Physicist Peter Higgs: No University Would Employ Me Today
An anonymous reader writes "Peter Higgs, the physicist who laid the groundwork for the discovery of the Higgs boson and winner of the 2013 Nobel Prize in Physics, says he doubts any university would give him a job today. Higgs says universities wouldn't consider him productive enough — though the papers he published were important and of high quality, he didn't have the volume necessary for serious consideration in today's competitive employment environment. 'He doubts a similar breakthrough could be achieved in today's academic culture, because of the expectations on academics to collaborate and keep churning out papers. He said: "It's difficult to imagine how I would ever have enough peace and quiet in the present sort of climate to do what I did in 1964." Speaking to the Guardian en route to Stockholm to receive the 2013 Nobel prize for science, Higgs, 84, said he would almost certainly have been sacked had he not been nominated for the Nobel in 1980.' His comments highlight the absurdity of the current system for finding researchers in academia. How many researchers of Higgs' caliber have been turned down for similar reasons?"
That ruins tenure.
"First they came for the slanderers and i said nothing."
That's the way it is. Keep the research papers churning, regardless of how utter crap they are, and more importantly keep the research grants flowing.
I remember the BBC did a programme a few years ago asking why people are so sceptical about science these days. This is exactly why.
Doing actually good research takes a lot of time. It is a sure way to not get tenure or to not even being considered for a position in the first place. It starts with your PhD taking longer than the ones of the streamlined cretins that never will have a deep though in their whole career. Academic research is pretty much dead at this time, what is being done is industrial research on the cheap and often with very low quality.
Most ACs are not even worth the keystrokes to insult them. Be generically insulted by this and ignored otherwise.
You completely misunderstand what this is about. The problem is that productivity is measured in number of publications, regardless of quality of said publications. Anything that can scape by the reviewers, often in a 3rd or 4th attempt counts. The guy that gets all his stuff published on the first attempt, because it is actually good, does not stand a chance, because he will never get the numbers.
The problem is that low quality publications actually represent negative productivity.
Most ACs are not even worth the keystrokes to insult them. Be generically insulted by this and ignored otherwise.
Me too. I'm a certified awesome bad ass ninja genius. But egghead academics think i should write papers and grant proposals instead of saving religious artifacts from nazis that will try to use them to win the war.
Go to most science and engineering departments in the U.S. today, and you'll find senior faculty members sitting on P&T (promotion and tenure) committees who would never qualify for tenure if they were judged by the same standards they apply to junior faculty. You'll meet assistant professors who've published more journal papers in two years (and brought in more research money) than a full professor has done in his entire career, while being told it isn't good enough by the P&T committee.
That double standard is not lost on the younger faculty, nor does not make them happy. To add insult to injury, the younger faculty generally tend to be better teachers, as well. It is a topsy-turvy world where the people in charge are often the least qualified of anyone there.
"Peter Higgs, the physicist who laid the groundwork for the discovery of the Higgs boson and winner of the 2013 Nobel Prize in Physics"
Actually he shared the price with François Englert who (at least) equally worked on the boson.
Slashdot, fix the reply notifications... You won't get away with it...
Making sure someone is constantly busy in any intellectual field is a sure-fire way to kill any hope of creativity. The best ideas often come from moments when you can just clear your head completely or just play around with ideas on your own without worrying about your productivity. Modern society seems to have forgotten this.
Happy people make bad consumers.
This reminds me of my Health class in high school. At the end of the semester (it was a 1-semester class only, usually the other semester was used for driver's ed), the crazy old teacher gave everyone a grade on their notebook. His method for determining the quality of your notebook? The number of pages in it. I got a bad grade, because I wrote small and had few pages, even though I wrote down everything important. The guy next to me had giant writing, and filled up a bunch of pages just writing "Health is cool!" and got a high grade.
You think Universities would be more intelligent in their rating of professors than some idiotic old gym coach, but apparently not.
You've got it backwards - reviews tend to improve scientific work.
http://www.nature.com/news/rejection-improves-eventual-impact-of-manuscripts-1.11583
The problem is not science research. The problem and one which can be solved is that we have a pyramid in the research community. Thousands of low wage postdocs doing the grunt work for a small number of people that have tenure. And very very few of those postdocs if anything make it into a position when they gain access to tenure. And if that's the case they have to wait decades to get it. Now think to how things were 100-80-70 years ago. The pyramid was much less skewed, and young post docs actually had a good chance of gaining tenure after a normal length of time. :)
The corrective measure is not to increase producing thousands of insignificant research papers, but actually limit those that can enter into a science career. Make the exams very difficult, pick the brightest of the brightest. Give postdocs positions to them. Of course you must pay them accordingly so no more slave wages. And then within 10-15 years grant them tenure. And for God's sake send them into retirement when they get to 65-70 years of age.
