论文标题
复合希格斯玻色子和迷你黑洞
Composite Higgs Bosons and Mini Black Holes
论文作者
论文摘要
成对的标准模型费米子可以歼灭，以$ m_ {planck} $的量规量子数的量子量子数生成量子量子数的迷你黑洞。这导致在Planck量表上以强耦合结合Fermion Pairs与Higgs领域结合，从而导致了Nambu-Jona-Lasinio模型。在批判性耦合时，重新归一化的组穿着这些物体，然后大规模下降，成为低能能的可观察到的BoundState Higgs玻璃体，我们获得了“标量民主制”的多基格斯频谱。观察到的希格斯玻色子是重力绑定的$ \ bar {t} t $复合材料。可以在LHC和/或其升级处看到顺序状态。
Pairs of standard model fermions can annihilate to produce mini black holes with gauge quantum numbers of the Higgs boson at $M_{Planck}$. This leads to a Nambu-Jona-Lasinio model at the Planck scale with strong coupling which binds fermion pairs into Higgs fields. At critical coupling the renormalization group dresses these objects, which then descend in scale to emerge as OBSERVABLE boundstate Higgs bosons at low energies, and we obtain the multi-Higgs spectrum of a "scalar democracy." The observed Higgs boson is a gravitationally bound $\bar{t}t$ composite. Sequential states may be seen at the LHC, and/or its upgrades.
