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FQXI ARTICLE

September 22, 2019

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GEORGINA PARRY wrote on March 16, 2009

A photon may be considered as a disturbance in the objective reality of the void. What that reality is called makes no difference, except to those with prejudice against any model that states that the void is not a vacuum but must have substance.It is unknowable since we appear to have no information from it that travels across the Prime reality interface to inform our conceptualisation of it.

A disturbance in the objective reality of the void will only be detectable if it is able to...

A photon may be considered as a disturbance in the objective reality of the void. What that reality is called makes no difference, except to those with prejudice against any model that states that the void is not a vacuum but must have substance.It is unknowable since we appear to have no information from it that travels across the Prime reality interface to inform our conceptualisation of it.

A disturbance in the objective reality of the void will only be detectable if it is able to...

ROUMEN TSEKOV wrote on March 9, 2008

It is clear that isolated systems do not exist in nature. Thus, the interaction between the target system and its environment always leads to decoherence. The traditional decoherence theory developed by Zeh, Zurek and others is based, however, on linear master equations. As a result, there is a time interval, where decoherence takes place. Recently it was demonstrated that the entropy (information) exchange between the system and its environment results in a nonlinear Schrodinger equation (see...

It is clear that isolated systems do not exist in nature. Thus, the interaction between the target system and its environment always leads to decoherence. The traditional decoherence theory developed by Zeh, Zurek and others is based, however, on linear master equations. As a result, there is a time interval, where decoherence takes place. Recently it was demonstrated that the entropy (information) exchange between the system and its environment results in a nonlinear Schrodinger equation (see...

KOEN VAN VLAENDEREN wrote on February 20, 2008

Plenty of alternative interpretations of the math of micro-physics. Bohmiam physics, for example, and not to mention Werner Hofer's re-evaluation of QM (called micro-dynamics): http://uk.arxiv.org/abs/quant-ph/9806066

I agree fully with prof. Hofer's remarks regarding the arbitrary assumption that defines the QM philosofy, but not necessary agree with all aspects of prof. Hofer's developed microdynamics.

Hofer on QM: "The particle wave has no intrinsic potential energy according...

Plenty of alternative interpretations of the math of micro-physics. Bohmiam physics, for example, and not to mention Werner Hofer's re-evaluation of QM (called micro-dynamics): http://uk.arxiv.org/abs/quant-ph/9806066

I agree fully with prof. Hofer's remarks regarding the arbitrary assumption that defines the QM philosofy, but not necessary agree with all aspects of prof. Hofer's developed microdynamics.

Hofer on QM: "The particle wave has no intrinsic potential energy according...

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