Tests of fundamental symmetries with atoms and molecules

这一建议侧重于原子和分子基本对称性测试的理论方面。它有三个相互关联的组成部分：(i)原子宇称不守恒（PNC）， （ii） cp奇数（T， p奇数）极化，和（iii）核模拟。所有这些项目都是为了寻找超越基本粒子标准模型的新物理学，比如超对称。他们依赖于对原子和分子结构上基本力的微小影响的精密实验灵敏度。推导出的约束条件与从粒子对撞机获得的信息是相互竞争的，同时又是互补的。

This proposal focuses on theoretical aspects of tests of fundamental symmetries withatoms and molecules. It has three interrelated components: (i) atomic parity nonconservation (PNC), (ii) CP-odd (T,P-odd) polarizabilities, and (iii) nuclear anapolemoments. All these projects are driven by searches for new physics, such assupersymmetry, beyond the standard model of elementary particles. They rely onexquisite experimental sensitivity to minute effects of fundamental forces on atomic andmolecular structure. The derived constraints are competitive and, at the same time,complementary to the information gained from particle colliders.