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Funny you would say that. The scientific way of establishing a causality requires the temporal association of exposure preceding the event. The same argument you are giving me as "fallacy". I am not really as smart as you seem to be so please go ahead and resolve this paradox for me.
Actually the scientific way would be, in a nut shell, segregate two groups chosen at random with the target disease and dose one with a drug being investigated while dosing the other group with a placebo (water [non-homeopathic, of course], sugar pill, etc.) and compare the effects. What group gets which "treatment" should be chosen at random, and the patients and doctors conducting the trial should be (ideally) blind to which patient is receiving which treatment until all the results are in. If there is a statistically significant difference in positive outcome between the control group (the one receiving the placebo) and the test group (the one receiving the drug), with the test group experiencing better outcome than the control group, one can say the drug caused the increase in positive outcomes, pending further tests and analysis, peer review, etc.
That is a little bit different from "OMG I had this sniffle, and I took this homeopathic drug, and two days later my sniffle was GONE!!!!1!"
1) Not all problems lend themselves to experimental study design as you have just mentioned.
2) Evidence is derived from other observational studies as well, so does it automatically become non-scientific?
3)Drug trial have been done for homeopathic medicines and the results swings both ways.
4)Regardless of type of analytical framework for the study, the evidence must be produced within the broader analytical framework of Bradford Hill's criteria for establishing causality. (Google it)
5)Temporality is indispensable criteria for causality in any study design. You described the same principle which must stand true at all the time to be scientific as " Post hoc ergo propter hoc" fallacy. I asked you to resolve that paradox. I do not know how describing randomized controlled trials justifies your statement or answers my question. I would give you that for drug trial that is the design though.
6) As a person who understands drug trials and how its design can influence the outcome, duration being a big factor, I would take RCTs with a grain of salt. I have not read any studies that evaluated efficacy of homeopathic medicine, but I doubt the ones that denounce it were accommodating to the long duration it requires to be effective. RCTs are pretty expensive.
7) I will refrain from repeating myself about my stand as a bottomline. I am choosing my stand not because I am an unscientific person. I hope you would give me that now. I'd give you that your inquiry is in right direction but you have taken much "evidence" by faith.
BTW I am also an epidemiologist. 😀 But thanks for the crash course.
I guess the explanation shouldn't have been necessary, which makes me wonder why it was......
That was sarcasm. 😀
Boom. Roasted
How you doin'? I got warned for my comments I made in reply to your post. But it was so worth it😀. You and I should talk outside of here.
