论文标题
虫洞附近高能粒子碰撞的新场景
New scenarios of high-energy particle collisions near wormholes
论文作者
论文摘要
我们建议在虫洞背景下高能粒子碰撞的两个新场景。在方案1中，新颖性在于，这种效果不需要两个来自不同嘴巴的粒子。取而代之的是，当实验者将颗粒从喉咙的同一侧发送到虫洞时，所有此类高能量碰撞的情况就会发展。对于静态虫洞，这种方法会导致质量中心无限期大能量。对于旋转的虫洞，它使得超纤维过程（在无穷大致测得的无界能量）可能。在方案2中，从一开始，一个碰撞颗粒就会在虫洞喉咙附近振荡。从这个意义上讲，方案2是在标准1和方案1之间进行的，因为所讨论的粒子根本不是来自无穷大。
We suggest two new scenarios of high-energy particle collisions in the background of a wormhole. In scenario 1 the novelty consists in that the effect does not require two particles coming from different mouths. Instead, all such scenarios of high energy collisions develop, when an experimenter sends particles towards a wormhole from the same side of the throat. For static wormholes, this approach leads to indefinitely large energy in the center of mass. For rotating wormholes, it makes possible the super-Penrose process (unbounded energies measured at infinity). In scenario 2, one of colliding particles oscillates near the wormhole throat from the very beginning. In this sense, scenario 2 is intermediate between the standard one and scenario 1 since the particle under discussion does not come from infinity at all.
