论文标题
Q衡量方案在量子光子框架中设置：链接抽象空间和实验室空间
q-Measurement Scheme set in Quantum Photonic Frameworks: Linking Abstract Space and Lab Spaces
论文作者
论文摘要
从抽象空间开始，然后驱散表示形式，铺平了一种制定量子物理测量方案版本的方法。随着物质性在Q国家的维持角色发挥作用，后一种控制系统对外部探针的响应。维持涉及所有可能的Q国家。通常分配给特征状态和特征值的粒子特征死亡，而能量差距与可能的能量量子交换有关。不再需要占用概念。抽象和实验室空间是不相称的，将它们连接起来导致可能的物理Q测定理论。连接器（链接）称为黑帮和/或舷梯，它们在边境仲裁量子对经典区域进行仲裁。惯性帧通过投影到波函数空间来促进Q-State域。物理量子测量理论基于这些要素，包括量子信息概念。
Beginning in abstract space and dislodging the representational form paves a way to formulate a version of a quantum physical measurement scheme. With materiality playing sustainment roles with respect to q-states, these latter control system response towards external probes. Sustainment concerns all possible q-states. The particle character usually assigned to eigenstates and eigenvalues dies out, while energy gaps relate to possible energy quanta exchanges; the occupancy concept no longer required. Abstract and laboratory spaces are incommensurate, linking them leads to a possible physical q-measurement theory. Connectors (links) are referred to as gangplanks and/or gangways, they perform in frontiers arbitrating quantum to classical regions. Inertial frames facilitate linking q-state domains via projection to wave function space. A physical quantum measurement theory obtains grounded on these elements including quantum information concepts.
