The 2022 study’s experimental investigations prove that relative velocities from Einstein's first postulate significantly violate kinetic energy conservation, whereas complex relative velocities show zero error. This paper reveals a hidden variable creating contrasting realms, real and imaginary, similar to rest and motion, allowing seamless transition in the complex domain through an optical process. It also establishes inertial frame criteria based on Newton's first law. The traditional setup of velocities v and -v, summing to 2v in magnitude but zero as a vector, fails to meet inertial frame criteria, which require the sum of magnitudes' absolute values to equal their vector sum, only achieved when frames are at rest or follow Newton's first law. Consequently, this setup cannot support a seamless transition between electric and magnetic fields or account for z-axis phenomena. The author introduces a new setup involving v (motion) and iv (rest), with previous works (2011, 2017, 2022) defining complex relative motion as a combination of real and imaginary motions. The Modified Transformation Laws of Coordinates (2017), later included as a book chapter (2022), now known as jk Transformation Laws, show vectors with symmetry while scalars with asymmetry. This paper explores variation in mass, time, and length at varying velocity via complex transformations. A 2004 study shows decrease results from increase, demonstrating antimatter's emergence and transforming infinity into energetic photons at c, providing insights into gamma rays and GRBs. Stationary lengths contract and moving lengths elongate, validated by a Russian Physicist V. N. Streltsov in 1974. Our analysis of Persistence of vision is empirical justification by a burning incense stick rotating at 16 rounds per second, appearing as a red circle. Fast muons travel extra distances, and jet exhausts appear as straight lines. moving photons appear in ray. Moving clocks run faster, resting time stretches. Unlike, time dilation, lightning fades instantly while thunder lingers, supporting the paper's conclusions. Waves within rays are preserved by flexible acceleration, The inverse results, similar to those of qubits, predict entangled particles and their resolution when opposing states coexist with interconnectedness. The unique outcomes without reciprocity revolutionize physics.