关于粒子质量变化和GR：时空拓扑导致LHC泄漏
On Particle Mass Changes and GR: Space-time Topology Causes LHC Leakage
摘要：
有人认为，粒子静止质量的变化必须涉及一个多连通的时空拓扑。大型强子对撞机可以探测这些拓扑效应通过粒子泄漏（~18%），它在粒子质量变化的相互作用经验。以约82%的概率，这种4-空间泄漏导致可观察到的希格斯质量从131.6 GeV的物理值下降到125.2 GeV。
英文摘要：
It is argued that a change in particle rest mass must involve a multiply connected space-time topology. The LHC can probe these topological effects through the particle leakage (~18%) that it experiences in particle mass changing interactions. With a probability of ~82%, this 4-space leakage causes a downward shift in the observable Higgs mass, from its physical value of 131.6 GeV to 125.2 GeV.
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