Since 1936, few physicists believed the existence of field duality: moving and stationary. Furthermore, it is also believed that only the moving fields could be quantized and since then researches have been exclusively studying the quantum theory of moving fields, specially the moving electromagnetic fields with a maximum light-speed. However, modern field classifications include the following: matter fields, energy fields, Higgs field, meson fields, gravity field, weak fields, strong fields, electromagnetic field, fermions fields, and bosons fields. Fundamentally, only two categories exist: scalar and vector field. Most of the vector fields have now been discovered with the exception of graviton field, while the one and only scalar field needed to be discovered is the Higgs field.
The stationary field, whether scalar or vector, maybe just scalar, was the 19th century ether field. But it is now long forgotten and which nobody cares to investigate anymore. Nonetheless, the reality of quantum vacuum fluctuations carries a very strongly implication that stationary field of the true vacuum does exist. The problem is finding ways to interact with it, for example by harnessing its limitless supply of energy.


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