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InertialObservr's profile
〈 Berger | Dillon 〉
〈 Berger | Dillon 〉
〈 Berger | Dillon 〉
@InertialObservr

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〈 Berger | Dillon 〉

@InertialObservr

PhD student of Theoretical Particle Physics @UCIrvine l @NSF Fellow l Physics & Math Animations l Patreon: https://www.patreon.com/inertialobserver …

DC → CA
youtube.com/c/InertialObse…
Joined August 2015

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    1. (Ángel)μν‏ @astroparticular 5 Oct 2019
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      1/ The Einstein Energy-Momentum Relation can be straightforwardly turned into the `Klein-Gordon Equation.` ✍🏽 Why’s that important? The KG-Equation describes spinless particles of any charge! †pic.twitter.com/mboQngOfat

      7 replies 80 retweets 293 likes
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    2. (Ángel)μν‏ @astroparticular 5 Oct 2019
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      2/ If you use natural units (author’s note: ❤️) where ℏ = c = 1, and replace `E` and `p` for their quantum operators... ➡️pic.twitter.com/boG9B2mSWm

      2 replies 3 retweets 51 likes
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    3. (Ángel)μν‏ @astroparticular 5 Oct 2019
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      3/ You’ll find that the equation reduces to below. Very serendipitiously, the *d’Alembertian* pops up and we can get a Lorentz-Invariant relativistic equation...pic.twitter.com/kZn95C6Guc

      2 replies 2 retweets 44 likes
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    4. (Ángel)μν‏ @astroparticular 5 Oct 2019
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      4/ 🎉 The Klein-Gordon Equation! 🎉pic.twitter.com/r9vvD1fFQA

      1 reply 2 retweets 38 likes
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    5. (Ángel)μν‏ @astroparticular 5 Oct 2019
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      5/ Why is this important? The KG-Equation describes spinless particles of any charge. However, unlike other wavefunctions, the norm squared |φ|^2 won’t give you a probability amplitude here, but it will give you a *charge density.*

      2 replies 2 retweets 35 likes
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    6. (Ángel)μν‏ @astroparticular 5 Oct 2019
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      6/ † It’s important to note though: for common spinless particles, e.g. the pion, the KG-Equation doesn’t tell the whole story because quarks & gluons also experience the Strong Force. Oh well! 🤷🏽‍♂️pic.twitter.com/2R9MhQslWW

      2 replies 1 retweet 31 likes
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    7. 〈 Berger | Dillon 〉‏ @InertialObservr 5 Oct 2019
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      Replying to @astroparticular

      I’m not a fan of the myth that we tell the kids that we “know” that confined particles are a composite state of quarks/gluons when in reality quarks and gluons are just I’ll defined when the coupling is strong

      2 replies 0 retweets 1 like
    8. (Ángel)μν‏ @astroparticular 5 Oct 2019
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      Replying to @InertialObservr

      That’s a very good point. There’s a lot of space for more to happen inside. I’ll keep that in mind by adding in some nuance

      2 replies 0 retweets 1 like
    9. (Ángel)μν‏ @astroparticular 5 Oct 2019
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      Replying to @astroparticular @InertialObservr

      Maybe a thread on Feynman diagrams would be a strong point to emphasize second order interactions

      2 replies 0 retweets 0 likes
      〈 Berger | Dillon 〉‏ @InertialObservr 5 Oct 2019
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      Replying to @astroparticular

      it would but unfortunately this problem is non perturbative :’( which is a direction of research I’ve been fascinated with lately

      1:22 AM - 5 Oct 2019
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