Unwritten Rules

Last week I had a meeting with a professorial colleague, a woman from a Humanities Department who is heading up a working group within the university. We were discussing how to ensure she got the information she needed and I suggested she wrote to the Heads of School (who in other universities might be known as Deans or Faculty Heads). Oh, she said, she hadn’t thought of that, of approaching people herself. She supposed that would be OK rather than relying on people in the administration to try to extract information from reluctant heads of departments. It made me realise how much we are conditioned by rules that don’t exist. We – and I don’t just mean women here, although this case involved one – assume that there is a correct way of doing things and that upon occasion, if we aren’t given explicit permission or the structures make it obvious, we may therefore end up assuming that it isn’t ‘done’ to ask, to push, to try to achieve some end.

Socially, rules have always existed and typically they were unwritten. Read Victorian novels and there is so much about convention (for women at least) regarding hours of visiting, how many yards of crape a widow had to wear for how many months, whom you could leave a visiting card with and the etiquette of who partnered whom at formal dinners. Thank goodness we have moved past that. (Read Georgette Heyer and the tricky question for men in the Georgian era seemed to be how they tied their cravats, but that is not necessarily an accurate assessment of the mores of the day.)  Part of a young girl’s upbringing in the past was to educate her in these tricky social conventions. For most of us in academia there is no similar education, but still, I suspect we all continue to believe that other people know the appropriate way to behave under all circumstances, and it is only ourselves who are in a fog.  This is, I suppose, merely another manifestation of the impostor syndrome, but it matters because it causes us to hang back and be less effective than we should be.

In my own university we are very democratic, the phrase used (overly used I would say) is we are a bottom-up university; this could be translated as anything goes. I have come across eminent professors from the US who see Cambridge as an attractive place to be enticed to come to specifically because we have the freedom to find our own paths without too much structure hemming us in or too many bureaucrats driving the agenda. But that presupposes people are willing to use this freedom – for instance to obtain evidence for a working group as I mentioned at the outset. And not everyone has the chutzpah to do it – or even recognize they lack it.

I can’t help thinking about this in the context of the discussion that obviously transpired at SCIO11 (I wasn’t there) and the various blogposts thereafter exemplified by Kate Clancy in her article which discussed whether women behave differently from men in the blogging sphere.  (This debate has been continued across many blogs and I don’t want to get into the specifics so ably covered in these posts.  Many of the pertinent comments are summarised by Daniel Lende here)  All the evidence supports the view they do, and in large part it is because what women somehow believe is suitable behaviour differs from male beliefs. Reading the comments it is clear that my own beliefs also tie in with the position of the majority of women. But no one has told us this is what to do, it is just a natural extension of what seems appropriate to us in many other situations. We appear to believe rules exist that actually don’t, but we are sufficiently conditioned we act as if they do. In the specific case of the blogging/tweeting domain, as highlighted by Ed Yong‘s comment covered in Kate Clancy’s post, the issue was asking for one’s blog post to be retweeted, for instance by a direct message to someone such as Ed. I think the mantra would be ‘Nice girls don’t ask’. But it could apply equally well to many situations way beyond that of blogging but pertinent to academia: asking for a slot as an invited speaker – or even to give a plenary talk – at some key conference or seeking an invitation to serve on some high level committee.  Of course, many men wouldn’t consider making requests along these lines either and possibly for exactly the same reason: it would be forward.

So I believe the discussion of the behaviour of bloggers is only one specific example of how we assume a certain type of behaviour is appropriate or acceptable without ever realising – until it is spelt out clearly and often accidentally in passing during some general conversation  – that not everyone takes the same view. This is where mentoring is so valuable. It offers a friendly voice who can say ‘why don’t you….ask for a promotion, a pay rise, a slot at that big conference, a bigger office, a graduate student…’. It provides the validation that it is OK to ask which may make all the difference.  It opens one’s eyes to the fact that the reason progression seems slow is that other people are rushing in where you didn’t know you were allowed to tread.

