18,155 research outputs found
The time at the subplanckian scale
With the theory of special relativity, time has been linked with space into a
four-dimensional space-time from which a basic question must be asked: can
space be really transformed into time and vice-versa? The response is
affirmative if time has the same structural topological structure as space at
the subplanckian quantum level in such a way that a discrete structural quantum
time constitutes the time part of the space-time internal vacuum of every
elementary particle. It has thus been shown that a quantum time, quantized
algebraically according to a lattice of time quanta, really exists and is
emergent in the sense that time quanta can be transformed into space quanta and
vice-versa. Furthermore,this quantum time, only relevant at the subplanckian
scale, is proved to be in one-to-one correspondence with the absolute and
relative clock times.Comment: 8 page
Brane and string field structure of elementary particles
The two quantizations of QFT,as well as the attempt of unifying it with
general relativity,lead us to consider that the internal structure of an
elementary fermion must be twofold and composed of three embedded internal
(bi)structures which are vacuum and mass (physical) bosonic fields decomposing
into packets of pairs of strings behaving like harmonic oscillators
characterized by integers mu corresponding to normal modes at mu (algebraic)
quanta.Comment: 50 page
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