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博后的出路： 給將要國外博后的人的一點思考 已有3人參與
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閑暇時看到澳洲ABC上一篇談?wù)摪拇罄麃喲芯咳藛T流失的文章，感覺寫得超級符合當(dāng)下澳大利亞科研界年輕人苦苦掙扎的現(xiàn)狀。特分享給大家。 當(dāng)然這篇文章只是談到澳大利亞的情況。不過個人猜想歐美其它國家應(yīng)該情況類似。 希望這篇文章能夠起到拋磚引玉的效果，能夠給已經(jīng)在國外博后或?qū)⒁┖蟮母魑粚ψ约郝殬I(yè)生涯的一點點思考，盡早明確自己博后的目標(biāo)與出路。 文章出處： http://www.abc.net.au/science/articles/2014/01/16/3926579.htm。（不知道的國內(nèi)的能不能訪問這個地址， 下面是我復(fù)制的文章內(nèi)容）。 Hanging up their labcoats: Australia's new brain drain Faced with limited job opportunities, disenchanted young researchers are giving up on careers in science, writes Tim Nielsen. Disenchanted young researchers are reluctantly giving up on careers in science altogether and are being lost permanently to other professions (Source: jeangill/iStockphoto) January is an exciting month for those medical researchers fortunate enough to have received grant funding for new projects in 2014. But as funding success rates continue to fall, a career on the grant treadmill is looking decidedly unattractive to a growing number of younger scientists. Last year, Professor Brendan Crabb of The Association of Australian Medical Research Institutes warned that "falling success rates on medical research grants will eventually reach breaking point and start seriously discouraging young researchers from sticking with their careers". As a recent PhD graduate, it saddens me to inform Professor Crabb that this has been happening for some time now. In fact, I would go so far as to say that Australian science now needs to recognise and address two distinct "brain-drain" phenomena: the original form whereby newly-minted scientists feel compelled to leave the country temporarily in order to kick-start their careers overseas; and a newer, more pernicious beast in which disenchanted young researchers are reluctantly giving up on careers in science altogether and are being lost permanently to other professions right here in Australia. In my 10 years at the bench, I saw countless young PhDs leaving the lab shortly after graduating to retrain for careers in high-school teaching, engineering, medicine, sales, and the law. Indeed, I left after one year of post-doctoral work to pursue a career in business. Of those who do remain in science, a large number still feel compelled to have a "plan B" just in case. I know of no other profession with such a high attrition rate. Exodus from the lab To anyone outside science, it must be incomprehensible that these educated, intelligent and ambitious individuals are becoming so despondent that they are willing to quit a scientific career after some eight years of study, go right back to square one and spend a further four years training in something else. For me, and for those with whom I discussed the topic endlessly before leaving the lab, the reasons for this exodus were clear: poor employment conditions and a lack of career prospects. As young scientists, we simply did not know whether there would be an opportunity for us to carve out a meaningful career in a cut-throat industry where short-term employment was the norm and where failure to secure grant funding for even a single year can result in unemployment and career oblivion. First, there is the steady stream of short term contracts that are the hallmark of a career in research. At first, this is merely annoying. But by the time a researcher reaches their thirties, with the additional responsibilities of mortgage and family, it is untenable. They can no longer wait until November of each year to find out whether or not they will have a job in January of the next. And since they've been employed on contracts or short-term fellowships for their entire career, there is no severance pay or re-deployment for the unemployed researcher, even after 20 years of dedicated service to one employer. Compare this to your local member of parliament or even the average Holden worker, who has been given three years' notice and is walking away with several hundred thousand dollars. The redundant scientist walks away with nothing. A risky career In many industries, the trade-off for insecure contract work is higher remuneration. While it's true that salaries for scientists in Australia are higher than in other developed nations, they are low compared to other professions requiring a similar degree of training, such as medicine, veterinary science, dentistry and law. At the mid-career point, a graduate in one of these other professions may be earning two or three times that of the research scientist. Still, for scientists, it's rarely about the money. Most young scientists are not fussed by the modest salaries and are asking for little more than the opportunity to pursue their research interests without the lingering fear of having the rug pulled out from under them at any moment. This is an extremely insecure and risky career path for a single person, let alone someone with a family. The net effect is not only chronic personal stress for the individual scientist but also a severe demoralisation of the workplace in general. It is not pleasant to sit with your highly capable colleagues every November and try to figure out who will be next to go. It's already a bad situation, and the problem for younger researchers is that it continues to deteriorate. Government expenditure on science and research as a proportion of GDP has fallen by more than a quarter since 1993. Incredibly, while more than 55 per cent of applications to the National Health and Medical Research Council (the largest government funding scheme) were deemed by peer reviewers to be worthy of funding in 2013, a record low 19 per cent actually got up. This translates not only to an enormous amount of wasted effort on the part of the applicants, and not only to many projects of great public health benefit being shelved. It also means that the careers of some of the most brilliant young individuals in the country are being cut off at the knees. Incalculable cost Faced with a thankless 40-year battle for career survival, and little material reward or public recognition, it is not difficult to understand why so many young scientists are hanging up their labcoats and taking their extraordinary intellects and years of training elsewhere. In other words, Professor Crabb's "breaking point" has long since passed. This new type of brain drain needs to be addressed urgently, not only for the sake of the scientists themselves, but for the country as a whole. Even on basic economic measures, the status quo makes no sense at all. It costs the taxpayer a fortune to train a world-class scientist, and the long-term opportunity cost of losing one is incalculable. Consider that for every government dollar invested in medical research, over two dollars is returned in the forms of disease prevention, improved healthcare and technological innovation. Australian scientists are some truly remarkable individuals. Their tireless work pushes back the frontiers of knowledge daily to eradicate disease and eliminate human suffering worldwide. Every time one quits to become an accountant, we potentially lose a cure for AIDS or cancer. About the author  r Tim Nielsen received a PhD in biochemistry from the University of Adelaide in 2009 and performed postdoctoral work at the Women's and Children's hospital in Adelaide before reluctantly leaving research to start two businesses in the importing industry. |
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文章老生常談，并無新意，之前看到過很多比這分析得深刻透徹的評論，比如經(jīng)濟學(xué)人的那篇著名社論http://www.economist.com/node/17723223 不過還是看到了一個精彩的評論 So true. I recently moved away from the bench after years of thinking I wasn't qualified for anything else... Scientists have a heap of marketable skills, they just don't know it! 科學(xué)界無法創(chuàng)造得到市場認(rèn)可的價值，自然會被遺棄，這種效應(yīng)在某些學(xué)科上可能會被放大數(shù)倍。就像美國70年代有大批的物理學(xué)家失業(yè)，但最終基本也都涌入了華爾街，因為數(shù)學(xué)功底好。所以如果有本事，可以創(chuàng)造市場認(rèn)可的價值，干什么不可以。而像某些技術(shù)，屬于概念股，國家長期投入看不到回報，肯定會有所反思。 [ Last edited by robiwang on 2014-1-17 at 20:36 ] |
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