The ASSET survey, that I have discussed previously, showed that the percentage of women who claimed to be aware of the procedures and criteria surrounding promotion was lower than for men. Is this because their heads of departments weren’t discussing it with them? Or because they lacked a mentor who thought to bring it up? Perhaps men simply assumed they knew the procedures when they asnwered the question and women didn’t make the same assumption? But it might also be because the women weren’t seizing the bull by the horns and taking steps to find out since they didn’t think it was appropriate unless someone tipped them the wink. The survey doesn’t give us that information but I wouldn’t be surprised if the latter applied to at least some of the respondents.

In academia, in the blogosphere, in our daily lives we are bound by rules but some of them are of our own construction, and they may be severely limiting.  We, perhaps particularly women, need to check that our actions are indeed not being unnecessarily constrained by our unfamiliarity with custom creating artificial boundaries.  Of course, we will still always find occasions when we are tripped up. Shortly after I became an FRS I was serving on a Cambridge Board of Electors for a named chair, the first time I had been involved in such a process. The chairman turned to me early on in the meeting and said to me ‘Right, let’s ask the newest FRS here what she thinks of all the candidates’ and I was floored. I had no idea how such meetings ran, and consequently whether I was supposed to provide a thumbnail sketch of each candidate or a long eulogy on my preferred one. I think in the event I was commendably, although probably unhelpfully, brief. And I am sure the chairman did this to me deliberately to disconcert me, as a trivial exercise of power.  It hardly mattered, but it was embarrassing at the time.

Rules are a way of knowing what to do and where at all possible – and knowing your own university’s promotion criteria is a clear example where it is possible – we should seek out all the information we can. That at least will minimise the constraints upon us.  It is for this reason that the Athena Forum drew up a set of 10 questions that early career researchers should be asking themselves in order to empower them to progress. This was  in the form of  a bookmark, with the hope that institutions and organisations would locally ‘personalise’ them with relevant websites and resources. Few did, but more information was also provided on the Athena Forum website.

Beyond explicitly seeking guidance where we can, all we can do is watch others and try to deduce if they are playing by a different set of rules. If they are, then we need to challenge what we believed was the status quo. And that takes courage – and the assistance of others (such as Ed Yong in the female science bloggers case) – to identify where our assumptions are leading us astray and quite possibly holding us back.

Posted in Communicating Science, Science Culture, Women in Science | Tagged , , , | 14 Comments

Publish and Be Damned

In this age of h indices and impact factors, the choice of where to publish seems to get ever more important and complex.  It used to be, as a physicist, the place to publish was PRL – or at least that was the general belief. I never subscribed to it, well I wouldn’t would I, given that I have never published a paper there. I used to get cross  when hearing statements such as so-and-so couldn’t be promoted/appointed whatever because they hadn’t a PRL to their name because I believe these things are sub-discipline-dependent.  I also got cross when, as an RAE panel member, I had to wade through turgid PRL’s because people (wrongly) assumed that a paper in such a ‘high impact’ journal would necessarily score better than a paper somewhere else. They should have read the small print which said clearly that where the paper was published would not be used as a criterion, only the quality of the paper.  The challenge of where to publish interdisciplinary work is even more acute, and the problems I alluded to about obtaining funding for interdisciplinary working here equally apply to publishing interdisciplinary papers , as  rpg pointed out in his comment on  that post.
When I worked on starch (work I discussed briefly here) I was always perplexed. If I published in a physics journal I could talk about the neat physics but not the relevance; if I published in food journals I got no brownie points in my department but the people who were probably going to use the results were more likely to find the paper; occasionally (through collaborations) I got to publish in ‘real’ biological journals, when the consequences of genetic mutations on the structure were studied. I came to the conclusion one really had to publish everywhere, even if sometimes this meant taking the same, or at least similar, data and publishing it in  different contexts and with different emphases to suit the particular journal.  More recently I have been facing exactly the same issues over the work I do on protein aggregation.

