The　quantum　trajectory　approach,　inspired　by　Bohmian　mechanics,　incorporates　quantum　effects　into　classical-like　trajectory　simulations.量子轨迹的方法,由Bohmian力学得到灵感,采用经典轨道仿真量子效应。在称Symmetrized　Weyl-Heisenberg　wavelets　defeat　exponential　scaling　in　basis　set　methods,　and　have　been　applied　to　systems　with　up　to　17　dimensions. 　Traditional　iterative　discrete　variable　representation　methods　have　been　adapted　for　scalability　on　massively　parallel　computing　platforms　with　up　to　tens　of　thousands　of　cores