Parallel Universes

Aatucagg believes that this universe is an expanding fractal universe, therefore any parallel universe must be expanding as well in order to remain parallel. Aatucagg also believes that our universe is centered around a point at the heart of the universe from which the expanding fractal universe moves away from and the contracting fractal universe moves towards. In order for a parallel universe to remain parallel with our own universe, the parallel universe must be centered on the same point as our own universe. Aatucagg believes that the chances of a universe having the same rate of expansion as our own and being centered on the same point as our own is extremely unlikely. It is far more probable that if other universes exist outside our own, then they expand and contract at a different rate and do not share the same central point as our own universe. This means that parallel universes can interact with each other as they contract or expand. Parallel universes conjure up an image of paper stacked on top of each other with each sheet of paper representing an individual universe. This arrangment suggests stagnant and autonomous universes that never coexist at any point. Aatucagg believes a better model for parallel universes would be a room full of bubbles floating through space that pass through each other from time to time. The points where the bubbles interact with each other would create a doorway from one universe to the other.
Since the rate of expansion and contraction of the various universes are independent of one another, then 2 types of doorways between the universes can be created. One type of doorway removes matter from this universe and injects light into it. Aatucagg calls this type of doorway an "Outward". The other type of doorway removes light from this universe and injects matter into it. Aatucagg calls this type of doorway an "Inward". A number of factors determain which type of doorway will connect our universe to the parallel universe. There can be doorways between expanding universes, between contracting universes, and between expanding and contracting universes. These doorways make it possible for us to experience space and time that would normally be beyond our ability to perceive it. In the case of an Inward Doorway, we would perceive the parallel universe in the form of matter. In the case of an Outward Doorway, we would perceive the parallel universe in the form of light. If the parallel universe interacting with our universe through an Inward Doorway is an expanding universe, then the matter we would observe would radiate gravity waves. Aatucagg calls this type of doorway an "Inward Forward". If the parallel universe interacting with our universe through an Inward Doorway is a contracting universe, then the matter we would observe would radiate light. Aatucagg calls this type of doorway an "Inward Backward". If the parallel universe interacting with our universe through an Outward Doorway is an expanding universe, then the light we would observe would radiate light waves. Aatucagg calls this type of doorway an "Outward Forward". If the parallel universe interacting with our universe through an Outward Doorway is a contracting universe, then the light we would observe would radiate gravity waves. Aatucagg calls this type of doorway an "Outward Backward".
Matter and the residual knowledge it radiates is relative only to the expanding fractal universe. Light and the residual history it contains is relative only to the contracting fractal universe. When the contracting fractal universe intersects with the expanding fractal universe, then matter and the residual knowledge it radiates appears to those in the contracting fractal universe as light containing residual knowledge. When the contracting fractal universe intersects with the expanding fractal universe, then light and the residual history it contains appears to those in the expanding fractal universe as matter radiating residual light.

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Universal Doorways

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Parallel Universes

Wavelength of Unconsciousness and Memory

Unconsciousness is the result of the gravity wave traveling faster than the speed of light. This means that all unconscious knowledge is older than the associated history for the observer from any given event. When an observer stores a period of unconscious knowledge, the period of history for the event will not be placed along the timeline unless the observer is conscious. When an observer recalls a period of history, the period of history will travel from the past and interact with various frequencies of knowledge in the present so that the wavelength of light that produce the period of history will match the wavelength of the gravity waves that produced the periods of knowledge. The frequency of light is converted by matter into a period of time and is sent into the past along the timeline as history. The frequency of the gravity wave does not get converted into a period of time, but remains a resonant wavelength of matter trapped in the present as knowledge. Unconscious information is stored with a time delay since the gravity wave is converted to knowledge before the light wave is converted to history. When unconscious information is recalled there is not a time delay between history and knowledge. Recall never involves a time delay since only the re-creation of the wavelength of light is necessary in order to create memory. This is because knowledge is always present in the matter of the observer as a wavelength. History interacts with all stored knowledge that shares the same wavelength as the history being recalled. Stored knowledge is stored as a wavelength which may or may not share the same wavelength as history being recalled. Since the velocity of the gravity wave is variable and wavelength can be written as λ = v/f = vT, then there are many possible frequencies of gravity for any one frequency of light since the velocity of light is constant. This means that when history is converted from a period of time from the past into a wavelength in the present to re-create the event in our mind, the associated knowledge may come from different events of identical wavelengths but various frequencies. It is also possible that no history at all may be generated for a given wavelength of unconscious knowledge if no similar wavelength of light has ever reached the matter of the observer from any event. Therefore, a frequency of unconscious knowledge may interact with no period of history, one period of history, or multiple periods of history. The composition of matter will dictate which types of frequencies the gravity wave will resonate. None of us are exactly the same, so all of us resonate with at least some amount of difference. The more disalike our matter, the more differently we will resonate with gravity waves. Since gravity waves are converted to knowledge by matter, then the more different our matter the more different will be our knowledge. Conversely, the more similar our matter the more similar will be our knowledge. There are many possible frequencies of knowledge for one period of history in the creation of memory. The period of history is converted to a wavelength of light by multiplying the period of history by the speed of light. The wavelength of history will re-create the image of the event in the mind of the observer and the wavelength of knowledge will re-create the knowledge of that event and any other events that produced the same wavelength of gravity wave. Since the velocity of the gravity wave can vary and produce different frequencies for a given wavelength, then knowledge can vary for each event and produce different information for a given wavelength. In this way, as we experience new things our knowledge will grow. Unconscious knowledge can result in premonitions. Aatucagg believes that a premonition is knowledge from an event carried by the gravity wave arriving at the observer before history from the same event carried by light arrives at the observer. Light produced by this kind of event provides information that can only be harnessed while in the conscious state. If the gravity wave from the event arrives at the observer before light from the event, then the gravity wave will be converted into knowledge from the event and any previous history already stored along the timeline, having the proper period, will create memory using unconscious knowledge of things yet to be observed. In this way, the information will be abstract, since no history yet exists for the knowledge being recalled. History with the appropriate period from other events already stored along the timeline can only be used to recall the unconscious knowledge. Premonitions become coherent memory when the history from the event arrives at the conscious observer. Once both the history and unconscious knowledge from the event combine at the observer during a conscious state the event will then be more fully known.

