In other words, The Hermiticity of a matrix is invariant under unitary transformations.

换言之，矩阵的厄密在幺正变换下保持不变。

But diffeomorphism invariant theory leaves some problems to be explained, and the meanings of spacetime and physical theory are still in question.

但微分同胚不变理论存在需要解释的问题，空时及物理理论的意义仍不明确。

In other words, The Hermiticity of a matrix is invariant under unitary transformations.

换言之，矩阵的厄密性在幺正换下保持不。

But diffeomorphism invariant theory leaves some problems to be explained, and the meanings of spacetime and physical theory are still in question.

但微分同胚不理论存在需要解释的问题，空时及物理理论的意仍不明确。

In other words, The Hermiticity of a matrix is invariant under unitary transformations.

换言之，矩阵的厄密性在幺正换下保持不。

But diffeomorphism invariant theory leaves some problems to be explained, and the meanings of spacetime and physical theory are still in question.

但微分同胚不理论存在需要解释的问题，空时及物理理论的意仍不明确。

In other words, The Hermiticity of a matrix is invariant under unitary transformations.

换言之，矩阵厄密性在幺正变换下保持不变。

But diffeomorphism invariant theory leaves some problems to be explained, and the meanings of spacetime and physical theory are still in question.

但微分同胚不变理论存在需要解释问题，空时及物理理论意义仍不明确。

In other words, The Hermiticity of a matrix is invariant under unitary transformations.

换言之，矩阵的厄密性在幺正换下保持。

But diffeomorphism invariant theory leaves some problems to be explained, and the meanings of spacetime and physical theory are still in question.

但微分同胚理论存在需要解释的问题，空时及物理理论的意义仍明确。

In other words, The Hermiticity of a matrix is invariant under unitary transformations.

换言之，矩阵厄密性在幺正换下保持。

But diffeomorphism invariant theory leaves some problems to be explained, and the meanings of spacetime and physical theory are still in question.

但微分同胚理论存在需要解释问题，空及物理理论意义仍明确。

In other words, The Hermiticity of a matrix is invariant under unitary transformations.

换言之，矩阵的厄密性在换下保持不。

But diffeomorphism invariant theory leaves some problems to be explained, and the meanings of spacetime and physical theory are still in question.

但微分同胚不理论存在需要解释的问题，空时及物理理论的意义仍不明确。

In other words, The Hermiticity of a matrix is invariant under unitary transformations.

换言之，矩阵性在幺正换下保持。

But diffeomorphism invariant theory leaves some problems to be explained, and the meanings of spacetime and physical theory are still in question.

但微分同胚理论存在需要解释问题，空时及物理理论意义仍明确。

In other words, The Hermiticity of a matrix is invariant under unitary transformations.

换言之，矩阵的厄密性在幺正换下保。

But diffeomorphism invariant theory leaves some problems to be explained, and the meanings of spacetime and physical theory are still in question.

但微分同胚理论存在需要解释的问题，空时及物理理论的意义仍明确。