This work started off as an environmental scanning electron microscopy study of protein aggregation in the context of foods, more specifically whey proteins from milk. It rapidly transformed (the joys of research leading you into strange corners of the landscape) into something quite different with an emphasis on the generics of protein aggregation. We observed the appearance of a new type of aggregate we termed a spherulite, because of its optical similarity to the spherulites found in semi-crystalline polymers such as polythene (as in polythene bags: try looking at one under crossed polarisers and you will see something remarkably similar to the beta-lactoglobulin spherulite that decorates the left hand side of the bar across the top of my blog, although to be precise the latter is viewed with an additional lamda plate inserted). From there it was, as a physicist, but a short step to the aggregation that underlies diseases such as Alzheimer’s Disease and recently, in a collaboration with bioinorganic chemists from Keele (notably Chris Exley) I published my first paper in the Journal of Alzheimer’s Disease. Not the average first port of call for a physicist, but clearly the right place for this particular piece of work.  I give a bibliography below, to demonstrate the breadth of places in which I feel a need to publish.

For new researchers setting out on their career, it is a daunting task, trying to navigate through this minefield.  Should one aim for the high impact journals and risk a series of rejections (in the case of somewhere like Nature, mercifully these usually come very fast) as one cascades down the impact factor ladder, or should one play safe and get a nice solid paper published in a nice solid uninspiring journal?  Should one hold off publishing results to aim at a superlative paper, risking someone pips you to the post – particularly if you work in a hot, topical area – or go for something less wonderful but which gets your name into circulation rapidly and which can then possibly be followed up by further similarly worthy papers. If you follow this path you can opt for the route I describe above, of spreading your favours around different flavours of journal and so, if you are lucky, get the same overall recognition from the breadth of coverage.  I personally favour the latter approach. If you have those beautiful results with a complete accompanying theory – the sort of paper we all dream of but rarely accomplish – then aim for the top. But otherwise, for the benefit of both the PI and the student whose thesis chapters and whose future career we are likely to be talking about, I think getting work out into reputable-but-not-necessarily-top-flight journals is likely to be a better strategy.  And then, for interdisciplinary work, you can play the double entry card of two papers stressing different aspects for each journal.

Sometimes one can be mischievous about this too.  The only paper I ever published with Sir Sam Edwards (whom I described previously here) was on carrots. Yes, carrots. My contribution arose from a project to develop tools to study the mechanical failure of vegetables, using environmental scanning electron microscopy, and we (Brad Thiel and I) concentrated on carrots. Sam, with another theoretical colleague from my department Mark Warner, were working on theories of ‘filled foams’ ie foam structures containing fluids and carrots are an excellent example of these. So, our experiments and their theory came together on this and we published a joint paper in PNAS.  My mischievousness manifested itself in submitting this paper to the 2001 RAE, since I thought the physics panel should be educated that vegetables are an appropriate topic for physicists and after all, PNAS is one of those high impact journals that people care about. However, I suspect (with the hindsight serving on the 2008 panel gave me) this probably backfired; carrots probably just turned people off despite the elegance of Mark and Sam’s theories. Luckily I will never know!

A scalpel blade is driven through carrots, and imaged in the environmental scanning electron microscope: a) fresh ; b) aged one week and c) aged 3 weeks. The carrots get progressively mushier and the failure changes accordingly. From BL Thiel and AM Donald - 1998. Annals of Botany 82 727-33.

Relevant Selected Bibliography

Starch

RE Cameron and AM Donald- 1993 Carb Res 244 225-236. A small angle Xray scattering study of the absorption of water into the starch granule.

RE Cameron and AM Donald – 1993   J Poly Sci. 31 1197-1204.  A small angle Xray scattering study of starch gelatinisation in excess and limiting water.

TA Waigh, MF Butler, I Hopkinson, F Heidelbach, C Riekel and AM Donald – 1997 – Macromolecules 30, 3813-20.  Analysis of the native structure of starch granules with X-ray microfocus diffraction. – which featured as a News and Views Article in Nature

SJ Livings, C Breach, A C Smith and AM Donald – 1998. Carb Poly 34 347-55.  Physical Ageing of Wheat Flour Based Confectionery Wafers.

TA Waigh, PA Perry, C Riekel, MJ Gidley and AM Donald -1998. Macromolecules 31 7980-4.  Chiral side chain liquid crystalline properties of starch.

S Zeeman, A Tiessen, E Pilling, L Kato, AM Donald and AM Smith – 2002.  Plant Physiology 129, 516-29.  Starch synthesis in Arabidopsis; leaf starch is fundamentally similar to storage starches.