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Wavelength of Unconsciousness

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Wavelength of Unconsciousness and Memory

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

Wavelength of Consciousness and Memory

Consciousness is the result of light traveling faster than the speed of the gravity wave. This means that all conscious history is older than the associated conscious knowledge for the observer from any given event. When an observer stores a period of conscious history, the period of history for the event will be placed along the timeline before the associated wavelength of knowledge is stored within the matter of the observer. When an observer recalls a period of history, the period of history will travel from the past and interact with various frequencies of knowledge in the present so that the wavelength of light that produced the period of history will match the wavelength of the gravity waves that produced the frequencies of knowledge. The frequency of light is converted by matter into a period of time and is sent into the past along the timeline as history. The frequency of the gravity wave does not get converted into a period of time, but remains a resonate wavelength of matter trapped in the present as knowledge. Conscious information is stored with a time delay since light is converted to history before the gravity wave is converted to knowledge. When conscious information is recalled there is not a time delay between history and knowledge. Recall never involves a time delay since only the re-creation of the wavelength of light is necessary in order to create memory.
This is because knowledge is always present in the matter of the observer as a wavelength. History interacts with all stored knowledge that shares the same wavelength as the history being recalled. Stored knowledge is stored as a wavelength which may or may not share the same frequency as history. Since the velocity of the gravity wave is variable and wavelength can be written as λ = v/f = vT, then there are many possible frequencies of gravity for any one frequency of light since the velocity of light is constant. This means that when history is converted from a period of time from the past into a wavelength in the present to re-create the event in our mind, the associated knowledge may come from different events of identical wavelengths but various frequencies. It is also possible that no knowledge at all may be generated for a given period of history if no similar wavelength of the gravity wave has ever reached the matter of the observer from any event. Therefore, a period of history may interact with no frequency of knowledge, one frequency of knowledge, or multiple frequencies of knowledge. The composition of matter will dictate which types of frequencies the gravity wave will resonate. None of us are exactly the same, so all of us resonate with at least some amount of difference. The more dislike our matter, the more differently we will resonate with gravity waves. Since gravity waves are converted to knowledge by matter, then the more different our matter the more different will be our knowledge. Conversely, the more similar our matter the more similar will be our knowledge. This explains why twins separated at birth, having never met each other, will still tend to dress and act alike. The matter composing their bodies are causing them to retain the same resonant frequencies of knowledge, producing similar wavelengths that interact with the wavelength of history during the creation of memory. There are many possible frequencies of knowledge for one period of history in the creation of memory. The period of history is converted to a wavelength of light by multiplying the period of history by the speed of light. The wavelength of history will recreate the image of the event in the mind of the observer and the wavelength of knowledge will recreate the knowledge of that event and any other events that produced the same wavelength of gravity wave. Since the velocity of the gravity wave can vary and produce different frequencies for a given wavelength, then knowledge can vary for each event and produce different information for a given wavelength. In this way, as we experience new things our knowledge will grow.

