论文标题
大型强子对撞机的地平线量子力学模型中的量子黑洞
Quantum black holes in the horizon quantum mechanics model at the Large Hadron Collider
论文作者
论文摘要
使用Horizon量子力学模型研究了大型强子对撞机的量子黑洞的产生。该模型对在对撞机实验中如何观察到黑洞具有新的意义。预计黑洞的产量可能低于普朗克量表，因此即使普朗克量表略高于撞机的质量能量中心，也可以产生黑洞。此外，在该模型中，黑洞质量分布中通常的预期共振显着扩大。对于高于当前下限的普朗克尺度值的值，黑洞质量分布的形状几乎与普朗克量表无关，并且更多地取决于额外的维度的数量。这些模型特征表明，在对撞机实验中需要替代搜索策略。
Quantum black hole production at the Large Hadron Collider is investigated using the horizon quantum mechanics model. This model has novel implications for how black holes might be observed in collider experiments. Black hole production is predicted to be possible below the Planck scale, thus leading to the intriguing possibility that black holes could be produced even if the Planck scale is slightly above the collider centre of mass energy. In addition, the usual anticipated resonance in the black hole mass distribution is significantly widened in this model. For values of the Planck scale above the current lower limits, the shape of the black hole mass distribution is almost independent of the Planck scale and depends more on the number of extra dimensions. These model features suggest the need for alternative search strategies in collider experiments.