DC Fulton, A Edwards, E Pilling, HL Robinson, B Fahy. R Seale, L Kato, AM Donald, P Geigenberger and AM Smith – 2002.  J Biol Chem 277, 10834-41.  Determination of Starch Granule Morphology in Potato.

Carrots

BL Thiel and AM Donald – 1998. Annals of Botany 82 727-33.  In situ mechanical testing of fully hydrated carrots (daucus carota) in the environmental SEM.

M Warner, BL Thiel and AM Donald – 2000.  Proc Nat Acad Sci. 97 1370-5. The elasticity and failure of fluid-filled cellular solids – theory and experiment.

BL Thiel and AM Donald –2000. J Text Stud 31 437-55.  Microstructural failure mechanisms in cooked and aged carrots.

Protein Aggregation

MRH Krebs, CE MacPhee, AF Miller, I Dunlop, CM Dobson, AM Donald – 2004.  PNAS 101, 14420-4.  The formation of spherulites by bovine insulin amyloid fibrils.

MRH Krebs, EHC Bromley and AM Donald –  2005.   J Struct Biol, 149, 30-37.  The binding of thioflavin T to amyloid fibrils: Localisation and implications.

SS Rogers, P Venema, L Sagis, E van der Linden, AM Donald – 2005.  Macromols 38, 2948-58. Measuring the Length Distribution of a Fibril System: a Flow Birefringence Technique applied to Amyloid Fibrils.

SS Rogers, MRH Krebs, EHC Bromley, E van der Linden and AM Donald – 2006.  Biophys J 90 1043-54.   Optical microscopy of growing insulin amyloid spherulites on surfaces in vitro.

EHC Bromley, MRH Krebs and AM Donald – 2006.  EPJE 21 145-52. Mechanisms of structure formation in b-lactoglobulin near the isoelectric point.

SS Rogers, P Venema, JPM van der Ploeg, E van der Linden, LMC Sagis and AM Donald  – 2006.  Biopolymers 82, 241-52.  Investigating the permanent electric dipole moment of b-lactoglobulin amyloid fibrils, using transient flow birefringence.

MRH Krebs, G Devlin and AM Donald – 2009. Biophys J 96 5013-9. Amyloid fibril-like structure underlies the aggregate structure across the pH-range for beta-lactoglobulin

MRH Krebs, KR Domike and AM Donald  – 2009. Biochem Trans 37, 682-6. Protein aggregation: more than just fibrils.

C Exley, E House, JF Collingwood, MR Davidson, D Cannon and AM Donald – 2010. J Alzheimers Disease 20 1159-65. Spherulites in Abeta 42 in vitro and in Alzheimers Disease.

V Fodera and AM Donald 2010.  EPJE 33 273-282.  Tracking the heterogeneous distribution of amyloid spherulites and their population balance with free fibrils.

Posted in Biological Physics, Communicating Science, Interdisciplinary Science, Research | Tagged , , , , , | 18 Comments

What’s Sauce for the Goose….

Ah hubris! In my last post I discussed confidence, and tricks that anxious students and interviewees might care to practice so that, whatever their internal tremors, they can come across as cool and confident.  I am sure that read as if I had mastered all these skills. However, bizarrely, I found myself in exactly the same position as any nervous beginner speaker just a couple of days later, and had occasion to rehearse my own advice. The situation – a day of media training at the Royal Society which exposed all my own failings writ large on film as I attempted to master the skills required to cope with challenging/hostile live interviews. Helpfully, the Royal Society was giving me the opportunity to practice, not in front of the cat as I suggested previously, but in front of several members of their Press Office and a video camera. It was an exhausting and disturbing experience, but at least it reassures me the advice I was offering with such superiority a week ago was in fact sensible.  (And in case you’re wondering this is very different from giving a lecture or seminar, so the skill set required is not at all the same.)

