A Hippocratic Oath For Scientists
grrlscientist writes "In response to what appears to be a growing problem of scientific misconduct, a group of people at the Institute of Medical Science at University of Toronto in Canada wrote a scientist's version of the Hippocratic oath. This oath (which is cited in the story) was recited by all graduate students in the biological sciences at the beginning of the 2007-2008 academic year." This blogger argues that merely reciting an oath is not going to help much when "...the corruption in 'science' is systemic. It is due to corporate science being run according to a business model instead of in accordance to an educational paradigm. It is due to unrestrained corporate greed combined with a tremendous disparity in power and income..."
"Similarly I will not give to a woman an abortive remedy."
Engineering is the art of compromise.
To clarify what I think you're saying in a way that may be relevant to the grandparent post, the notebook is not a legal document by simple virtue of being a "scientist's notebook." Rather, a lab notebook can be a legally significant document in some legal proceedings. It is only of value in this context if you can demonstrate a consistent adherence to certain standards.
For example, if you are attempting to overturn someone else's patent due to your own prior work, your notebook describing and dating your ideas/tests may be of value. If you're able to produce a career's worth of similar notebooks describing your other work, that will lend credibility to the contents of your notebook.
Well currently you're likely to get banned from getting federal grant money and blacklisted with journals, so for all practical purposes you are totally screwed unless you have a few hundred grand lying around to fund your own work.
For instance, some scientists invented a new alloy which they suggest will revolutionize crumple-zones in cars. This alloy includes palladium, a rare-metal. Indeed so rare, if all the palladium on earth were to be used to make this new alloy, we'd get about a cubic meter of the stuff.
What?? Global palladium production was 222 metric tons in 2006 (source). According to the article, this alloy was light enough to float in water. Thus, its density must be less than that of water. Water has a mass of 1 metric ton per cubic meter. Thus, if the alloy were pure palladium, global production could provide for 222 cubic meters annually. I highly doubt that the alloy is pure palladium; in fact, it probably only accounts for a small percentage of the total mass. Do you have some source to cite in defense of your claim? While I agree with your point, I fail to see the reasoning behind this example...Fear the penguin.
As for people fudging data, in the labs I currently work in as a grad student I have come accross obviously fudged results in a dissertation I was referencing. Thing is peers and my supervisor were not suprised, students that are fudging tend to be poor researchers anyway (why else would they need to fudge?). Any good researcher knows that 'failures' provide as much information as 'successes'.
In my situation I tried three or four times (at a week per attempt) to do a reaction reported as yielding well, with variations on the supplied prep. If it had been reported as not working, I'd not have bothered - may have tried once to confirm the result, maybe twice with variations to optimize. It's not a waste of time, I confirmed that it did not work (which was suspected), however proper reporting initially would have saved me the time, I'm now on another route with some more untried preps and it is working, it might not have, but I'd be the first (we know of) so it isn't time wasted.