> He explicitly states that it is not helpful "to imagine them as both wave and particle."
Where? I can't find that quote in the article.
> He calls waves with very small amplitude "particles" (for historical reasons).
The closest thing I see is
In a quantum world such as ours, the field’s waves are made from indivisible tiny waves, which for historical reasons we call “particles.”
Note the "indivisible" part. That's not how waves work in your everyday experience. The common understanding of "wave" is based on classical physics, where waves can be scaled up or down arbitrarily. But here you have "waves" which can only get so small, but no smaller, which he then goes on to parenthetically suggest calling "wavicles".
Is coining a new word which is literally a combination of "wave" and "particle" not a way "to imagine them as both wave and particle"?
I copied the quote you couldn’t find from his figure 8: “Figure 8: There’s no perfect intuition for quantum physics. But it’s not helpful to imagine photons and electrons as particles (top right), meaning a “tiny speck”. Nor is it helpful to imagine them as both wave (top left) and particle (top right).”
He seems to gloss over the connection to experiment though. Let's say you shoot an electron through slits in a screen and want to find out where it ends up using a photographic plate; you'll get a single dot somewhere on your plate, not an extended pattern. You can repeat the experiment with a new electron and get another dot, and keep repeating the experiment until all the dots form a pattern, in well known fashion:
Where? I can't find that quote in the article.
> He calls waves with very small amplitude "particles" (for historical reasons).
The closest thing I see is
In a quantum world such as ours, the field’s waves are made from indivisible tiny waves, which for historical reasons we call “particles.”
Note the "indivisible" part. That's not how waves work in your everyday experience. The common understanding of "wave" is based on classical physics, where waves can be scaled up or down arbitrarily. But here you have "waves" which can only get so small, but no smaller, which he then goes on to parenthetically suggest calling "wavicles".
Is coining a new word which is literally a combination of "wave" and "particle" not a way "to imagine them as both wave and particle"?