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Wavelength of Consciousness

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Wavelength of Consciousness and Memory

Wavelength of History and Knowledge

Light travels at a constant speed. Since the wavelength of light is equal to the velocity of light divided by the frequency of light, then if the frequency of light is known, the wavelength of light can be deduced by dividing the known velocity of light by the frequency of light. Since the period of a wave is equal to the inverse of the frequency, then only the period of the light wave needs to be stored in memory in order to reproduce the wavelength of light. Therefore, when light converts to history, only the period of the light wave is stored along the timeline. The gravity wave travels at variable speeds. Since the wavelength of the gravity wave is equal to the velocity of the gravity wave divided by the frequency of the gravity wave, then if both the frequency and the velocity of the gravity wave are known, the wavelength of the gravity wave can be deduced by dividing the velocity of the gravity wave by the frequency of the gravity wave. Unlike light, since the gravity wave is dependent on both frequency and velocity, knowledge converted from the gravity wave remains in the body of the observer as a wavelength of matter. Aatucagg believes that an event produces gravity waves of variable velocities. It is possible to have many wavelengths of the gravity wave for one wavelength of light, since light only varies by frequency, while the gravity wave varies by both frequency and velocity. This is a relationship where one period of history results in many frequencies of knowledge for a single wavelength. The amount of knowledge for any one period of history is dependent on the sum of all knowledge that share the same frequency as the history being recalled. As we grow older knowledge can increase for any given memory, since new knowledge might share the same wavelength with various frequencies of knowledge already being stored in the matter of the observer. Aatucagg believes that light converts to history as a period of time and moves into the past. Aatucagg also believes that the gravity wave remains as a wavelength within the matter of the observer and does not move into the past. Knowledge is stored within matter. Matter is spacial mass. Spacial mass is parallel to the surface of the universe. The surface of the universe separates the future from the past. The future is space that has not encountered matter. The past is space that has encountered matter. All matter resides on the surface of the universe. This means that the surface of the universe is the present, separating the future from the past and converting the future into the past as the universe expands outward through the 4th dimension of time. So, light comes from the future, is converted into a period of time by matter in the present, and recedes as history into the past. The gravity wave comes from the future but does not recede into the past. The gravity wave is the oscillation of space. Matter is contained within space. Once the gravity wave encounters matter, then the gravity wave will impart a wavelength of resonant frequency within the matter. Since the velocity of the gravity wave can vary, there can be many different resonant frequencies contained within matter for a single wavelength. In this way, history moves into the past through the 4th dimension of time as a single period, while knowledge stays with us in the present in the form of many frequencies for a single wavelength.

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Wavelength of History and Knowledge

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Wavelength of History and Knowledge

Limits of Information

Don't need
The universe can not contract or expand beyond the limits of information.

Universal Alignment

Universal Alignment is based on the concept of alignment of an event with an observer. Aatucagg believes that the more aligned an event is with the observer the more information can be garnered from the event by the observer. Information is dependent upon light and gravity. When light and gravity combine information is created. The more aligned light is with gravity, the more information will be available to the observer from the event. light travels at a constant speed. Gravity travels at variable speeds. Gravity can travel slower than light, the same speed as light, or faster then light. When light arrives at an observer before gravity from a given event then consciousness is created. When gravity arrives at an observer at the same time as light from a given event then deja vu is created. When gravity arrives at an observer before light from a given event then unconsciousness is created. Alignment of an event refers to the concept of alignment between the speed of light aligning with the speed of gravity from a given event. Since light oscillates through the 3 dimensions of space and gravity oscillates through the 4th dimension of time, then the alignment of an event is also an alignment of space and time. Each event is individual. Each event has its own universal alignment. Each event occupies its own space and time. It is the very fact that events occupy their own space and time that allow events to have individual and unique universal alignments. If events were to occupy the same space and time, then all events would become one, and all events would share the same universal alignment. Since, we observe events as individual occurrences in space and time, then we observe events in space and time through their own individual universal alignments. Aatucagg believes that by aligning universal alignments of separate events more closely, we can bring those events closer together in space and time. In other words, by physically moving events closer together, each event will increase in universal alignment between one another. Conversely, by improving the universal alignment between events, we will physically move those events closer together. Events that are close together in space and time create shared events. When we create shared events, we find those events occuring close together in space and time. This is because light propagates through the 3 dimensions of space, and gravity propagates through the 4th dimension of time. When space and time combine, events align and more information becomes available. If we could all gather all events together at a single point, universal alignment would improve to the extent that information would become infinite. If the amount of information created from 2 identical events were exactly the same to an observer, then the universal alignments must be exactly the same between the 2 events arriving at the observer, and both events would share the same point in space and time. In this case, the 2 events would physically combine into one. Aatucagg believes that if all things were known to all living beings, then all space and time would exist within the parameters of a single point. The very fact that matter is spread through out the universe is testimony that not all things are known. The very fact that the universe is expanding is testimony that not all things can ever be known, since an expanding universe injects new space and time between events and inhibits the convergence of individual universal alignments. Aatucagg believes that when events gather together in space and time those events counteract the affects of an expanding universe. Just as adjusting universal alignment has an affect upon events in space and time, adjusting the events in space and time will have an affect upon universal alignment. When events gather together, a sequence is created relating one event to another. It is not the fact that events occuring one after the other brings on a feeling of oneness, but the fact that the universal alignment of events are more in tune, and the information imparted to us from the events are more in common with each other. By improving our observations we can bring events closer together, and by bringing events closer together we can improve our observations. Through universal alignment we can align space with time, light with gravity, and mind with body.