I have become the Royal Society’s Education Committee Chair and next month a report is being published which is anticipated may raise interest amongst the media. Hence the Royal Society felt the need to convert me from a rank amateur to someone who looks as if I know what I’m doing if I end up on some Breakfast TV channel. Look back at what I said:

The very act of articulating sentences shows up where they are confused

– definitely; yes I found that out pretty fast (I had had very short notice to master my brief)   and…..

when they simply can’t pronounce a crucial word

– in my case it was remembering the meaning of acronyms that completely threw me and left me looking helpless on camera. Also

some questions will be obvious, but others will come from left-field

– well left-field is definitely what interviewers set out to do and my mock-interviews contained some of those questions. Of course, I needed to be taught the politician’s skill of not answering such questions but to come back with something along the lines of ‘well that’s a very interesting question, but what the report actually discusses is…’ and get safely back onto my prepared script.

I had altogether 4 mock interviews in different formats – there is a different style required for a full live interview compared with a pre-recorded one where basically all that is being looked for is a soundbite. The latter is in some senses easier because you can stop dead in your tracks and say, sorry I fluffed that and start again as you can’t on live TV, but it is no more natural. In order to get an appropriate stand-alone soundbite it is important to repeat the question  – since the interviewer will not be heard – and this feels very artificial. This is not like a conversation between friends. Nevertheless, with some drilling it can feel a slightly more intuitive thing to do.

After 4 mock interviews, two each in the different formats, all of which were dissected minutely, I was totally shattered. I was also somewhat more confident, with the consequence that my body movements got more relaxed: I looked less like I was being prepared for execution but more like I was slightly tipsy – there must be a happy medium somewhere in between. There is something deeply disconcerting about having the video frozen at the very moment when your mouth is agape and your eyes rolling – funny how they always managed to stop it at just such a moment. But, before I was allowed to make my escape there was just one more thing to do – a podcast for the Royal Society’s website which will appear, I fear, on the day of the press release. So from novice to (relative) expert in a few easy steps and several exhausting hours. But, at least I now know that I am capable of giving good advice to myself (and to the readers of my previous post) – and have appreciated that in the next few weeks I must master my brief, my acronyms and my statistics so I can come across with a calm exterior, hopefully without blushing and that any nausea will be entirely invisible. In this case everyone may yet have a chance to spot just how well – or otherwise – I do.

Nervous students note, professors aren’t without their own weak spots and it’s never too late to improve one’s skillbase.

Posted in Communicating Science, Education, Science Culture, Uncategorized | Tagged , , , | 7 Comments

Blushes and Bluster

Last week I participated in the Eureka Live debate on Women in Science at the Wellcome Collection in London.  My fellow panellist Ottoline Leyser, spoke passionately in favour of being positive. (Ottoline, you may recall, is the author of that wonderful collection of life vignettes in the booklet Mothers in Science downloadable here; she has just  moved from York to my own university.)  She highlighted how negatively the media often presents scientists and science and how damaging that is for encouraging students to pursue science at school and university. It also too often translates into conveying the view that combining children and careers for women is just too damn difficult – something readers of this blog will know I get worked up about too, as discussed here and here.  Pessimism is something that fuels and amplifies lack of confidence, creating a destructive vicious circle. Confidence was a topic that was brought up by one of the audience in the Q+A session at the Eureka debate and I’d like to consider it further here.

It is often stated that girls and women lack confidence more than men but confidence comes in many guises and in academic science there are different ways a lack – or indeed an excess – of confidence can manifest itself.  I can think of examples of blushing, shy PhD students who feel sick before giving a seminar who then come across as strong and confident when it comes to the actual talk and give an incredibly polished performance.  I can think of students who appear to be totally sure of themselves in one-to-one situations, who then fall to pieces and stumble when giving a public presentation and stammer themselves to a standstill in the subsequent question session. As it happens the examples I have in mind are in fact women in the first group and men in the second, but that’s not necessary (although I suspect the blushing bit probably is biologically more likely to be women).  Indeed I also know an eminent male professor, now much in demand as a charismatic public speaker, who as a young man stammered so badly he could hardly spit out his own name at times.

