加拿大化学论文怎么写：物理学
在计算和推算的情况下，表示理论是与庞加莱组相关的一个理论。这可以被看作谎言群体代表的一个例子。这被认为是一个紧凑组，或者它可以被认为是一个半简单组。这些被认为是理论物理学的细微差别。在物理理论的情况下，存在用作基础空间时间的minkowski空间。该空间在用于表示庞加莱组的物理领域中定义。在经典场理论的情况下，物理状态被认为是Poincaré-equivariant矢量组的部分。这些被认为是闵可夫斯基空间的束缚。 equivariace条件意味着组行为出现在向量束中混淆的总空间中。这被认为是在闵可夫斯基空间存在的预测，它可以被认为是一个等变图。在此情况下，庞加莱组也在本场景中形成的部分空间上运行。这些表示以一种称为协变场表示的方式出现。这些不被认为是单一的。更细微的定义被称为Wigner分类。在量子力学的情况下，系统的状态被定义在薛定谔方程中。这在伽利略变换下是不变的。
加拿大化学论文怎么写：物理学
量子场论被认为是一种在量子力学中有相对论延伸的形式。在这方面，相对论性的庞加莱不变波动方程已被认为在这个模式中得到了解决。观察到的量子尺寸规格作用于希尔伯特空间。假定这是Fock国家。这些Hamiltonian理论的本征态被认为是基于具有单个4-动量的粒子数量来定义的。在这种情况下，没有在完整的洛伦兹或庞加莱变换中确定的有限幺正表示。这些源于洛伦兹助推器的非紧凑性。洛伦兹增强可以定义为在沿着空间和时间轴线使用的闵可夫斯基中发生的旋转。在这个模式中，可以使用旋转1/2粒子的情况。认为不可能找到包含有限维表示的构造以及用每个论文中观察到的4分量Dirac旋量的关系表示来保存的标量积。这些旋转器转换由伽马矩阵生成的洛伦兹变换。这些被认为是被保存的标量产品的一部分。这不是肯定的。
加拿大化学论文怎么写：物理学
In the case of calculation and reckoning, the representation theory is one theory that has relevance on the Poincaré group. This can be considered as an example for the representation of the lie group. This is considered to be either a compact group or it can be considered to be a semi simple group. These are considered to be the nuances of the theoretical physics. In the case of physical theory, there is the minkowski space that is used as the underlying space time. The space is defined in the physical realm that is used to represent the Poincaré group. In the case of classical field theory, the physical states are considered to be the sections of the Poincaré-equivariant vector group. These are considered to be the bundle over to the Minkowski space. The equivariace condition means that the group acts are present to the total space that is confounded in the vector bundle. This is considered to be the projections that are present in the Minkowski space and it can be considered as an equivariant map. In this the Poincaré group also functions on the space of the sections that are formed in this scenario. These representations arise in a manner that are known as the covariant field representations. These are not considered to be unitary. More nuanced definitions are known as the Wigner classification. In the cases of quantum mechanics, the state of the system is found to be defined in the Schrödinger equation. This is invariant under the Galilean transformations.
加拿大化学论文怎么写：物理学
The quantum field theory is considered to be a form where there is relativistic extension that is derived in the quantum mechanics. In this aspect, the relativistic Poincaré invariant wave equations have been considered resolved in this schema. The quantum sized specs are observed to act on the Hilbert space. It is assumed that this is the Fock States. Eigenstates of these theories of the Hamiltonian are considered to be defined based on the number of particles that have an individual 4- momentum. In this situation, there is no finite unitary representation that is determined in the complete Lorentz or Poincaré transformation. These stem from the non-compact nature of the Lorentz boosts. The Lorentz boosts can be defined as the rotations that take place in the Minkowski that are used along the lines of the space and time axis. In this schema, the case of spin 1/2 particles can be used. It is deemed not possible to find a construction that include the finite-dimensional representation along with the scalar product that is preserved with the representation of relationship that is present between the 4 component Dirac spinor that is observed in each article. These spinors transform the Lorentz transformation that is generated by the gamma matrices. These are considered to be a part of the scalar product that is preserved. This is not positive definite.
