Dear Fellows,
As its known today that Quantum spectrum can give more deep understanding of universe at constituent levels. At current we have Plank constant and Schrodinger equations etc to understand the Quantum Mechanics. But, these are not enough and limited for few parameters.
1) Do we need Spin Constant? why and why not?
2) Do we need Quantum Constant for motions? why and why not ?
3) Do we need Entangle Constant? why and why not?
4) What will be scenario for "theory of relativity" after discovery of these 3 constant values
5) how much modern physics will get change when we can "see" exact states...Past Quantum State Level-1 (PQ 1). Current Quantum State Level-1 (CQ 1) and Future Quantum State Level-1 (FQ 1)
6) Will such discoveries enhance Qubits to cross threshold level to simulate different universal systems. especially Biosphere webs with true paths in past and future?
7) How the generation of such a huge Data will be handled, will it over burdened?
8) Will it be end of Solid state and Quantum world for knowledge and only further applications will left to develop and understand with more perfection?
9) What will be after the Quantum ? any ide, any clue? any new dimensions? as we are going to cross 3rd dimension and getting enter into 4th dimension "physically"
10) After every known, there is always an unknown, till get into the Reality, is there any known limit of levels till getting into ultimate reality? is yes then how many levels more?
Thanks
I think I can help you with point 9 of your question and perhaps also some others. I have been working on a theory to resolve the conflict between General Relativity (GR) and Quantum Mechanics (QM). I used as a starting point the equations and concepts of GR and tried to apply them to the scale of the atom.
This led to the Spacetime Wave Theory in which light travels as a wave disturbance of spacetime. Then electrons, neutrons and protons are shown to be looped waves in spacetime with energy E = hf. From this the explanation is given for mass, charge, force and field based solely on the fundamental properties of spacetime. The cause of the quantisation of electrons and light is explained.
The Schrodinger equation of QM is retained but many QM concepts are discarded including wave/particle duality, the probability interpretation of the wavefunction, quantum superposition (systems are in one state at a time). The measurement problem of QM is solved.
So to answer you question, the next thing after quantum theory is the Spacetime Wave theory:
Data Prerecording of Conference Presentation on the Unification of Physics
Richard
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