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Universal Alignment

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Universal Alignment

Body Alignment

Body Alignment is based on the concept of alignment of an observer with memory. Aatucagg believes that the more aligned an observer is with memory the more information can be garnered from the event that created the memory. Information is dependent upon history and knowledge. When history and knowledge combine memory is created. The more aligned history is with knowledge, the more information will be available to the observer from the memory created by the event. History is stored as a period in the 4th dimension of time. Knowledge is stored as a wavelength in the matter of the observer. Alignment of memory refers to the concept of alignment between the frequency of the period of history aligning with the frequency of the wavelength of knowledge. Since history is stored in the 4th dimension of time and knowledge is stored in the 3 dimensions of space, then alignment of memory is an alignment of space and time. Each of us are individuals. Each of us have our own body alignment, since each of us occupy our own space and time. It is the very fact that we occupy our own space and time that gives individuals unique body alignments. If we were to occupy the same space and time, then all of us would become one, and we would all share the same body alignment. Since, we observe each other as individuals in space and time, then we create memory in space and time through our own individual body alignments. Aatucagg believes that when orienting our body alignments more closely, we can bring ourselves closer together in space and time. In other words, by physically moving closer together, we will increase our body alignments between one another. Conversely, by improving our body alignments between one another, we will physically move closer together. When we gather together, we find we create shared memories. When we create shared memories, we find we gather together. This is because history is held within the confines of time, and knowledge is held within the confines of space. When space and time combine, memory improves and more information becomes available. If we could all gather together at a single point, body alignment would improve to the extent that information would become infinite. If the amount of information created from an identical memory were exactly the same between 2 observers, then their body alignments must be exactly the same and both observers would share the same point in space and time. In this case, the 2 observers would physically and mentally be one. Aatucagg believes that if all things were known to all living beings, then all space and time would exist within the parameters of a single point. The very fact that matter is spread through out the universe is testimony that not all things are known. The very fact that the universe is expanding is testimony that not all things can ever be known, since an expanding universe injects new space and time between us and inhibits the convergence of individual body alignments. Aatucagg believes that when we physically gather together in space and time we counteract the affects of an expanding universe. Just as adjusting body alignment has an affect upon us in space and time, adjusting our place in space and time will have an affect upon our body alignment. When we gather together we feel a oneness with each other. It is not the fact that we stand shoulder to shoulder that brings on this feeling of oneness, but the fact that our body alignments are more in tune and the information we share from the events that we witness are more common among us when we stand together. By improving our minds we can bring our bodies closer together, and by bringing our bodies closer together we can improve our minds. Through body alignment, we can align mind with body, history with knowledge, and space with time.

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Body Alignment

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Body Alignment

The Perception of Mass

Don't need
Aatucagg believes Spacial Stress is a measure of stress radiated by mass. Spacial stress encompasses the 3 dimensions of space and radiates energy in the from of photons and quantum gravity. The radiation of Spacial Stress by mass is called an "event". Observers of an event will convert spacial stress into temporal strain. Temporal strain can have any of 3 forms. The first form of temporal strain is period temporal strain, where history expands and contracts out of phase with knowledge to produce conscious information. The second form of temporal strain is equalibrium temporal strain, where history expands and contracts in phase with knowledge to produce deja vu. The third form of temporal strain is fatigued temporal strain, where history is random and produces unconscious information. The conversion of spacial stress to temporal strain by the mass of the observer produces information in various amounts depending on the form of light and gravity produced by the event. Information from an event can be captured and stored in various ways through photography, painting, sculpture, ect... Both light and gravity waves can be captured and stored and recreated later. The more closely the art work mimics the actual event the more accurate the information will be concerning the event relative to the observer. If an event is exactly represented in shape and structure by a piece of art 1/4 the size of the actual mass that produced the event, then if the observer stands 4 times closer to the art work, the spacial stress will closely represent the actual spacial stress and the temporal strain produced by the observer of the art work will closely represent the temporal strain of the observer of the actual event. Since history and knowledge are the components of temporal strain and are 1 dimensional, then the art work can use less that 3 dimensions to recreate the event. For example, if a 2 dimensional art work can accurately represent the spacial stress of an actual 3 dimensional event, then the 1 dimensional timeline of history and knowledge will be recreated by the observer. This explains why, for example, a 2 dimensional photograph is interpreted by the mind of the observer as a 3 dimensional image. Not only is light recreated by art work but gravity waves are recreated as well. Art work can conjure up emotion because the art work not only radiates recreated light but also recreated gravity waves. It is the combination of recreated light and gravity contained in art work that gives rise to the emotions we feel when we view the art work. All art work generates information in the observer, how accurately the art work recreates the actual event will dictate how we fell about the piece of art. This means spacial stress only has to represent events in terms of light and gravity but not in terms of mass. So, it is not necessary to recreate the form of the mass that radiated the event but only the radiation of the event itself. This is why abstract art can conjure up accurate feelings about an event without recreating the event realistically. Therefore, it is possible for 1 dimensional, 2 dimensional, 3 dimensional, or fractal art work to recreate actual events by supplying spacial stress in similar amounts as the original event supplied, freeing the artist from having to acurately recreate the mass of the original event.

