Soooo, Steve.  What IS the role of philosophy in physics? 

N

Nicholas Thompson
Emeritus Professor of Ethology and Psychology
Clark University
[email protected]
https://wordpress.clarku.edu/nthompson/
 


-----Original Message-----
From: Friam <[email protected]> On Behalf Of Steven A Smith
Sent: Wednesday, April 15, 2020 9:10 AM
To: [email protected]
Subject: Re: [FRIAM] anthropological observations


Frank -
> I may have mentioned this before but physicists, chemists, engineers 
> etc. rarely talk about philosophy of science.  Social scientists, 
> particularly.psychologists, do much more.  Some mathematicians do 
> because they believe they are dealing with God.

My undergrad career in Physics turned a corner when I took an opportunity in an 
upper division class to write an essay on the "role of Philosophy in Physics".  
 The professor had asked for an essay on "the topic of your choice" because he 
said that it was important for hard scientists to be able to ask critical 
questions about the topics they were studying and to communicate them clearly, 
not just derive and solve equations.  

We were a small cadre of upper-class physics majors and a few grad students 
from other disciplines... perhaps a dozen or less?  There was no graduate 
program in Physics at my university (though there was in Chemistry, Biology, 
Geology...) and I think the core professors were frustrated or hungry for more 
stimulating experiences with students than the usual undergrad context offered. 

I was mildly worried that my subject was going to be dismissed as off-topic, as 
the other students unrolled their deepish-dives into specific questions in 
Physics.  My classmates did "roll their eyes" a little when I announced my 
topic and started in.   The professor, however, who had been rather critical 
of/hard on me up to that point in this and other classes, interrupted me to ask 
penetrating questions, and soon the rest of the class was nodding their heads 
in appreciation or at least understanding.  I can't remember the full arc of my 
essay but I remember in particular presenting things like Zeno's paradox to  
discuss ideas such as atomicity and the different interpretations of quantum 
theory and the larger implications of relativity.  

This experience melted the ice with that professor who had been critical of my 
work-style for many semesters.  I rarely wrote down *every* step in my 
derivations (meaning I would balance more than one element of an equation in a 
single step) and I rarely did *all* the assigned homework problems (Once I felt 
I understood a concept, I would skip the remaining problems and go to the next 
conceptually different problem... and I was running my own business and had a 
young child by then and had no patience for what felt like "make-work").  My 
weak "performance" in the mundane tasks of homework balanced against my 
above-average performance on tests (where I forced myself to write down every 
step and do every
problem) made me a pretty solid B student while most of the others in my cohort 
were over-achievers trying to nail a 4.0 grade average.  

At the end of that class, the professor (notoriously hard-nosed) offered me an 
independent study class the next semester which allowed me to rush through a 
medley of advanced topics that were not offered as formal classes.  I dearly 
enjoyed his reading assignments and the two hours of discussion each week, we 
covered a LOT of ground that last semester. It wasn't my first A in a Physics 
class but it WAS my first in one of HIS classes!  It was also a great 
preparation for working at LANL where I encountered esoteric topics on a very 
regular basis.

It might be noted that my second-most favorite course of study and other 
favorite professor was in Philosophy...  a professor and domain of study that 
taught me how to think about ideas, not just about "things" which seemed to be 
what *all* of the engineering classes I took and *most* of the science classes 
I took were about.  This is where I was first made aware that a grand unified 
theory of everything was an oxymoron, why some physical phenomena could 
*appear* to move faster than light-speed (e.g. two quasar-beams crossing in 
intergalactic space), and an intuitive framing of Godel's work in 
incompleteness, etc before I encountered it in CS.   

- Steve



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