Draft version. Read the final version here.
So one of my missions in life is to get people to see that if they want to talk about the problems of quantum mechanics -- the real problems of quantum mechanics -- they must be talking about Lorentz invariance.
John S. Bell
Two modes of time: Biocausality
D. Chakalov1, dchakalov@surfeu.at
What could be the most economical solution to the mind-brain problem, which will not contradict any fact from brain science, psychology, and physics? As far as physics is concerned, the task boils down to the nature of time. Hence two ideas are proposed: (i) a new kind of physical reality, resembling Platonic ideas, presented with two modes of time, and (ii) a new kind of retarded causality, called biocausality, in a putative universal time arrow being the physical basis of the psychological time arrow. Possible implications for solving the problem of Lorentz invariant nonlocality are outlined, with links to author's web site Physics of Human Intention.--
Draft version, 31 January 2002. To be presented at NATO Advanced Research Workshop The Nature of Time: Geometry, Physics & Perception (Tatranska Lomnica, Slovak Republic, May 21-24, 2002), on Tuesday, 21 May 2002, 16:35 ~ 17:00; http://www.astro.sk/~msaniga/nato_arw/prg.html
Outline
The hypothesis about two modes of time, global mode (time of being) and local mode (time of becoming), is an attempt at proposing a new kind of retarded causality (hence the implications for Lorentz invariant nonlocality), which includes the relativistic causality as a limiting case, by setting the parameter describing the global mode of time to tend asymptotically toward zero. This hypothetical kind of causality, called biocausality, is supposed to describe the nature of time arrow manifested in the difference between a potential future and an irreversible past. The term proposed is universal time arrow. Its mental reflection (qualia) is known as psychological time arrow: we remember the past, but can only anticipate the future.
If we deny all assumptions about some mystical ghost operating in the human brain while residing somehow "outside" the physical world, we have to consider the possibility that what happens in the human brain can and must be explained with physics. Since neither classical nor quantum physics can explain the brain (cf. brain catastrophes), it is suggested that the new physics can be revealed by demonstrating an effect of the human brain, which requires two modes of time, global and local.
Next, we will use these two modes of time for assembling a new kind of retarded causality, called biocausality, and will suggest conceptual solutions to the measurement problem in standard quantum mechanics and the problem of Lorentz invariant nonlocality, as well as possible artifacts from measurements performed with inanimate devices: the apex in Minkowski's cone can not hold more than one event, while the human brain can sustain a finite duration 'now' during its lifetime. Hence it is conjectured that a fully deterministic behavior of quantum systems is possible to exist in an intact quantum world, but it can not be revealed with any inanimate apparatus. Possible implications for enhancing human performance, by "extending" the human brain toward its quantum counterpart, will be outlined at the end of the presentation. The hypothesis here is that the potential states of the brain, residing in the global mode of time, can be made to overlap with those of any quantum system, and hence the human self can gain control over the latter by altering its state with her/his brain (physics of human intention, PHI). Perhaps this effect can be explained as reversible brain-controlled cold plasma (BCCP).
Note: It looks very likely that the time allowed for the talk and its discussion -- just 25 min -- would be insufficient for presenting the theory of two modes of time in full details, in which case a shorter version will be prepared, by dropping the implications of finite duration 'now' in biocausality for (i) the measurement problem in General Relativity, (ii) non-perturbative measurements performed exclusively with the human brain, and (iii) reversible BCCP.
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1Permanent address:
Dimiter G. Chakalov
Box 13
Dragalevtsy
BG-1415 Sofia, Bulgaria
Phone 00359-2-986-56-62 and 00359-2-967-13-27