#101 ·
bluemason3 said:I’m not convinced calling it a "particle" in an elementary particle is actually the right way to go about it. It feels like we’re just trying to visualize things based on our everyday experiences—treating them like tiny little pieces of matter simply because they're too small for us to see, even though they aren't necessarily "bits" of stuff at all.
It’s similar to how I feel pop science turns different modeling methods into these "objective realities" when they’re explaining things to laypeople. For instance, they present a phenomenon as being both a wave and a particle, whereas I’d argue we’re just applying the concepts of a wave or a particle depending on which model we use. The phenomenon itself isn't physically morphing from one thing to another.(I have a feeling someone mentioned "dualism" earlier, but I can't be bothered to scroll back and check).
These are heavy topics for the natural sciences. Honestly, I doubt many people here have enough background knowledge to avoid getting a pretty warped perspective from those questionable "mystical physics" authors out there.
Here is what Capra has to say about it:
These subatomic building blocks of matter are incredibly abstract entities defined by their wave-particle duality. Depending entirely on how we choose to observe them, they manifest either as discrete particles or as continuous waves. Light follows this same peculiar logic, shifting its form between electromagnetic waves and individual particles based on the context of the observation.
The dual nature of matter and light is frankly unsettling. It feels almost impossible to wrap one's head around the idea that something can simultaneously function as a particle—a discrete entity confined to a tiny point in space—and a wave, which spreads out across a vast expanse. Yet, this is the reality physicists were forced to embrace. For a long time, the situation felt like an unsolvable paradox, until we realized that our very definitions of "particle" and "wave" are rooted in classical concepts that simply aren't equipped to describe atomic phenomena. An electron isn't strictly a particle, nor is it strictly a wave; rather, it manifests as one or the other depending on the circumstances. When it acts as a particle, it can transition into its wave-like state at the expense of its particulate nature, and vice versa. It exists in this constant flux, oscillating between being a particle and being a wave. This implies something quite profound: neither an electron nor any other subatomic entity possesses inherent properties that exist independently of its environment. Everything is defined by its surroundings.
End of quote.
To get the full picture, you’d really need to sit down with Capra’s entire book—or at least dive into the specific sections covering physics.