It takes me about fifteen minutes to get the drift. I read the abstract twice, and look at the tables and graphs. Then I read the concluding paragraph. By then I know pretty much what the point is.
Well duh. But actually READING a paper, being critical, trying to see if the tests they ran through are actually accurate, and don't have much room for error takes much more time. With most papers that I read being in the 10-20 page range, it takes time.
I might think about it for a while, maybe take a walk in the sunshine or something. If I really want to find out if it's valid work, I'll go back and take a really close look at a section called "Materials and Methods" where the equipment used is listed, and maybe the suppliers of a bunch of stuff needed to do the work. It pays to know whether the equipment used is "state of the art" or "old junk". Every piece of equipment has a priniciple and a design,and measurements always have two mathematical factors. . .. an "extensive" factor and an "intensive" factor. The first refers to the operating range and proper operation of the equipment. The second refers to the "scale" of it's measurement, which I suppose could be termed a range of measurements it is capable of.
Theres much more that you should look at. Maybe the intro. The justification for why they are researching things. The previous findings from previous studies that have led them here. What they are looking for, and the route they plan to take to discover it.
To me, this makes more sense than reading 3 sections, and then going for a walk. But to each his own.
The next issue will be the concept involved in the experiment. . . . . the hypothesis being examined somehow. Sometimes they don't even make sense at first blush, but I'm willing to assume others know more than I do until I can see some pretty good reasons to conclude I've placed too much confidence in people who don't deserve it. I might look around at other research papers on the topic, and see how others are approaching it.
Well yes. Which is precisely why you should read the entire paper, so you can understand their entire approach. Once doing so, it will come quite easily to determine what you liked, didn't like, and what seems 'loose'. No scientific paper is perfect.
After a day or two, I'll read the article again, maybe take about two hours on it, and pay attention to the details. I always find that I missed something on the first look, but at least I get an overview the first time, rather than just getting swamped with the details. Third and fourth reading a week or two later will bring me up to speed on the article, but in order to make any judgment I need to do the same with several related articles just to get a feel for the context.
Pretty much the process any good reviewer will do on evaluating any article. Peer or serious investigator.
What, spending only a total of 2 hours on a 16 page paper to go over ALL the details?? Including looking at the other studies that they cited to, when pulling out random factoids *determined by others*??
This paper alone for me took around 3-4 hours to go through, and its only 12 pages long.
Of course, Im younger, and I was going through the paper rather intensely.
To each their own, I guess.