[HN Gopher] The Theory That There Is Only One Electron in the Un...
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       The Theory That There Is Only One Electron in the Universe
        
       Author : danboarder
       Score  : 39 points
       Date   : 2024-04-18 20:17 UTC (2 hours ago)
        
 (HTM) web link (www.iflscience.com)
 (TXT) w3m dump (www.iflscience.com)
        
       | p1mrx wrote:
       | If there were really only one electron, somebody in the universe
       | would have broken it by now. Or maybe there is a great filter
       | prohibiting any intelligence capable of poking too hard.
        
         | dhosek wrote:
         | Ah, but because it moves backwards and forwards in time, (the
         | positrons are that same electron going backwards in time), even
         | if it does get broken, you wouldn't know.
        
         | pixl97 wrote:
         | Quantum immortality. In the universe branches we've screwed
         | with that electron we exploded and disappeared.
        
           | bee_rider wrote:
           | That would also explain why there don't seem to be many
           | advanced species out there; maybe we can only be observing
           | universes in which we're among the first, because it is less
           | likely that we'll not-die in a universe where everybody is
           | poking the electron and exploding everything.
        
       | FrankWilhoit wrote:
       | ...and Wheeler stole it from Stueckelberg.
        
         | temporarely wrote:
         | Looked him up: https://en.wikipedia.org/wiki/Ernst_Stueckelberg
         | 
         | So update meme: "publish in a major journal or languish"
        
         | airstrike wrote:
         | [delayed]
        
       | openrisk wrote:
       | Its more a reinterpretation than a different theory because all
       | computations are still the same. There are no alternative
       | predictions for any measurable quantities.
        
       | webwielder2 wrote:
       | Are there really electrons? Or does observable phenomena simply
       | fit with the theory of electrons?
        
         | adolph wrote:
         | If theory bounding the observer's sense-making apparatus does
         | not refute the electron, then make of it what you will.
        
         | JadeNB wrote:
         | > Are there really electrons? Or does observable phenomena
         | simply fit with the theory of electrons?
         | 
         | Practically speaking, what is the difference?
        
           | Wowfunhappy wrote:
           | There isn't a difference, but you could say the same about
           | this one electron idea.
        
         | javajosh wrote:
         | I propose a new flat electron theory. They do in fact orbit the
         | nuclei in a simple orbit. It's just that Maxwell's equations
         | don't apply at those length scales. Electron tunneling is a
         | conspiracy designed to hide the truth.
         | 
         | This is of course a sarcastic aside, but I have to admit even
         | toying with the idea of throwing out observations you don't
         | like feels really good. I see why for some unbinding their
         | beliefs from the constraints of reality is so appealing.
        
           | guerrilla wrote:
           | I don't think you understood the question. It was about the
           | status of theories, not the status of reality.
        
             | stcredzero wrote:
             | _It was about the status of theories, not the status of
             | reality._
             | 
             | What is the difference?
        
               | randallsquared wrote:
               | "In theory, practice and theory are the same. In
               | _practice_..."
        
         | throwawayk7h wrote:
         | If you can explain the difference, maybe you can help me make
         | sense of postmodern philosophy.
        
           | wwweston wrote:
           | It's the usual map / territory or model / reality difference.
           | If you've ever heard or said the Box-ism "All models are
           | wrong, but some are useful" you've been introduced.
           | 
           | Some practice with it may even be a good intro to some veins
           | of actual postmodernism (as opposed to pinata postmodernism
           | which is mostly stuffed with straw by people who like hitting
           | it).
        
           | Vt71fcAqt7 wrote:
           | I think GP's qiestion dates back to earlier than postmodern
           | philosophy.
        
       | api wrote:
       | Another fun electron hypothesis, also unlikely:
       | 
       | https://en.wikipedia.org/wiki/Black_hole_electron
        
       | nilkn wrote:
       | The conventional answer is that all electrons are the same
       | because they are all local excited states of a single quantized
       | field (the electron field). So we just have to shift perspective
       | from "there's only one electron" to "there's only one electron
       | field".
        
       | lupire wrote:
       | Wikipedia has the same info but better
       | 
       | https://en.m.wikipedia.org/wiki/One-electron_universe
        
       | npace12 wrote:
       | Mom said it's my turn on the electron
        
       | airstrike wrote:
       | [delayed]
        
       | buescher wrote:
       | This is the basis of one of my favorite jokes about interview
       | questions: "How many electrons are there?" (No, I do not use this
       | question)
        
       | tasty_freeze wrote:
       | Obviously, Wheeler was much more knowledgeable about physics than
       | the likes of me, so my obvious objection must have occurred to
       | him, but here it is.
       | 
       | Electrons have mass, so the total mass of a multiple electrons
       | must be more than the mass of a single electron. Or is there some
       | other mind-bender that would explain why "the" single electron
       | appears to have a trillion times it real mass when that
       | electron's timeline happens to be considered at a particular
       | slice of space and time?
       | 
       | Also, why wouldn't this logic also apply to every other primitive
       | particle: there is only one muon, one tau, one up quark, one down
       | quark, etc?
        
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       (page generated 2024-04-18 23:00 UTC)