Can politics accept such a situation ? The answer is left to the reader.
This reminds me of my Health class in high school. At the end of the semester (it was a 1-semester class only, usually the other semester was used for driver's ed), the crazy old teacher gave everyone a grade on their notebook. His method for determining the quality of your notebook? The number of pages in it. I got a bad grade, because I wrote small and had few pages, even though I wrote down everything important. The guy next to me had giant writing, and filled up a bunch of pages just writing "Health is cool!" and got a high grade.
You think Universities would be more intelligent in their rating of professors than some idiotic old gym coach, but apparently not.
Did the gym coach tell you how it was being marked? Because, if he did, then you had a clear success criteria, and you failed to follow instructions.
Now, if he didn't tell you it was being marked that way, that's just bad teaching practice. But no one is claiming that the universities are deceiving candidates - they're just requiring quantity, not quality. That's a different scenario than you described.
- Nec Impar Pluribus, or so I'm told.
I've often wondered lately if there are enough dissatisfied PhD-dropouts and overworked junior professors that if we got together, we could start a new college and directly compete against these attitudes (both the problems with professors and research, and the problems with the student curriculum and lack of teaching enthusiasm in general). I am quite seriously interested in doing exactly this if I could build up a coalition and some funding.
This is a result of attempts to use "quantifiable metrics". The original idea is great: By having a numerical measurement of a workers productivity (whether that worker is a floor-sweeper or a physicist), we reduce the effects of bias, favoritism, etc in evaluating employees. The problem though is that it is impossible to produce a good metric for many types of work. When a poor metric is used, we strongly motivate workers to maximize that metric, not their "real" productivity. There is a nearly identical problem in school grades: we want to eliminate bias in grading so we use "standardized tests". Pretty soon teachers are teaching the test, not the subject.
In my opinion, where I work the most productive scientists are not the ones who publish the largest number of papers.
The problem is that the quality of a scientist is measured by the number of publications and the reputation of the journal or conference they published their work. However, both values do not measure quality. The first is just quantity and can be achieved by spreading results over different publications, which lowers the overall quality of every single publication. The second tries to correct this, by factoring in that good publication channels do quality checks with peer review. However, that fails when you look into peer review process. While in general it is a good idea, there are several problems with this. First, the review may miss the point of the publication especially when it is a new thought. Second, reviewer are more convinced of work which they know the author or the professor also listed in the author section. And third, even with good reviews, the program committee favors known and liked scientists over unknown scientists. So there is a lot of bias at work. Finally, the reputation of a publication channel is determined by its impact in the past. Even if it is crap right now, it is rated higher than a good publication just because of the history.
Beside these problems, the present system limits science and its potential outcome as scientists optimize for it. An alternative would allow for more think time. However, this is not possible with the present system. He does not propose a new one, but we should start thinking about a new one or lose our ability to innovate and increase our understanding of the universe.
I am a tenured full professor at a mid-to-leading rank European
university. I work each day for several hours on ideas I consider interesting, publishing
if the results seem useful. I also take seriously my teaching duties (mostly low level courses that no one else wants).
However I refuse to play office politics or participate in advancing the careers of others (like writing articles for them). And while this excludes any possibility of promotion it is a fair trade-off for having the peace and tranquility required to research difficult ideas.
So problems that Higgs mentions exist also at lower levels. Either you play their game or else you get shunted out.
http://www.disciplined-minds.com/
"In this riveting book about the world of professional work, Jeff Schmidt demonstrates that the workplace is a battleground for the very identity of the individual, as is graduate school, where professionals are trained. He shows that professional work is inherently political, and that professionals are hired to subordinate their own vision and maintain strict "ideological discipline."
The hidden root of much career dissatisfaction, argues Schmidt, is the professional's lack of control over the political component of his or her creative work. Many professionals set out to make a contribution to society and add meaning to their lives. Yet our system of professional education and employment abusively inculcates an acceptance of politically subordinate roles in which professionals typically do not make a significant difference, undermining the creative potential of individuals, organizations and even democracy."
http://www.its.caltech.edu/~dg/crunch_art.html ... By now, in the 1990's, the situation has changed dramatically. ... Since we began with a cosmological analogy, let us return to one now. An unfortunate space traveler, falling into a black hole, is utterly and irretrievably doomed, but that is only obvious to the space traveler. In the perception of an observer hovering above the event horizon, the space traveler's time slows down, so that it seems as if catastrophe can forever be put off into the future. Something like that has happened in our research universities. The good times ended forever around 1970, but by importing students, and employing Ph.D's as temporary postdocs, we have stretched time out, pretending that nothing has changed, waiting for the good times to return. We have about as much chance as the space traveler. ..."
