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        "quote": "不过，不应对 $q$ 做第一个和最后一个积分，而应将 $q$ 的第一个值固定为 $q _ { 0 }$，最后一个值固定为 $q _ { T }$。人们可以尝试将这种积分在极限下解释为相空间中路径空间上的积分，因此是 “[<u class=\"concept-term\" data-concept-reference=\"concepts/quantum-mechanics/phase-space-path-integral\" data-concept-identity=\"urn:uuid:8c7b5380-5128-4333-9ea2-4fde37887085\" data-concept-route=\"/concept-identities#concept-8c7b5380-5128-4333-9ea2-4fde37887085\" id=\"first-efe83d38d4761e050e7d-zh\">相空间路径积分(phase space path integral)</u>](../../../../../concepts/quantum-mechanics/phase-space-path-integral)”。",
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        "quote": "although one should not do the first and last integrals over $q$ but fix the first value of $q$ to $q _ { 0 }$ and the last one to $q _ { T }$ . One can try and interpret this sort of integration in the limit as an integral over the space of paths in phase space, thus a “[<u class=\"concept-term\" data-concept-reference=\"concepts/quantum-mechanics/phase-space-path-integral\" data-concept-identity=\"urn:uuid:8c7b5380-5128-4333-9ea2-4fde37887085\" data-concept-route=\"/concept-identities#concept-8c7b5380-5128-4333-9ea2-4fde37887085\" id=\"first-efe83d38d4761e050e7d-en\">phase space path integral</u>](../../../../../concepts/quantum-mechanics/phase-space-path-integral)”.",
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