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The brain is an area of neurophysiology activity. Neurophysiology activity consists of electrochemical reaction. Thus at any given time, the brain state is defined by a subset of electrochemical reactions, derived from a large set of possible reactions.
Consider the phenomenon of a conscious thought. As at any given time the brain physical state consists of a collection of electrochemical reactions (events), it can be inferred that they are collectively responsible for the conscious thought. This means that at least in part, simultaneous events are responsible for thought. In other words, thought creates a connection between simultaneous events. This is in contradiction to the consequences of special relativity, which states that the fastest connection between events is the speed of light and thus excludes the possibility of connection between simultaneous events.
Consider the memorizing of, say, the value 5. This would necessarily involve more than I point in space as, say, if it is assumed a single electron records 5 by taking a particular potential. Then it by itself cannot define (or know) 5, as its magnitude would be defined only with respect to another datum or event defined as a unit potential, thus involving at least 2 simultaneous events.
Consider the experience of vision. While we focus our attention on an object of vision, we are still aware of a background and, thus, a whole collection of events. This would mean at least an equal collection of physical events in the brain are involved.
Consciousness is 4 Dimensional
Take the experience of listening to music. It would mean being aware of what went before. Like vision, it would probably mean that while our attention at any given time is focused at that point in time, it is aware of what went before and what is to follow. In other words, it spans the time axis. Many great composers have stated that they are able to hear their whole composition. Thus their acoustic experience is probably like the average person's visual experience. While focusing at a particular point in time of their composition, they are nevertheless aware of what went before and what is to come. The rest of the composition is like the background of a visual experience. Experiencing the composition in this way, they are able to traverse it in a similar fashion to which a painting is observed. In this sense, an average person in comparison can be seen as having tunnel hearing (like tunnel vision) when it comes to music, thus making it very difficult for him or her to reproduce or create new music. It can be seen that consciousness is a 4-D phenomenon.
Contradiction with Special relativity?
As stated previously Special relativity states that the fastest connection between events is the speed of light. This proposition excludes the possibility of connections between simultaneous events. Simultaneous events are also known as space-like separated events in special relativity. Yet from the description given above it can be seen that consciousness creates a connection between simultaneous events in the brain. The contradiction with special relativity will remain, independent of the rate of propagation of nerve impulses, provided that this rate is equal to or less than the speed of light.
Consider the phenomenon of a conscious thought. As at any given time the brain physical state consists of a collection of electrochemical reactions (events), it can be inferred that they are collectively responsible for the conscious thought. This means that at least in part, simultaneous events are responsible for thought. In other words, thought creates a connection between simultaneous events. This is in contradiction to the consequences of special relativity, which states that the fastest connection between events is the speed of light and thus excludes the possibility of connection between simultaneous events.
Consider the memorizing of, say, the value 5. This would necessarily involve more than I point in space as, say, if it is assumed a single electron records 5 by taking a particular potential. Then it by itself cannot define (or know) 5, as its magnitude would be defined only with respect to another datum or event defined as a unit potential, thus involving at least 2 simultaneous events.
Consider the experience of vision. While we focus our attention on an object of vision, we are still aware of a background and, thus, a whole collection of events. This would mean at least an equal collection of physical events in the brain are involved.
Consciousness is 4 Dimensional
Take the experience of listening to music. It would mean being aware of what went before. Like vision, it would probably mean that while our attention at any given time is focused at that point in time, it is aware of what went before and what is to follow. In other words, it spans the time axis. Many great composers have stated that they are able to hear their whole composition. Thus their acoustic experience is probably like the average person's visual experience. While focusing at a particular point in time of their composition, they are nevertheless aware of what went before and what is to come. The rest of the composition is like the background of a visual experience. Experiencing the composition in this way, they are able to traverse it in a similar fashion to which a painting is observed. In this sense, an average person in comparison can be seen as having tunnel hearing (like tunnel vision) when it comes to music, thus making it very difficult for him or her to reproduce or create new music. It can be seen that consciousness is a 4-D phenomenon.
Contradiction with Special relativity?
As stated previously Special relativity states that the fastest connection between events is the speed of light. This proposition excludes the possibility of connections between simultaneous events. Simultaneous events are also known as space-like separated events in special relativity. Yet from the description given above it can be seen that consciousness creates a connection between simultaneous events in the brain. The contradiction with special relativity will remain, independent of the rate of propagation of nerve impulses, provided that this rate is equal to or less than the speed of light.