"Although hardly anyone noticed the change at the time, it is difficult to imagine a more dramatic contrast than the decades just before 1970, and the decades since then. Those were the years in which science underwent an irreversible transformation into an entirely new regime. Let's look back at what has happened in those years in light of this historic transition.
The period 1950-1970 was a true golden age for American science [due in part to continuing exponential growth that was soon to end]. Young Ph.D's could choose among excellent jobs, and anyone with a decent scientific idea could be sure of getting funds to pursue it.
A 21st century issue: the irony of technologies of abundance in the hands of those still thinking in terms of scarcity.
That is Higgs actual point. Because of the demanded quantity, it is not actually possible to do quality work anymore. He believes that under today's conditions, he would not have had his key insight at all. In fact, he doesn't believe that anyone else is likely to have such an insight under today's conditions.
Further, he states flat out that if he wasn't widely favored to win a Nobel Prize, he would have been fired. by the '80s. In other words, his employer was more interested in his celebrity than with his actual work.
The problem is that low quality publications actually represent negative productivity.
Yep. but you will never get a bureaucrat to understand this. It's like in our hospitals - you can never convince administration that you actually WANT empty beds - because that means the population is healthy and empty beds are a sign of success of the health system. No, that won't fly. It's all about bed turnover per day, and bed occupancy rates.
Seven puppies were harmed during the making of this post.
Having the freedom to fail, then to be able to analyze and think about why you failed is one of the most important methods of learning. When you succeed , you really don't spend the time to analyze why, but you sure do when you fail.
In today's world, the importance of failure is not understood.
sigs are for losers (except to point out that sigs are for losers)
How about forgetting the metrics obsession and focusing on actually assessing worth. Yeah, yeah, it's so hard to do that waaaaaah. The obsession with metrics is doing a lot of harm all over.
In particular, the quantity over quality which exists primarily because any lazy fool can count quantity but quality takes actual effort to assess.
Which is better, 100 metric tones of cholera infested dirty water or 1 kg of antibiotic? More and more, employers are preferring the dirty, infectious water.
Did the gym coach tell you how it was being marked? Because, if he did, then you had a clear success criteria, and you failed to follow instructions.
Fascinating.
Why did you go to college? Why were you in class? A lot of people answer that question by saying, "to get a degree." That's not right though, because there are cheaper ways of getting "a degree." You can buy one for much cheaper than college tuition, and for much less work.
So the next justification is that you can't use the degree you buy from a non-accredited university to get a job. Why not? Because employers expect that the degree means you have learned a minimum set of per-requisites they require in their employees. In fact, you're often asked to provide an official transcript, which shows the grades you got in specific classes they may deem relevant for the position you're applying for. With this in mind, would someone who was told how they were being graded really have a clear success criteria?
They'd have a way to achieve a high grade in the course, but that's not success. If I achieve a high grade in the course, but the grade does not correlate to my understanding of the material the class is supposed to cover, the professor failed my success criteria, by giving me a transcript that means nothing to the employers. When I go to an interview fresh out of college I'm being judged by degree, by my grades, and by comparison from other candidates who may have come to the same school, and taken the same classes. If an idiot classmate I had interviews first for a job I'm interested in demonstrates a complete lack of understanding of the subject matter in an interview, despite having a despite having a degree in the field and a high gpa, then he may have cost me the ability to even get an interview at that location. Now the employer is thinking, "that university sucks for that degree, that guy's grades didn't mean shit. I'm not going to waste my time with this next guy."
But no one is claiming that the universities are deceiving candidates - they're just requiring quantity, not quality.
Which is deceptive to me, because I pay the university with the understanding they will train me in the field of my choice, and evaluate me fairly with regards to the knowledge that i've gained. Anything else, and I'm just throwing money away.
Similarly, a professor who is capable of writing a few quality papers is far more valuable than one who can write hundreds of low quality ones. The universities make their standards clear, but they're not selecting for what they're supposed to, and it's leading to lower quality of education.
Warning: Opinions known to be heavily biased.
It's unbelievably idiotic and absurd... until you consider human nature.
The people above you are incompetent (cf. "Peter Principle") and will latch onto anything that they can use to judge you to avoid appearing as the incompetents that they are. Even when it makes no sense from an analytical point of view. We humans seem to be hardwired to avoid (being perceived to be, or actually) being wrong. (The book's also pretty good!)
Anyway, hope it wasn't too traumatic :).
HAND.
The system isn't designed to support outliers - no one in the auto industry complains that they are having Ph.Ds design cars using CFD simulations and a lot of technical know-how. Would Ford have been able to start an automotive company and be challenging today? These moments of individual brilliance changing a field are few and far between. The entire system is geared towards improving the average, rather than gambling on the outliers.
