Web edition: June 20, 2008
“Woe be on woe…, frenzy of the mind distraught.” Like the wailing chorus in a Sophoclean tragedy, today’s academic research scientists are constantly bemoaning their funding fate.
No wonder — the NIH budget has declined in real dollars for five consecutive years, and the NSF’s substantial budget increase committed by the America COMPETES Act has gone unfunded. But in addition to concerns about budget levels, we need to be concerned about how federal research funds are distributed. These latter issues provide the topic of a new study by a committee of the
While numerous matters concerning mechanisms of federal funding of research are worthy of analysis, our committee chose to focus on two areas that are broadly acknowledged as being particularly endangered.
First is the difficulty assistant professors face in obtaining stable funding for their research. The nation invests 25 to 30 years in the education of these faculty, who then compete with perhaps a hundred other applicants to land a position; finally, when they should be in their laboratories making discoveries and in classrooms training the next generation, they are driven to their offices to become serial grant-writers. And their students and postdoctoral fellows, listening a bit too seriously to their mentors’ travails, start pondering alternative careers.
The second issue: As research funds get tighter, review panels shy away from high-risk, high-reward research, and investigators adapt by proposing work that’s safely in the “can-do” category. The clear danger is that potentially transformative research — that which has a chance to disrupt current complacency, connect disciplines in new ways or change the entire direction of a field, but at the same time incurs the very real possibility of failure — finds scant support.
Our scientific leaders in
Thus, some ARISE recommendations reinforce what agencies are already predisposed to do, and hopefully will give them additional fortitude for doing so. For example, the NIH is already considering shorter grant applications emphasizing potential impact and restricting the amount of methodological detail. And its Pioneer Awards program puts greater emphasis on previous inventiveness of the researcher who proposes bold new directions.
Other recommendations provide fresh ideas. Our meetings with early-career faculty revealed that obtaining a second major federal research grant, or a competitive renewal of the first grant, is often as much of a career bottleneck as the first grant. So we recommend that review panels be instructed to evaluate applications by career-stage–appropriate criteria, taking into account the time it takes to build a research team.
Implementing such recommendations takes money. From where will it come? The committee decided not to distract from its message about modes of funding by tackling budgetary issues; in short, we strongly believe that early-career faculty and potentially transformative research deserve priority independent of whether budgets are flat or increasing. Each agency should examine its entire portfolio (not just individual research grants, but also large projects and intramural programs) and redirect funds from areas that are underperforming.
The report’s most radical recommendations are to universities, which are urged to take more responsibility for faculty salaries. This is not to say that recharging salaries to research grants is bad. To the contrary, American research universities and medical school faculties have been built on such federal support, to everyone’s benefit. But medical schools have found that they can establish new programs with little institutional commitment: Soft-money faculty are hired and then write grants to obtain even 100 percent of their salaries, the stipends and tuition payments for graduate students, and indirect costs to help repay the debt on the research building, all without much institutional backup should they suffer a lapse in funding. That system weighs heavily on early-career faculty. When the risk of a grant not being funded means no salary and no job, it inhibits high-risk, high-reward grant applications. Rebalancing of responsibilities is needed, in small steps and with advance warning to avoid disrupting the system.
Indeed, in times of constricted budgets it is particularly important for academic scientists to ARISE and advocate some changes in the priorities of federal research funding.
Nobel laureate Thomas R. Cech is chair of the ARISE report panel and president of the Howard Hughes Medical Institute.
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Societal Implications Of
Science And Technology Evolution Since The 1920s
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I posit that the nature of the evolution of science and technology since the 1920s has been the most significant molding factor of the present characteristics of our society, and that it is vitally important for charting the future course of our society to learn and understand this evolution.
A.
Science and technology are clearly and distinctly two separate faculties, separate branches of learning and teaching. Yet since the 1920s the titles of these different faculties appear inseperably jointly everywhere.
B.
Why is it that since the 1920s technology has been evolving dynamically whereas basic, non-applied, science has been progressing - in my opinion - at ever decreasing rate?
C.
And what have been and what are the societal-social implications of the format of this evolution and of the present state of science and technology?
D.
Definitions of terms for the subject of this thread:
Science: state of knowledge attained by systematized studies and tests through established scientific methods.
Technology: capability of and manner of practical application of knowledge.
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PS1: (response to a comment1)
- I do not have current or historical figures of extents of basic versus applied research. I do remember, though, 2006 NSF figures in the United States: basic R&D in 2006 made up slightly less than 20 percent of the total R&D, applied research made up a little more than 20 percent, and 60 percent was industrial development R&D. This is drawn from memory, and without knowledge how the "extents" where measured.
- IMO the observations in the opening post of this thread are factual and correct and the statement "... the nature of the evolution of science and technology since the 1920s has been the most significant molding factor of the present characteristics of our society..." is correct and true to life.
Since the 1920s Technology development has been THE TOOL of capital formation and accumulation together with their inherent social and societal values, attitudes and life style and even together with their inherent individual and societal-social ethics.
Basic, non-applied science, since the 18th century Enlightenment the banner of social and societal evolution out of entrenched traditional doctrines and values, has been abandoned and presently barely survives in few institutions. Enlightenment's inherent philosophy and attitudes in regards to individualism, universal human progress and the applications of reason have been pushed off the western culture highway by the ever rising flood of values, attitudes and texture of life of the technology era.
- And IMO "...it is vitally important for charting the future course of our society to learn and understand this evolution", to analyse and assess the societal-social implication of the bare survival of basic research, of further comprehending our place in the universe.
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PS2: (response to comment2)
"The original post":
- Deals with the different RATES OF EVOLUTION of science and technology since the 1920s.
- The RATE of evolution of science is, IMO, lagging very very much behind that of technology.
- Technology evolution since the 1920s has been and still is also a "technology culture evolution", comprising mostly ever increasing life improvements and comforts.
- "Universal human progress and the applications of reason" are definitely not parameters contributed to society by the technology culture; they evolve only from further comprehension of our nature and function in the universe, i.e. from further science evolution.
- The terms science and technology appear mostly together in our present technology culture in order to lend technology the weight and reverence rightly due science; this is done deliberately, with the cooperation of the obedient ear-drilled scientists servants (Exodus 21:6), to blurr the distinction between science and technology, to commend most public funds to technology while suppressing funds to science, i.e. to enhance and maintain the acclaimed supreme technology culture.
- And IMO "...it is vitally important for charting the future course of our society to learn and understand this evolution", to analyse and assess the societal-social implication of the bare survival of basic research, of further comprehending our place in the universe.
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PS3: (response to comment3)
Pre 1920s science "was sufficiently far ahead..."
Ahead for what?
For further fueling-feeding the Technology Culture?
For comprehending our nature, our place and function in the universe?
For continuing our present variety of domestic and foreign policies?
Are we sure that the present Technology Culture is the culture we want to reign supreme from now on forever?
THIS IS THE POINT OF THIS THREAD...
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PS4 (response to comment4)
Science Will Never Be "Sufficient"
SCIENCE may never and will never be "sufficient" for anything.
Science is as extensive and as evolving and as expanding as the universe is.
We are what we decide to be, and for electing what to be some of us want to know the nature of our essentiality and our place and function in the universe; science will never be sufficient for this but our continuous endless quest, science, is an inherent human characteristic...
Dov Henis
[Link was removed]
Please see [Link was removed] for more details.
Chris Rose
Rutgers University
crose@winlab.rutgers.edu
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