Conditions of the Timeline

Don't need - Can add some stuff to 'History and Knowledge' page if needed.

Aatucagg believes that the timeline is composed of consciousness, deja vu, and unconsciousness. Consciousness is under strain, deja vu is in equilibrium, and unconsciousness is fatigued. Aatucagg defines strain as the temporal strain of history expanding along the timeline with a period controlled by the wavelength of light. When photons are under the influence of the wavelength of light, then the photons will travel through space as a wave and create periodic points of history. Aatucagg defines equilibrium as the temporal equilibrium of deja vu expanding along the timeline with a period controlled by the wavelength of the gravity wave. When photons are under the influence of the wavelength of the gravity wave, then the photons will travel through space as a wave and create periodic points of history. Aatucagg defines fatigue as the temporal fatigue of unconsciousness expanding along the timeline with a randomness no longer controlled by the wavelength of light or the gravity wave. When photons are not under the influence of the wavelength of light or the gravity wave, then the photons will travel through space as particles and create random points of history. A wavelength is equal to the wave velocity divided by the frequency of the wave. Since the speed of light is fixed, the frequency of light controls the wavelength of light. Since the speed of the gravity wave is not fixed, then both the speed of the gravity wave and the frequency of the gravity wave controls the wavelength of the gravity wave. It is therefore, possible for gravity to create waves that have the same wavelength as light but travel at a different velocity as light. Consciousness is the creation of history before the creation of knowledge. This happens when light travels faster than the gravity wave. This means the light will arrive at the observer and convert to history before the gravity wave arrives at the observer and converts to knowledge. This difference in time between the creation of history and knowledge is call a "time delay". The longer the time delay the greater the difference will become in the information between history and knowledge concerning a particular instant from a given event. Since there is a time delay for consciousness, then the light and gravity wave will have been generated at different times from the event and the information will not be maximum. Deja vu is the creation of history coincident to the creation of knowledge. This happens when light travels at the same speed as the gravity wave. This means the light will arrive at the observer and convert to history at the same time the gravity wave arrives at the observer and converts to knowledge. Since there is no time delay for deja vu, then the light and gravity wave will have been generated at the same time from the event and the information will be maximum. Unconsciousness is the creation of history after to the creation of knowledge. This happens when light travels at a slower speed than the gravity wave. This means the light will arrive at the observer and convert to history after the gravity wave arrives at the observer and converts to knowledge. Since there is a time delay for unconsciousness, then the light and gravity wave will have been generated at different times from the event and the information will not be maximum. Aatucagg believe that in this universe all things are fractal and repeat themselves on every scale. Therefore, the structure of time should reflect the structure of space. The universe is a 3 dimensioal surface that loops back on itself to create a four dimensional sphere. Based on this assumption, Aatucagg believes that the timeline is a one dimensional line that loops back on itself to create a 2 dimensional circle. In this way, Aatucagg refers to the timeline as the circumference of the timecicle. Just as the universe is expanding, so to is the timecircle expanding. As long as we live in space that expands we will also live in time that expands. The timeline for history is created from the future by the conversion of light. The timeline for knowledge is created from the past by the conversion of the gravity wave. The timeline of hisory curves through the future as a sort of semicircle and the timeline of knowledge curves through the past as a sort of semicircle. The timelines of history and knowledge converge in the present to create a sort of timecircle. Points of new history are injected into the timecircle in the present and move into the past along the curved timeline. Points of new knowledge are injected into the timecircle in the present and move into the future along the curved timeline. In this way the timeline retains a circular shape as history and knowlege are created.

