Deformed Spacetime

Cardone, Fabio; Mignani, Roberto

doi:10.1007/978-1-4020-6283-4

Cited by 62 publications

(83 citation statements)

References 1 publication

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“…However, while the concept that energy can affect the geometry of space-time is the same as that in General Relativity, this deformation has nothing to do with gravitation. 13 For more extensive interpretations refer to [19,20] non linear optics in nonlinear media (liquid crystals) and non linear non local effects of space-time; visualize by CCD the deformation of the laser beam spot which is the unmistakable evidence of deformed space-time through which photons propagate as already tried and reported in [24].…”

Section: Conclusion and Remarksmentioning

confidence: 98%

“…In our case, the parameter E parametrizes the local deformation of to determine the features of this parameter, the analytical forms of the metric coefficients and other phenomenological details of this theory, this formalism was used to analyse the experimental set-up and the results of two experiments carried out in Cologne [10] and Florence [11] where LLI was broken in the sense that superluminal propagation of electromagnetic waves was observed. From this analysis, it was possible to extrapolate the energy function of the metric parameters , as it is shown in [12,13]. However, for our purpose, that is to show the results of an experiment in which some photons anomalously interact with other photons (not according QED), it is sufficient to state that the analysis of the results of these two experiments found out, first of all, an energy value of 4.5 µeV which is the threshold value over which the local Space-Time becomes again minkowskian 9 and second, the space extension and the angles [11] over which it is possible to make out the deformed space-time effects of LLI breaking.…”

Section: Lli Breakdown and Deformed Special Relativitymentioning

confidence: 99%

“…This second part of the energy is stored in the local deformation of space-time just as the Riemann curvature of space-time in General Relativity possesses its own energy momentum pseudotensor. According to the last sentence about energy stored in the deformation, it is possible to state that pilot waves cannot be hollow waves any longer 13 .…”

Section: Interpretationsmentioning

confidence: 99%

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Geometrical Lorentz Violation and Quantum Mechanical Physics

Mignani¹,

Petrucci²,

Cardone³

2014

Quant. Matt

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On the basis of the results of some experiments dealing with the violation of Local Lorentz Invariance (LLI) and on the formalism of the Deformed Special Relativity (DSR), we examine the connections between the local geometrical structure of space-time and the foundation of Quantum Mechanics. We show that Quantum Mechanics, beside being an axiomatic theory, can be considered also a deductive physical theory, deducted from the primary physical principle of Relativistic Correlation. This principle is synonym of LLI and of a rigid and flat minkowskian space-time. The results of the experiments mentioned above show the breakdown of LLI and hence the violation of the principle of Relativistic Correlation. The formalism of DSR allows to highlight the deep meaning of LLI breakdown in terms of the geometrical structure of local space-time which, far from being rigid and flat, is deformed by the energy of the physical phenomena that take place and in this sense it has an active part in the dynamics of the whole physical process. This perspective has a far reaching physical meaning that extends its consequences to the foundations of Quantum

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Section: Conclusion and Remarksmentioning

confidence: 98%

Section: Lli Breakdown and Deformed Special Relativitymentioning

confidence: 99%

Section: Interpretationsmentioning

confidence: 99%

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Geometrical Lorentz Violation and Quantum Mechanical Physics

Mignani¹,

Petrucci²,

Cardone³

2014

Quant. Matt

Self Cite

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“…In the experiments on liquid solutions (Cardone and Mignani 2007;Cardone et al 2009), aluminum atoms appeared at the end in a final quantity as large as about seven times the small initial quantity (Cardone et al 2009). By analogy with the case of piezonuclear reactions in liquids, a factor to be taken into account is the composition of the materials in which piezonuclear reactions may be produced.…”

Section: Introductionmentioning

confidence: 97%

“…Piezonuclear reactions with neutron emissions were obtained for the first time in liquids containing iron chloride or iron nitrate subjected to ultrasounds and cavitation (Cardone and Mignani 2007;Cardone et al 2009). In the experiments on liquid solutions (Cardone and Mignani 2007;Cardone et al 2009), aluminum atoms appeared at the end in a final quantity as large as about seven times the small initial quantity (Cardone et al 2009).…”

Section: Introductionmentioning

confidence: 99%

Piezonuclear Fission Reactions in Rocks: Evidences from Microchemical Analysis, Neutron Emission, and Geological Transformation

et al. 2012

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Neutron emission measurements, by means of He 3 devices and bubble detectors, were performed during three different kinds of compression tests on brittle rocks: (1) under monotonic displacement control, (2) under cyclic loading, and (3) by ultrasonic vibration. The material used for the tests was Luserna Stone. Since the analyzed material contains iron, our conjecture is that piezonuclear reactions involving fission of iron into aluminum, or into magnesium and silicon, should have occurred during compression damage and failure. This hypothesis is confirmed by the direct evidence of energy dispersive X-ray spectroscopy tests conducted on Luserna Stone specimens. It is also interesting to emphasize that the anomalous chemical balances of the major events that have affected the geomechanical and geochemical evolution of the Earth's crust should be considered as an indirect evidence of the piezonuclear fission reactions considered above.

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Delay time in the transfer of modulation between microwave beams

Cacciari

Mugnai

Ranfagni

2021

Engineering Reports

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Measurements of delay time relative to the signal transferred from a modulated beam F 2 to an unmodulated one F 1 , both of which operate with a microwave carrier at ∼9.3 GHz, are reported and interpreted. The observed behavior is open to two possible interpretations: one is based on a purely stochastic model that consists of zigzag random paths; the other is based on a more conventional electromagnetic approach, although it maintains some of the characteristics of the stochastic model. The anomalous behaviors here studied can have significant applications in photonics and electro-optics.

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Deformed Spacetime

Cited by 62 publications

References 1 publication

Geometrical Lorentz Violation and Quantum Mechanical Physics

Geometrical Lorentz Violation and Quantum Mechanical Physics

Piezonuclear Fission Reactions in Rocks: Evidences from Microchemical Analysis, Neutron Emission, and Geological Transformation

Delay time in the transfer of modulation between microwave beams

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