Re: [Vo]:This could relate to the Mills/Holmlid effect

https://www.youtube.com/watch?v=zY6IK0ObDYU explanation of vacuum decay. The mass of the up and down quark depends on the energy values of the Higgs field (aka vacuum). An increase or decrease of this vacuum expectation value (VEV) that is beyond or below 1.2 (120%) of the ambient Higgs field VEV

Re: [Vo]:This could relate to the Mills/Holmlid effect

Andrew! Your picture is correct up to level N=3 after this the electron EM flux joins the proton EM flux and as a such is always at light speed. Be also aware that the 1:1 split for potential energy and kinetic energy added is only valid as an average for non circular orbits (toroidal orbits a

Re: [Vo]:This could relate to the Mills/Holmlid effect

Axil Axil, When a free electron falls into a deep atomic orbit, it gains kinetic energy and a photon of the same amount is emitted. Both energies are provided from decay of the nuclear mass. Is this what you call, or equivalent to, vacuum decay? Andrew On 5/29/23, Axil Axil wrote: > https://ww

Re: [Vo]:This could relate to the Mills/Holmlid effect

https://www.youtube.com/watch?v=GmLsF5yEd9o *Garett Moddel has patented (it actually works) a device that extracts energy from the vacuum. * An experiment that show energy extraction from the vacuum https://www.youtube.com/watch?v=6rgn-10sSJI In his product development, Moddel has found that ex