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Timecircle

Spacial Stress and Temporal Strain

Don't need
Aatucagg believes that spacial stress and temporal strain can be applied to light, gravity, history, and knowledge. Spacial Stress is a measure of the amount of information that light and gravity from an event are able to radiate to the observer. Temporal strain is a measure of the amount of memory created from history and knowledge of an event by the observer. Spacial stress is a 3 dimensional phenomenon, while temporal strain is a 1 dimensional phenomenon. When an event occurs, it will be of a 3 dimensional nature since the universe that contains the event is 3 dimensional. When an event is witnessed, its retention will be of a 1 dimensional nature since the observer that retains the event has a 1 dimensional timeline. The universe is composed of a space/time fabric. Space is composed of 3 dimensions and time is composed of 1 dimension. Events occur in 3 dimensional space as light and gravity and are converted to 1 dimensional timeline as history and knowledge by the mass of the observer. Events that produce more light than gravity will generally produce more history than knowledge. Events that produce less light than gravity will generally produce less history than knowledge. Events that produce the same amount of light and gravity will generally produce the same amount of history and knowledge. Deja vu occurs when history and knowledge are produced in the same amount. Since most events produce more history or less history than knowledge, then deja vu is a rare occurrence. Most of us might experience deja vu 3 or 4 times a year out of all the history and knowledge collected for that year. When light travels faster than gravity, then light travels as a wave of particles. The speed of light is a constant, so any variations in energy must manifest itself as a change in wavelength. High energy photons from the outer orbits of the atom produce the shortest wavelengths and low energy photons from the inner orbits of the atom produce the longest wavelengths. When light travels faster than gravity, then it is the wavelength of light that controls how much information is created. The energy of light will produce history that cycles between expansion and compression as the 2 dimensional electromagnetic wave of light is converted to the 1 dimensional timeline of history. High frequency light will produce history that expands and contracts quickly. Low frequency light will produce history that expands and contracts slowly. The faster history is able to expand and contract the more history there will be available for knowledge to convert to memory. Therefore, high energy light creates more information than low energy light for a fixed velocity of knowledge. This configuration yields the maximum amount of conscious information available for any given event.
When light travels at the same speed as gravity, then light travels as a particle with a gravity wavelength. Since the speed of light is constant and travels with the gravity wave, then history for this event is created in a homogeneous manner along the timeline . Light traveling as a particle does not have a wavelength, so the wavelength must be associated with the gravity wave. Do not confuse the gravity wave with the quantum of gravity that produced the gravity wave. The quantum of gravity is directed into the 4th dimension and is beyond our ability to experience or measure it. It is the wave in space left behind by the quantum of gravity that we are able to experience and measure. This wave in space caused by the quantum of gravity passing through space and into the 4th dimension is what we refer to as a gravity wave. Therefore, a gravity wave is an artifact of quantum gravity but not quantum gravity itself. It is the wavelength associated with this gravity wave that controls the amount of knowledge produced by an event. High energy quantums of gravity from the inner orbits of the atom produce the shortest wavelengths and low energy quantums of gravity from the outer orbits of the atom produce the longest wavelengths. When light travels at the same speed as gravity, then it is the wavelength of the gravity wave that controls how much information is created. The energy of gravity waves will produce knowledge whose velocity through time is dependant upon the wavelength of the gravity wave. High frequency gravity waves will produce knowledge that travel through time quickly. Low frequency gravity waves will produce knowledge that travels through time slowly. The faster knowledge is able to travel through time the more history there will be available for knowledge to convert to memory. Therefore, high energy gravity waves create more information than low energy gravity waves for a fixed amount of homogeneous history. Since light and gravity are traveling at the same speed and light has a constant speed, then the situation where the wavelength of the gravity wave controls the amount of information available is known as deja vu. This configuration yields the maximum amount of both conscious and unconscious information available for any given event.
When light travels slower than the speed of gravity, then light travels as a particle with no wavelength. Since the speed of light is constant but does not travel with the gravity wave, then history for this event is created in a heterogeneous manner along the timeline. It is the wavelength associated with this gravity wave that controls the amount of knowledge produced by an event. High energy quantums of gravity from the inner orbits of the atom produce the shortest wavelengths and low energy quantums of gravity from the outer orbits of the atom produce the longest wavelengths. When light travels slower than the speed of gravity, then it is the wavelength of the gravity wave and the amount of light that controls how much information is created. The energy of gravity waves will produce knowledge whose velocity through time is dependant upon the wavelength of the gravity wave. High frequency gravity waves will produce knowledge that travel through time quickly. Low frequency gravity waves will produce knowledge that travels through time slowly. In this case, the velocity of knowledge through time does not necessarily convert to more information, since light traveling as random particles may have created little history for knowledge to convert to memory. The amount of light particles reaching the observer will vary randomly and create history in random amounts along the timeline. Therefore, high energy gravity waves create more information than low energy gravity waves for a fixed amount of heterogeneous history. This configuration yields the maximum amount of unconscious information available for any given event.

