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New insights into the special theory of relativity

机译:狭义相对论的新见解

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In the 20th century, physics has understood space and time as being coupled into a " space-time" manifold, a fundamental arena in which everything takes place. Space-time was considered to have three spatial dimensions and one temporal dimension. Out of the mathematical formalism for the fourth space-time component X4= ict, one can conclude that time t is only a numerical order of material change, i.e., the motion that we obtain with clocks. Time is not a fourth dimension of space. For the description of the special theory of relativity, it is here proposed a Minkowski 4D space, while time t is merely a numerical order of a photon motion in a four-dimensional (4D) space. This view opens new perspectives on the understanding of the quantum entanglement, where the 4D space becomes an immediate medium for quantum communication.
机译:在20世纪,物理学将空间和时间理解为与“时空”流形耦合的,流形是所有事物发生的基本场所。时空被认为具有三个空间维度和一个时间维度。从第四时空分量X4 = ict的数学形式主义中,可以得出结论,时间t只是物质变化的数字顺序,即我们利用时钟获得的运动。时间不是空间的第四维度。为了描述相对论的特殊原理,这里提出了Minkowski 4D空间,而时间t只是四维(4D)空间中光子运动的数值顺序。这种观点为理解量子纠缠开辟了新的视角,量子纠缠使4D空间成为量子通信的直接媒介。

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