论文标题
从浆果启发的动力学轨迹场与电磁效果相结合的新兴时空
Emergent spacetime from a Berry-inspired dynamical gauge field coupled to electromagnetism
论文作者
论文摘要
在动量空间中的费尔米克浆果阶段的动机中，我们研究了耦合到电磁势的动量空间中的当地阿贝尔阶段，用于相位空间世界形式中的复杂标量。证明两个阿贝尔田的相互作用都会引起依赖的动量量表。作为一个具体的例子，我们进一步研究了浆果启发的量规场的经典解决方案，该解决方案导致了新兴的牛顿重力，并在构型和动量空间中通过耦合的库仑田预测的引力潜力。还提供了该理论的非共同方面。
Motivated by the fermionic Berry's phase in momentum space, we study a local Abelian phase in momentum space coupled to electromagnetism, for complex scalars in the phase-space worldline formalism. The interaction of both Abelian fields is shown to give rise to a momentum gauge dependent emergent spacetime. As a concrete example, we further study classical solutions of the Berry-inspired gauge field that lead to an emergent Newtonian gravity with gravitational potential predicted by coupled Coulomb fields both in configuration and momentum spaces. Noncommutative aspects of the theory are also provided.
