Both theoretical or applied is cool

  • snek_boi@lemmy.ml
    2·
    9 hours ago

    To frame thought experiments and their limitations, Dave Snowden’s Cynefin and perhaps works on pragmatism, contextual functionalism, and relational frame theory, books like ACT in Context.

    Now, as to thought experiments, there’s Daniel Dennet’s Intuition Pumps.

    This is tangential, but maybe you’d be interested in George Lakoff’s framing. Lakoff would argue that frames are at least sometimes exactly the same thing as a thought experiment.

          • Zwuzelmaus@feddit.org
            1·
            44 minutes ago

            I studied these ideas at university

            I have learned the stuff at university, too. But what they gave us there was good teaching, after several decades of practising their teaching.

            When I read the original papers, much later, they were quite a bit harder. Especially some of the thought experiments.

          • Buffalox@lemmy.world
            1·
            4 hours ago

            Maybe not harder than those, but they are amazing, because the conclusions from them actually work.
            There are other thought experiments that are unsolvable paradoxes, but these are cool exactly because they are solvable and the results reflect reality.
            So I’d say Einsteins are among the coolest.
            Also double slit experiment is not so much a thought experiment as it’s an experimental phenomenon that is hard to explain.
            Also Einsteins thought experiments are actual science, based on reality with actual results, not just imaginary philosophic ramblings like Plato and Rawls.

            There are lots of philosophical ramblings about souls id and other nonsensical philosophical terms that have no evidence of actually existing.
            It’s pretty easy to ask a stupid question like: I wonder what a round cube would look like…
            With nobody able to explain it, because it’s nonsense.

            The round cube exist in my mind, which means it has virtual existence, and virtual existence is a form of existence too. Meaning round cubes exist.
            That’s the kind of nonsense some people think is clever or deep, and think is evidence for things that are in fact nothing more than nonsense. According to the evidence, it’s also how Jesus was invented.

            • SmoothOperator@lemmy.world
              1·
              4 hours ago

              Also double slit experiment is not so much a thought experiment as it’s an experimental phenomenon that is hard to explain. Also Einsteins thought experiments are actual science, based on reality with actual results…

              The double slit experiment was first invented as a thought experiment, and later was built as an actual experiment. It’s the same with relativity, first it was thought up, now it’s experimentally verified. So the examples from relativity you bring up are also more experimental phenomena than a thought experiments at this point.

              • Buffalox@lemmy.world
                1·
                3 hours ago

                Yes and no, it’s based on observed interference by Newton, Which was noted looked like how rings in water can interfere. So observation preceded theory, which was confirmed by reproducible experimental setup.

                https://en.wikipedia.org/wiki/Double-slit_experiment

                In 1801, Thomas Young presented a famous paper to the Royal Society entitled “On the Theory of Light and Colours”[22] which explained interference phenomena like Newton’s rings in terms of wave interference.[23]: 101  The first published account of what Young called his ‘general law’ of interference

                With relativity the difference is the huge amount of thought experiments that Einstein was able to connect to a coherent theory. That explains connection between many phenomena, and explains a very larger part of how reality works, And the Theory actually explains things way outside the original thought experiments.
                Like the delay in the observation of mercury appearing behind the sun. Gravitational waves and other exotic phenomena. And can be used to model things that were unknown at the time.

                It’s ridiculous to claim the wave function is anywhere near general relativity in scope and significance.
                In that regard the wave function is more like when Galileo figured that the sun was the center of the solar system.

                It was not a thought experiment, as much as a mathematical result of observations.

  • Sergio@piefed.socialEnglish
    7·
    18 hours ago

    Have you taken a look at the plato.stanford.edu entry on such, specifically the bibliography?

    https://plato.stanford.edu/entries/thought-experiment/#Bib

    edit:

    The number of papers, anthologies, and monographs has been growing immensely since the beginning of the 1990s. It might be useful to highlight that in existing literature, Kühne (2006) remains the most substantial historical study on the philosophical exploration of thought experiments. And Sorensen (1992) remains the most comprehensive philosophical study of thought experiments. More than other monographs both of these studies well exceed the author’s own systematic contribution to what is widely considered the primary epistemological challenge presented by thought experiments. Also, this bibliography does not include the many (we count about eight) popular books on thought experiments (like Wittgenstein’s Beetle and Other Classical Thought Experiments by Martin Cohen); nor do we list fiction that is related to the subject (like The End of Mr. Y by Scarlett Thomas, or God’s Debris by Scott Adams). Further, for undergraduate teaching purposes one might want to consider Doing Philosophy: An Introduction Through Thought Experiments (edited by Theodore Schick, Jr. and Lewis Vaughn, fifth edition, 2012, Boston: McGraw Hill Higher Education), and chapter 5 of Timothy Williamson’s short introduction to philosophical method (Oxford University Press, 2020). Moreover, a number of philosophical journals have dedicated part or all of an issue to the topic of thought experiments, including the Croatian Journal of Philosophy (19/VII, 2007), Deutsche Zeitschrift für Philosophie (1/59, 2011), Informal Logic (3/17, 1995), Philosophica (1/72, 2003), Perspectives on Science (2/22, 2014), Berichte zur Wissenschaftsgeschichte (1/38, 2015)), as well as TOPOI (4/38, 2019), HOPOS (1/11, 2021), and Epistemologia (12/2022). Furthermore, a companion to thought experiments exists now: The Routledge Companion to Thought Experiments was published in 2017. Each includes substantial state of the art reports.