Then there is the person who is internally entirely sure of themselves, but feels no need to put themselves forward in meetings, simply exuding a quiet assurance, and whose presentations are understated.  Finally there is the person who has (apparently) great self-confidence and can talk the hind legs off a donkey and yet, when pressed hard, you realise that their fundamental understanding is somewhat dodgy. The trouble is, you don’t always get the chance to press hard and may consequently be misled – and this is the character I am most concerned about because too often they are the ones who land the jobs. I have heard members of appointments committees fret after the event did they get it right, or were they bamboozled by the fast-talking bluster (not, I am glad to say, any I have actually sat on).  What these personality outlines show is that there are a variety of different ways actual and apparent self-confidence can manifest itself – what you see is far from always the underlying truth of what you’ve got in front of you. I think one mustn’t be too glib about this subject if trying to find ways to encourage young scientists to succeed, or assume a lack of self-confidence is the sole preserve of women.

I don’t have scientific papers to quote here but, the saying always goes that men are more inclined to take risks whereas women are risk averse. I have heard this in so many different guises that I assume it is more than anecdote, and it was raised again at the Eureka debate.  The times I have heard anxious comments made about the appointments’ committees I have to say it is the form of ‘were we fooled by that man who came across so well compared with that understated woman?’ But these characteristics can cut both ways: I was reading paperwork today which said of a male professor’s research that it

‘does not always get the attention and recognition it deserves.  This is in part due to his modesty relative to his peers in this highly competitive field’.

However, I will keep this discussion on confidence gender-neutral and allow readers to make their own attributions if they want. When discussing confidence-building what should we actually be aiming at in our training exercises? If you feel internally a great lack of self-confidence what is the best strategy for success?

The sine qua non, the absolute minimum, has to be the ability to communicate clearly and audibly. Sounds obvious, but admissions interviews in Cambridge are complicated when students turn up so frightened they can’t string a coherent sentence together. You cannot possibly judge a person under those circumstances, and yet you are forced to. By later career stages – interviews for a PhD, a post-doc or a lectureship – the candidates will have moved on a bit, but nevertheless nerves can get the better of most of us at times.  I always tell my students giving presentations to practice, out loud, perhaps with the cat for audience if they can’t face a fellow human in the room, what it is they want to say. The very act of articulating sentences shows up where they are confused, their powerproint presentation has a vital link or diagram missing or when they simply can’t pronounce a crucial word (personally I always try to avoid the word phenomenological which, not only do I have trouble spelling without a spell-checker, I always have trouble speaking out loud).  But interviews are harder to prepare for: some questions will be obvious, but others will come from left-field. So this is when other strategies come into play. Take your time, ask the panel to repeat the question, rephrase and repeat to check you have understood it correctly – all this gives time to suppress that momentary panic and get some logical thoughts together.

But style, how do you cope with that?  One thing that coaches work on is body language, and that is really about a set of tips that convey confidence whether or not it exists. I am told – though I haven’t mastered this one – that when giving a lecture there are correct and incorrect ways to use the hands and, just to be subtle, these are different for men and women. I am afraid when I heard all this, saw the demos of what is meant to look convincing, what looks more like Maggie Thatcher and what looks like a timorous wreck I just gave up. It was too complicated. But maybe I’m too old a dog to learn these new tricks (I only came across this last year) and if you’re exposed to this before becoming set in your ways maybe it will work. Much simpler are ideas of where to look – at the audience of course, not your feet nor the screen (in a seminar) or the clock. But my trick on this is to look at the audience in a very impersonal sense, usually somewhere above their heads such as the back wall so I don’t have to make eye contact with anyone. In an interview, though, eye contact is almost essential or you just look shifty.

I am sure professional coaches could give a much longer list of do’s and don’ts, that isn’t really my aim here. What I want to say is that self-confidence of the sort that can get you through tricky situations is something that can be simulated, whether or not accompanying internal self-confidence is acquired simultaneously or at all. If you feel a great hole at your centre, as many highly successful scientists most certainly do (remember the impostor syndrome? I suspect it is almost ubiquitous amongst academics), you can still put on a pretty convincing act if you search out tips and practise. More worryingly, what I don’t have an answer for is  how – for the senior scientists doing the ‘judging’ – we can develop appropriate antennae to spot the person who exudes everything positive; who clearly doesn’t have a hole at the centre and yet they really, really should have one because their actual skills are much weaker than fellow candidates who are merely nervous or insecure.  Nevertheless, the key thing if you do lack self-confidence is not to let it undermine your accomplishments, but learn to fake an inner strength when in public.

