connecting dots of decoherence
towards nobody's perspective

just another interpretation of quantum spacetime
through information theory, neural networks and evolution

Networks and Momenta
Paper that develops the elementary physics interpretation; submitted at DICE2020
latest version available for download: pdf


Starting from Information and Communication Theory and following the concepts derived from an intuitionist mathematical perspective, the aim of this contribution is to propose new conjectures on spacetime and its physical interpretation, towards a deeper understanding of time and elementary particles in terms of information and evolution. In a Universe discrete on space and time, two time-momenta components are considered. The orthogonal time-dimensions on which the momenta evolve are described as an imaginary coherent time ict (related to a 3D probabilistic Space) and a phase in respect to an Absolute Time pulse Tk (not intended in the Newtonian sense but defined in the correlation of distant imaginary points in space and related to persisting information). The Absolute Time is described as a discrete memory and a computational network acting as a compression algorithm of the information of spatial correlation. At each cycle it stores and projects on the imaginary time the full 3D probabilistic Space. The discrete evolution considered leads to the definition of a coherent Now, pictured as the thick Now of intuitionist mathematical languages. Elementary particles are described as networks of entangled imaginary distances. They evolve as packets of information in terms of the momenta along the Absolute Time and the imaginary coherent time (a mathematical derivation of the given momenta is proposed, in both relativistic and quantum mechanical terms). Following the geometry proposed, static mass is related to a persisting gradient of information stored in Tk and gravity is described as info-tensors on the coming imaginary time due to the memory of the past states. Additional hypotheses on the connection between maximum compression of spatial information occurring in Black Holes and in the Absolute Time are given in the last chapter. The paper comes as a refinement of the ideas presented by the author at the TM-2019 INAF conference (2019 - Turin, Italy).

09-2019 Conjectures on Spacetime
First scientific contribution; presented at the TM2019 INAF conference 
docs at the INAF Archive and on youtube

09-2018 oudeis FirsTk1ss
a bag full of insights and inspirations on everything and nothing
download the draft as pdf