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This is the philosophy of the perceptual realist: Things exist independent of our perception in this world view. The tree does make a sound when no one is there to hear it. It is this philosophy that most of our society is based upon. Therefore, we as individuals look for ‘truth’ in certain things, and when we think we have found it we push it onto others because of our faith in what we have found empirically. This method seems to have worked, but is there an end goal?
For the most part, the method is associated with reductionist science. The end goal of reductionism is to find the most intrinsic and basic laws and functions of the natural world. This method has been focused on material things - because of our background assumptions in society, or our world view that is perceptual realism. If we were idealists, we would probably not spend as many resources as we currently do towards the reductionist agenda in things like the Genome Project, or the Large Hadron Collider.
As an idealist, other peoples views have just as much validity as our own - because the subjective experience is all that exists. An idealist view respects the lack of hierarchy, and therefore is more tolerant of different perspectives. A reducing realist would believe that there is an objective truth that should be recognized by everyone - which would explain trying to ‘convert’ people or ‘spread the truth’ - policing the world is a good example of how a reductionist idea has transformed into the political arena.
The realist would spend billions towards research to find a fundamental particle, while the idealist could use those same resources for education, local infrastructure, helping starving children, etc. This is an example of how our basic world views affect ethics and morals - and even foreign policy.
The main argument against the quantum mind proposition is that quantum states would decohere too quickly to be relevant to neural processing. Possibly the scientist most often quoted in relation to this criticism is Max Tegmark. Based on his calculations, Tegmark concluded that quantum systems in the brain decohere quickly and cannot control brain function.
The life cycle, with its complex of coupled cyclic processes, forms a heterogeneous, multidimensional and entangled space-time which structures experience. In the ideal, it is a quantum superposition of coherent space-time modes, constituting a pure state that maximizes both local freedom and global cohesion [7, 12, 13] in accordance with the factorizability of the quantum coherent state [20]. Quantum coherence gives rise to correlations between subsystems which resolves neatly into products of the self-correlations so that the sub-systems behave as though they are independent of one another. One can also picture the organism as a coherent quantum electrodynamical field of many modes, with an uncertainty relationship between energy and phase [21], DnDf e h So, when phase is defined, energy is indeterminate, and vice versa. That may be of fundamental importance to the flexibility and adaptability of the living system.