Posted in Communicating Science, Science Culture, Women in Science | Tagged , , , | 6 Comments

Do Scientists Believe in Luck?

I wrote previously about the results of the national ASSET survey into attitudes of men and women working in SET departments. Recently I have been looking at the results specifically for my own university. It is harder to make sense of these, since numbers in any given part of the university are relatively small and statistical significance is therefore much reduced. Nevertheless it is tempting to tease out whether biologists really do have a different culture from physical scientists or perhaps medics. I won’t spill any beans about my own university (not least because I haven’t checked the stats), but the wealth of data we have available to us makes for intriguing reading. I hope all universities which had high numbers of returns will be similarly analysing what the data shows for them locally.

One particular question asked respondents to say which activities and factors they perceived to have contributed to past career success from the list:

  • Hard work
  • Research publications
  • Work on high profile/successful research project
  • Ability to attract PhD students
  • Luck
  • Size of grant income

Everyone – strictly speaking about 98% -thought hard work was instrumental; one wonders what the other 2% thought or get up to. Of the other factors, academic men uniformly attributed a higher weight to each of them than academic women, which is slightly curious in itself (the difference was less marked for postdocs, with female postdocs actually weighting work on high profile projects higher than males); research publications were the second highest scoring for both sexes. But here I want to consider the role of luck in career trajectories. Amongst the academic staff 56% of women and 67% of men felt it had been a significant factor in career success, with corresponding figures of 65% and 66% for female and male postdocs.

Self-help books would have it we make our own luck, so it is interesting that so many scientists are willing to admit that maybe they had a bit of random help on their way, and men even more so than women (at least amongst the established academics).  I find this quite heartening, that as a group we are not too hard-boiled or arrogant to admit that our successes are not simply down to innate brilliance and hard work. One could categorise different kinds of luck. My immediate list would include:

  • Being in the right place at the right time;
  • Not throwing away the experiment that didn’t do what one expected or accidentally making a mistake in an experiment which then proved illuminating;
  • Random networking turning into future job openings or collaborations or other opportunities.

I expect readers can expand that list, and these three items probably reflect items of ‘luck’ that I think have happened to me.  The third one is the one that I suspect the self-help books would say was part of the hard work of making one’s own luck. If you don’t do the legwork of networking, of making contacts at each and every opportunity – be it at a conference, in the tea-room or waiting on a station platform – then you might be deemed to be wasting opportunities for success. Nevertheless, the frustrated might feel they’ve done all the hard graft they can as postdocs at conference poster sessions without anything transpiring to their advantage, and thus an element of luck remains.  The second item on my list you could also say was not luck pure and simple, but indicated good judgement, a thoroughness in experimental procedure or innate intuition in dealing with the unexpected.

However the first one surely is really where luck comes into play. In my own career I feel this has happened at least twice. Firstly when as a postdoc I needed to stay in the US for a third year so that my husband could finish his PhD after I’d had 2 disastrous years on a very unsuccessful project concerned with X-ray and electron diffraction of grain boundaries in metals.  Being offered a project on polymers (again using electron microscopy) was a lifeline, but hardly one at the time I expected to transform me into a career academic from a very disenchanted postdoc just wanting to leave science and become a stay-at-home mum. But that’s what happened. Later on, when back in Cambridge on a research fellowship, a job opening arose because a colleague decided to return to his home country of Israel, thereby freeing up a position. There I was, on the spot, working in the right field so that I was able to secure a lectureship at a time when they were like gold dust – and here I have been ever since. Both those turning points in my life I would say were down to luck; particularly in the first case, not a carefully worked through decision so much as a choice of necessity due to the need to find a salary and a job to give me a visa. However, it wasn’t luck that turned both opportunities into something that enables me now to say they were turning points, and that again is no doubt what those fast-selling self-help books would say. Luck is what you make of it.

Nevertheless I think it is rather wonderful that so many of us are willing to admit to luck playing a significant part in our lives and our successes. If the ASSET survey is to be taken at face value we believe luck is more important than the size of our grant income or the ability to attract PhD students. Would you have expected that?

The data for the ASSET survey can be found at here.

Posted in Research, Science Culture | Tagged , , , | 19 Comments