Episode Nine – An Interview with the Physicist Juanma


12) Which philosophers do you think have the greatest influence on modern physics?
Theoretical physicists usually think that philosophy has no influence on their research and their methodology.

But, the fact is that Positivism in the late 1800s, devised by Ernst Mach, is at the foundation of the hypothetic-deductive method. Which is nowadays taught as a synonym for the scientific method.

Ernst Mach

I think we will be hearing a lot more from Ernst Mach in future episodes …

The hypothetic-deductive method says you should first propose whatever comes to your mind and then see if evidence can back it up.

The inductive method says quite the opposite thing. You decide to look into some aspect of reality and then you make experiments and then you try to integrate that with the full context of your knowledge. So, it is kind of doing things backward.

But, this [hypothetic-deductive] method has been used and as I say, it has been taught as the scientific method. They don’t even make any mention of induction or any other way of understanding the real world.

Even if that has been the chief scientific method and that has been what has brought all of the important results in the history of science. But, nowadays it is completely forgotten.

So yeah, the hypothetic-deductive has been the most influential, ideological aspect of modern physics today.

This is what detaches the model from conceptual understanding.  I think that is the most dangerous problem with this method.  In my view, that is what lays the core of all this trend to forget about the physical meaning of the implication or causal relationships in the real world and to focus only on modeling and mathematical analysis.

Ashna: Yeah, you can prove almost anything if you start with your conclusion and work backward from that. Isn’t that what religious people try to do all the time?

Juanma: Yeah, maybe they have learned it from religious theorists.

13) If you could do one thing to improve the state of modern physics, what would it be?
I would teach philosophy and I would teach the importance of philosophy. That’s all there is at the heart of this whole mess. And, more specifically, I would explain why induction is a valid methodology while hypothetic-deductive approaches are flawed.

I think if you can get that in the minds of modern want-to-be scientists, then the whole of the world of academia and the world of scientific research will improve significantly.

You will basically get much better scientists when they know why they are doing it and why it is valid that they reason in one specific way and not some other.

Ashna: A lesson badly needed, given how dismissive many in the field are of philosophy. I dont think there are a lot of great inductive thinkers in the field or in any field for that matter.

 Juanma: Other than teaching philosophy and letting it spread and gain influence all the time, I can really see nothing that can be done to improve scientific research.

Most researchers are far too stubborn to change their minds now and it is a saying among physicists that if you want a clever idea to spread out and become popular, you should first wait for the current generation of physicists to just retire or die before the new idea can really shine out.

And that is actually a really sad thing, but it is systematic of a really widespread problem in academia that some new ideas get rejected too quickly. When actually, science should be ready to accept reasonable proposals and new viewpoints.

Ashna: Yeap, they better start training the next generation of physicists in philosophy. They should put it in high school, certainly first-year college classes. Since it is at least as important as physics classes.

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