BJPS blog – Causation in Scientific Methods

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Need scientists worry about philosophy? Or should philosophers get off their backs and let them do their work in peace? Unsurprisingly, many scientists want to stay clear of philosophical discussions. What is more disturbing is when I hear philosophers themselves announce that our discipline has nothing useful to offer science. In my view, they could not be more wrong.

Evidence-Based or Person-Centered? An Ontological Debate

puzzle-of-cancer_scientific-americanIn a recent paper published in European Journal for Person Centered Healthcare, I argue that the choice between EBM and person centered healthcare is a choice between conflicting ontologies, involving two very different notions of causation. While the methodology and practice of EBM seems perfectly supported by positivism and a Humean theory of causation, person centered healthcare does not. There is, however, a trend called the EBM Renaissance Movement, attempting to make EBM more person centered. In the CauseHealth project, we urge that person centered healthcare and practice requires a very different ontology and methodology from the positivist scientific ideal inspired by David Hume. Continue reading

PhD course at NMBU on Causation in Science

Campus14
30 May – 10 June 2016, NMBU, limited spaces

Some of the chief goals of science are understanding, explanation, prediction and application in new technologies. Only if the world has some significant degree of constancy in what follows from what can these scientific activities be conducted with any purpose. But what is the source of such predictability and how does it operate? In many ways, this is a question that goes beyond science itself – beyond the data – and inevitably requires a philosophical approach. This course starts from the perspective that causation is the main foundation upon which science is based. Continue reading

When a cause cannot be found

MUS

There is a philosophical problem within medicine: how to deal with causal complexity and variations. While existing methods are designed for large scale population data and sufficiently homogenous sub-groups, a number of medical conditions are characterised by their heterogenic and complex nature: low back pain (LBP), chronic fatigue syndrome (CFS), fibromyalgia syndrome (FMS), irritable bowel syndrome (IBS), tension-type headache (TTH), post-traumatic stress disorder (PTSD), and many others. Continue reading

What RCTs can’t do

bush-booze-coke-potEstablishing causation is not an easy task and a number of scientific methods have been developed specially for this purpose. Randomised controlled trials (RCTs) are by many, but not all, considered to be the gold standard. This means that RCTs are thought to provide the highest form of evidence of causation, and the results of such studies are frequently used to guide expert advice on what to eat, how to teach, which medical treatment to choose, whether to worry about pesticides, and so on. But can we trust RCTs to tell us the full causal story? Not really. Continue reading

One cause, different effects

ImageOften we behave as if we think that a cause can only have one effect, while in fact it can have many. The type of effect depends on what else there is, besides the cause. In other words, it’s a matter of context. Continue reading

Do we need causation in science?

https://raniblogsaboutcausation.files.wordpress.com/2014/03/4fdd8-fourweddingsandafuneral2.jpgNot everyone thinks we need causation in science. Causation is so hard to pin down and so easy to get wrong, so why don’t we instead just stick to the data? Without speculating over causal relationships we could then establish that people are happier without children, that married men live longer and that life expectancy for smokers is ten years shorter than for non-smokers. What more do we need to know? Continue reading