a phlogiston normalisation widget….

I accept that people disagree about whether the passive voice is good style or not. Some journals actively encourage the passive voice while others go the opposite way entirely . I’m not completely opposed to it, in fact, but I think it’s only useful either when the recipient of the action described in the sentence is more important than the agent, or when the agent is unknown or irrelevant. There’s nothing wrong with “My car has been stolen” (passive voice) since you would not be expected to know who stole it. On the other hand “My Hamster has been eaten by Freddy Starr” would not make a very good headline.

The point is that the construction of a statement in the passive voice in English is essentially periphrastic, in that it almost inevitably involves some form of circumlocution – either using more words than necessary to express the meaning or being deliberately evasive by introducing ambiguity. Both of these failings should be avoided in scientific writing.

Apparently, laboratory instructors generally tell students to write their reports in the passive voice as a matter of course. I think this is just wrong. In a laboratory report the student should describe what he or she did. Saying what “was done” often leaves the statement open to the interpretation that somebody else did it. The whole point of a laboratory report is surely for the students to describe their own actions. “We calibrated the experiment..”  or “I calibrated the experiment…” are definitely to be preferred to the form I gave above.

That brings me to the choice of pronoun in the active voice. One danger is that it can appear very bombastic, but that’s not necessarily the case. I don’t find anything particularly wrong in saying, e.g.

We improve upon the technique of Jones et al. (1848) by introducing a variable doofer in the MacGuffin control, thereby removing gremlins from the thingummy process.

But the main issue is whether to use the singular or plural form. It can be irritating to keep encountering “I did this..” and “I did that..” all the way through a journal paper, and I certainly  would feel uncomfortable writing a piece like that in the first person singular. I think it feels less egotistical to use “we”, even if there is only one author (which is increasingly rare in any case). If it’s good enough for the Queen it’s good enough for me! However, I just looked “we” up in Chambers dictionary and found

..used when speaking patronizingly, esp to children, to mean `you’.

which wasn’t at all what I had in mind!

However in the case of a student project that I’m assessing I actually want to know what the particular student  writing the report did, not what was done by person or persons unspecified or by a group of uncertain composition. So I encourage my students to put, e.g.,

I wrote a computer program in 6502 Assembly Language to solve the Humdinger equation using the Dingbat-Schnitzelgruber algorithm.

I also (sometimes) like “we” when there’s, e.g., a complicated mathematical derivation.  Going  line by line through a lengthy piece or difficult technical argument seems friendlier if you imagine that the reader is trying to do the calculation along with you as you write it:

if we differentiate the right hand side of equation (8), use the expression for x obtained in equation (97), expand y in a power-series and take away the number we first thought of we find…

The “we” isn’t necessarily an  author with delusions of grandeur (or schizophrenia), but instead denotes a joint operation between author and reader.

Anyway, to resume the thread, it seems to me that sometimes it is appropriate to use the passive voice because it is the correct grammatical construction in the circumstances. Sometimes also the text just seems to work better that way too. But having to read an entire document written in the passive voice drives me to distraction. It’s clumsy and dull.

In scientific papers, things are a little bit different but I still think using the active voice makes them easier to read and less likely to be ambiguous. In the introduction to a journal paper it’s quite acceptable to discuss the background to your work in the passive voice, e.g. “it is now generally accepted that…” but when describing what you and your co-authors have done it’s much better to use the active voice. “We observed ABC1234 using the Unfeasibly Large Telescope..” is, to my mind, much better than “Observations of ABC1234 were made using..”.

Reading back over this post I notice that I have jumped fairly freely between active and passive voice, thus demonstrating that I don’t have a dogmatic objection to its use. What I’m arguing is that it shouldn’t be the default, that’s all.

My guess is that a majority of experimental scientists won’t agree with this opinion, but a majority of astronomers and theoreticians will.

This guess will now be tested by reactivating an old poll..