Another differences is that the nature of research has changed as well (at least in the engineering side). Even a brilliant researcher requires massive computational facilities, expensive equipment, and a lot of programming. So they hire grad students and supervise them, which needs grant money. To convince your sponsors that they are getting their moneys worth, you need a lot of publications. If the sponsorship mentality is - "see what you can do, we aren't going to be looking at publication count", things would be quite different. But can you imagine the outrage if an academic gets a one million dollar grant and turns out one paper on the effect of honey-bees on rainfall or some such topic? The NSF is being held up as a political punching bag. Everyone is in a CYA mentality. Not the "try your best, and if it doesn't work we will still stand behind you because we want to cultivate an environment of innovation." mode.
You get what you measure for.
"I believe in Karma. That means I can do bad things to people all day long and I assume they deserve it." : Dogbert
Yeah, but we all know Indiana didn't have any effect on the outcome finding the arch of the covenant. The Nazis would all have died regardless.
If Indiana had stayed out of it, the Nazis might have taken the Ark back to Berlin and opened it in front of the Hitler. WWII might never have happened. Tenure Denied!
Only a complete moron would judge quality based on quantity.
. . . or an MBA.
These are my friends, See how they glisten. See this one shine, how he smiles in the light.
Not everything that counts can be counted, and not everything that can be counted counts.
The only thing that annoys me more than people who refuse to analyze anything quantitatively, is those who insist on creating meaningless metrics so they can pretend to be analyzing everything quantitatively. It's the B-school and accounting mentality - you're all scientific and stuff if you attach a number to everything, no matter how you come up with that number.
Of course, if e.g. all you have ever published are four papers, your H index cannot go above four, even if those four papers are the best papers ever and each of them gets more citations than all the other papers in the world combined.
Also, the H index by its very nature gives advantage to people doing lots of collaborations, because that increases the chance that your collaborators (or people associated with them) will cite your articles (in part because some of them are also their articles, and in part because they are simply more likely to recognize your papers because they know you). Of course doing lots of collaborations doesn't imply you're a better scientist. It just means you're better at networking.
The Tao of math: The numbers you can count are not the real numbers.
Which is a weird thing for someone to say about the UK university system. The RAE / REF count an average one paper per year. That is what counts towards the department's ranking (which determines its funding), and so that's what departments care about when hiring people for tenured positions. Will they have the four top-tier publications required for the top rank in the REF? (or fewer for universities that aren't aiming for the top rank). Someone who published 20 crappy papers will be far less attractive than someone who published four good papers, because they'll both have to nominate their four best papers for the assessment, and so the first person will look really bad in the next assessment.
I am TheRaven on Soylent News
If theoretical physicists are re-purposed as fundraisers by age 51, then that just enlarges on his point.
what?
this isn't education that you're describing here...that's not how "teaching" works
the goal isn't to "do what the teachers says" or "get a good grade"
the purpose is **to learn the subject & to think independently**
we all know what tests are for...to test our knowledge of a subject...verification of learning
if the test doesn't measure what is being taught (health) and instead only measures something abstract then ***it is fully the teachers fault that the student got a bad grade***
this is fully on the teacher for being a bad educator
Thank you Dave Raggett
Engineering professors can get paid pretty darn well... I looked up the salary of one of mine at Georgia Tech, and he apparently makes close to $200K (over, including reimbursed travel).
"[Regarding the 'cloud,'] ownership was what made America different than Russia." -- Woz
You misunderstand. It's impossible to verify a scientific theory, though one should be able to replicate the results. But the possibility of falsification is what makes a theory scientific.
WRT verification, all you can say is "It fits the available evidence, and of that evidence xxxx was not known at the time the theory was constructed." You can NEVER prove it true.
I think we've pushed this "anyone can grow up to be president" thing too far.
Well, how about this for a system: instead of counting how many papers a researcher publishes, count the number of times a paper he has written has been cited by somebody else.
This is truer measure in any case. I recently had occasion to review the information science research literature on ontologies, and discovered that about 5% of the literature was absolutely vital to read, and were cited by a substantial fraction of papers in the field -- hundreds of times in my own literature search, and likely thousands of times in total in peer reviewed literature.
About 20% dealt with abstruse and narrow technical topics which were nonetheless useful to people working in the field; or were case studies. Such papers make up the bulk of citations in the research literature, although any single such paper probably gets only a few dozen citations. Still that's useful work.
The remaining 3/4 of papers are trivial, a complete waste of anyone's time to read. They may score a handful of citations, but from authors scraping the bottom of the barrel. They're so trivial, obvious, and unoriginal.
Odd side note: the less an author has to say, the more elaborately he says it. The really important papers tend to be written in straightforward, easily understandable prose. The trivial papers read like parodies of academ-ese.
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