Quantum Gravity

Aatucagg believes that quantum gravity released by atoms pings the fabric of space, which then creates gravity waves that interact with light. High energy quantum gravity is radiated by electrons in the inner orbits of the atom and low energy quantum gravity is radiated by electrons in the outer orbits of the atom. This is opposite to how photons are radiated since high energy photons are radiated by electrons in the outer orbits of the atom and low energy photons are radiated by electrons in the inner orbits of the atom. Photons are radiated as a 2 dimensional electromagnetic transverse wave and quantum gravity is radiated as a particle into the 4th dimension. We can study the electromagnetic wave of light since it is part of the fabric of space in which we exist, but we can not study quantum gravity since it passes through the fabric of space in which we exist. We can, however, study the gravity wave produced by quantum gravity as it passes through the fabric of space and into the 4th dimension beyond our existence. The gravity wave is a very weak wave since it is produced at a single point where the quantum gravity coincides with the fabric of space. Light on the other hand, coincides with space at every point as it propagates and therefore produces a much stronger wave. Do not confuse the gravity wave with the warping and twisting of space by matter. Matter warps and twists space towards a 1 dimensional configuration. Gravity waves create a wave that oscillates the fabric of space into the 4th dimension. The affect of matter warping and twisting space is observable at every point of space where the warping and twisting occurs. This means the affect of space being warped and twisted by matter can be large and observable. It is the wave in the fabric of space, regardless of warping or twisting, that is small and hard to observe. Where there is more matter, then more quantums of gravity will be radiated into the 4th dimension by the atoms that make up the matter, which will in turn produce more gravity waves. This means that the more dense the matter, the more quantums of gravity will be radiated by the electrons of the atoms that make up the matter, and the more gravity waves will be produced by the quantums of gravity interacting with space as they pass through on their way into the 4th dimension, leaving behind an oscillating fabric of space. The analogy can be thought of as the surface of water. If we consider the space in which we dwell to be the surface of the water, and everything above and below the surface of the water is beyond our ability to experience it, this would represent our situation with respect to the surface of the universe. The surface of the water is like the fabric of our universe. Everything above and below the water is like the 4th dimension. The 4th dimension is the space in which the surface of the universe can expand or contract. In the case of the water, the space above or below the surface of the water is the space in which the water can rise or fall. In the example, only waves existing on the surface of the water can be measured, just as only waves existing on the fabric of space can be measured. Light travels completely within the fabric of space. In terms of the example, this would be like a wave that causes the water to oscillate side to side without causing the water to rise or fall. So in the example, light would cause water on the surface to move back and forth but not up or down. Quantum gravity, on the other hand, is like dropping a pebble into the water. Since we can only experience the surface of the water, then we can not experience the pebble above or below the surface of the water. In this case, the pebble represents a quantum of gravity. We can only experience the pebble for a single instant as it passes through the surface of the water, but we can not experience the pebble as it sinks through the water. What we can experience and measure is the affect the pebble had on the surface of the water as it passed through. In this case, the pebble will produce a wave that causes the water to rise and fall. This gravity wave of rising and falling water will be at 90 degrees to the light wave moving side to side. Relating this example to reality, light waves moves through 3 dimensions of the fabric of space. Gravity waves oscillate the 3 dimensions of the fabric of space through which light waves travel. Therefore, we can measure gravity waves by measuring its affect upon the light waves.

The Independent Wavelength of Gravity

Don't need - could use the DeBroglie Wavelength stuff somewhere else.

