Conclusion

If we take our universe as a closed system, in many quantum mechanical phenomena objectivity, locality and the first law of thermodynamics (conservation of energy) goes under question. Introducing virtual particles as quantum of energy fields does not satisfy the common sense. Either we have to drop universality of conservation of energy and matter or accept another entity which interacts with our universe.

In this view quantum arena is the twilight zone between the space-time universe and the proposed singularity. In other words, quantum domain is where space-time and singularity intermingle. This is why it demonstrates an objective reality mixed with subjective and imaginary realm.

The complementarity between two observables of a particle like momentum and location is the same feature which manifests itself as either a singularity element (momentum-energy) or locality (space-time feature).
Applying classical physics laws alone to explain quantum mechanics is doomed to failure. We need to mix classical logic with mind-like realm laws to be able to explain the unsolved mysteries of quantum mechanics. Above I have explained different quantum mechanical paradoxes based on the above concept.

 

Summary

While quantum mechanics is very precise to predict and reproduces the results of experiments, it does not offer any classical explanation for the strange results obtained in the lab. Adding the proposed singularity as a non-local energy–information media offers explanations for the strange results by exposing us to a new paradigm. This paradigm delivers its own logic which can explain many of the current paradoxes. Explanations for Tonomura’s two slit interference, quantum entanglement and other quantum mechanical phenomena has been proposed based on this model.

 

For a new concept in search of deeper understanding of reality Please visit http://www.quantumperception.net.

 

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