Energy under waving ball minus her cutting edge is at both grips cca antimatter percentage measured by our physicists

Energy under waving ball minus her cutting edge is at both grips cca antimatter percentage measured by our physicists

Evolving my blog post https://hrubos.tech/blogy/2025/08/can-we-break-fundamental-symmetries we can now better see why do we have 2.5-3% of antibaryon matter due to waving. My idea is upperwise picture ^^^ The problem is we have two sided grip and also so called double grip reaction, so 2 times 2.5-3% is cca 5.4% as marked in the article: https://pubs.aip.org/physicstoday/online/44546/Matter-antimatter-asymmetry-is-observed-in-baryon If we imagine subtraction of energy under graph of a ball which should be 3x^2 and her cutting point x we get cca k times 3% difference in computation. If we imagine double grip of wave at both sides, we are getting cca 5.4% of antimatter. Aand that's it.

Quote: The researchers found that the beauty baryon decay rate was higher than that of its antibaryon counterpart: The relative difference of about 2.5% agrees with, and provides a more precise number than, existing theory. ; Another next step will be to focus on intermediate processes in the baryon decay chain for which the observed CP violation is even greater, as high as 5.4% ...


Author: AarNoma

The first Slovak cyborg 1 system

Comments “Energy under waving ball minus her cutting edge is at both grips cca antimatter percentage measured by our physicists”