(Published on 15 Mar 2008)
Abstract. The features of object characterized by complex mass, energy and
momentum (signalled in many articles) have been analysed.
t has been stated, that complex mass object must move with velocity bigger than
limit velocity c, or even with complex velocity according to Special Relativity.
In such cases, complex space-time coordinates occure. It has been stated, that complex
mass arises as the result of interaction with unempty vacuum, like effective mass
in solid body arises as the result of interaction with cristal lattice, especially
that effective mass may be expressed by co lex mass, too.
The discrepancies, whic led to rejection of Dirac's unempty vacuum, have been removed.
The conception of two coupled Dirac’s seas connected with particle and antiparticle
has been introduced, and the superconducting or superfluid character of Dirac’s
sea has been postulated.
It has been proved that the unempty vacuum conception is not discrepant with (Special)
Relativity, but on the coatrary, it implicates Lorentz’s transformation and further
consequences.
The dependence of mass upon velocity has been interpreted as the effect of interaction
with unempty vacuum.
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