Well, the Madala is the higgs of dark matter and is a particle they are looking for at the LHC, my question if Higgs bosons enter a tachyon state then give that extra energy via Cherenkov radiation in tachyon condensation to a weak transmitter like the Z boson, how does Dark matter gain this energy, what type of Force does the Energy get stored as only having Weak and Gravitational interaction. The Normal Sub-atomic particles store it in the SNF as gluons or in electrons as Charge, but Dark matter does not seem to have gluons or charge, so how is it being stored? What Field is storing this energy after Tachyon Condensation, which by definition does Decoupling on the Electroweak. Does it get stored as rest mass in the weak?  

Edited October 5, 20178 yr by Vmedvil

There isn't much available on the Madala boson, however this paper has the theoretical cross scatterings with the Higgs and DM.

https://www.google.ca/url?sa=t&source=web&rct=j&url=https://arxiv.org/pdf/1709.09419&ved=0ahUKEwjDpp-EzNnWAhVK3GMKHaAODukQFggwMAU&usg=AOvVaw3vW_v56hM2WFWxe_zCePMQ