Wavelength of Deja Vu and Memory

Deja vu is a special case of consciousness. Deja vu occurs when there is no delay between the light and gravity waves when being stored as history and knowledge. Most conscious information has a delay greater than 0 because light converts to history before the gravity waves convert to knowledge. In the special case of deja vu light converts to history at the same time the gravity wave converts to knowledge, because both waves arrive at the observer at the same time. Since the wavelength λ equals vT, then v equals the speed of light for both the light wave and the gravity wave. This means that light and the gravity wave share the same velocity, as well as, the same frequency. λ must be the same for both the light wave and the gravity wave if it is to be recalled later as memory. This then requires that if the velocities of the light and gravity waves are equal, then the frequencies of the light and gravity waves must also be equal. This means that any recalled memory with history and knowledge sharing the same frequency must have been stored as a result of Deja Vu for any single event. When the wavelengths of history and knowledge share the same frequency, then maximum information about the event is made available to the observer. This is because the period of history concerning the event is completely aligned with the frequency of knowledge. Maximum information is available to the observer when history and knowledge align. Recall never involves a time delay between history and knowledge. Recall creates memory as soon as the period of history is converted into the frequency of the light wave. Since knowledge is always present in the matter of the observer as a frequency of the gravity wave, there is no time delay to recall memory once the period of history converts to the frequency of light. When storing conscious information there is no confusion with recall because there is a time delay between the storing of history and knowledge for conscious information, since the waves arrive at the observer at different times. However in the special case of deja vu there is confusion when storing information because there is no time delay between the storing of history and knowledge for deja vu information, since the waves arrive at the observer at the same time. This means that when light and the gravity wave arrive at the observer from an event at the same time, the observer will store and recall the associated information at the same time. This gives us the feeling of having experience something before that we are encountering for the first time. Deja vu can also occur if light and the gravity wave from 2 different events arrive at the observer at the same time with the same wavelength. Once the deja vu information is stored as history and knowledge, then it will be recalled in the usual manner without any time delay. Therefore, recalled deja vu events result in normal memory without the feeling of deja vu.

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Wavelength of Deja Vu

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Wavelength of Deja Vu and Memory