In regards to both light and matter, energy is composed of spacial and temporal energy. Light is temporal mass and therefore radiates temporal energy. Matter is spacial mass and therefore radiates spacial energy. This means a photon is a quantum of temporal energy since a photon radiates as light. This also means that a quantum of gravity is a quantum of spacial energy since a quantum of gravity radiates as a gravity wave. So as the energy of light goes up the energy of gravity goes down and visa verse. From Special Relativity we know that energy, mass, and velocity are all proportional. This means that if temporal energy increases then temporal mass and velocity must also increase. If spacial energy increases then spacial mass and velocity must also increase. When temporal energy, mass, and velocity increase then spacial energy, mass, and velocity decrease by a proportional amount. When spacial energy, mass, and velocity increase then temporal energy, mass, and velocity decrease by a proportional amount. In this way, total energy, mass, and velocity are constant and only the components of energy, mass, and velocity vary between temporal and spacial amounts. This explains why the temporal energy, mass, and velocity of light increase at further distances from the nucleus of the atom and spacial energy, mass, and velocity of gravity increases at closer distances to the nucleus of the atom. To picture what is happening, at further distances from the nucleus of the atom the mass of the electron is becoming more perpendicular to the surface of space, which is the orientation of light. At closer distances to the nucleus of the atom the mass of the electron is becoming more parallel to the surface of space, which is the orientation of matter. The total mass of the electron in any orbit is constant, but the component parts of temporal and spacial mass vary from orbit to orbit. This same reasoning can be applied to the energy and velocity of the electrons in each orbit. The speed of light is a constant and the wavelength of light is variable. The wavelength of gravity is a constant and the speed of gravity is variable. In regards to light, the DeBroglie Wavelength shows that the wavelength is inversely proportional to temporal energy for a constant velocity. Since temporal energy increases as electrons move away from the nucleus of the atom, then the wavelength of the radiated photon decreases as electrons move away from the nucleus of the atom. This means longer radiated wavelengths for photons are found near the nucleus of the atom and shorter radiated wavelengths for photons are found further from the nucleus of the atom. In regards to gravity, the velocity is proportional to spacial energy for a constant wavelength. But light can have many wavelengths, so in order for a quantum of gravity to cancel the wavelengths of light, then a quantum of gravity must be independent of wavelength. Therefore a quantum of gravity must travel as a particle. Since spacial energy increases as electrons move closer to the nucleus of the atom, then the velocity of the radiated quantum of gravity increases as the electrons move closer to the nucleus of the atom. This means faster moving quantums of gravity are found near the nucleus of the atom and slower moving quantums of gravity are found further from the nucleus of the atom. It is the inner orbits of the atom that inhibits the ability of the universe to expand and creates darkness. It is the middle orbits of the atom that allow the universe to expand at near the speed of light and create particles of light. It is the outer orbits of the atom that allow light to travel faster than the universe is expanding and create waves of light particles. Gravity controls space and space controls light, therefore gravity controls light.

Gravity Controls Space Which Controls Light

Don't need

Gravity traveling faster than light causes the corpuscles of space to contract, consuming light and creating darkness. Gravity traveling the same speed as light constrain the corpuscles of space to a constant size, forcing light to travel as a particle. Gravity traveling slower than light allows the corpuscles of space to expand, enabling the photons of light to travel as a wave of particles. Gravity controls the nature of light by interacting with the 2 dimensional electromagnetic wave of light. High energy quntums of gravity radiate from the interior of atoms into the 4th dimension. High ernergy photons of light radiate from the exterior of atoms into the 3 dimensions of space. Since, electrons near the nucleus of the atom are more spacially massive than electrons further away from the nucleus of the atom, then electrons near the nucleus of the atom display more particle-like behavior. Spacial mass has a longer wavelength than temporal mass, so electrons near the nucleus of the atom have a longer wavelength than electrons further away from the nucleus of the atom. Matter has a long wavelength and light has a short wavelength when compared to matter, since it takes an increasing amount of energy to bump electrons to orbits further away from the nucleus of the atom. Since wavelengths of emitted light is inversely proportional to energy, then shorter wavelengths of light are found were energy is greatest in the outer orbits and longest in the inner orbits. This means high energy light near the blue end of the spectrum are radiated as photons from the outer orbits and low energy light near the red end of the spectrum are radiated as photons from the inner orbits. Photons in any atom can only be radiated if energy in some form can be absorbed by the atom. Therefore, atoms radiate different colored light based on the energy they are able to absorb.
Gravity tries to resist the propagation of light. Gravity waves traveling as fast or faster than light will be able to resist the propagation of light. Gravity waves traveling slower than light will not be able to resist the propagation of light. Like a boat traveling through water, if the boat represents the speed of light and the water represents space, then water ahead of the boat does not expand, water at the bow of the boat expands only after the bow has passed, and water behind the boat is able to expand. Water in front of the bow of the boat contain gravity waves traveling faster than light, since the water is calm and smooth. Water at the bow of the boat contain gravity waves traveling at the same speed as the boat since the bow of the boat moves at the same speed as the water is divided. Water behind the boat contain gravity waves traveling slower than the bow of the boat, since the interference pattern is contained within the wake of the boat. This is the same idea as gravity and light. Gravity waves traveling faster than the speed of light is like the water in front of the boat and inhibits the universe from expanding so that space is motionless and fixed. Gravity waves traveling the same as the speed of light allows space to expand at the same rate of speed as light is able to travel, which allows light to move as particles but not as a wave of particles. Gravity waves traveling slower than the speed of light is like the water behind the boat interfering with itself and is unable to stop light from traveling as a wave of particles on the surface of the water. It is not light that travels as a particle or wave, but space that travels as a wave of varying speed controlled by gravity. When gravity waves traveling faster than the speed of light is able to slow the expansion of the universe to that less than the speed of light, then light travels as a particle. When gravity waves traveling less than the speed of light is unable to hold the expansion of the universe to that less than the speed of light, then light travels as a wave.

Propagation of Light and Gravity

Don't need

This is old stuff based on the idea for the 2-slit experiment... needs to be updated

Aatucagg believes that the inner orbits of the atom radiate high energy quantums of gravity and low energy photons of light. Aatucagg also believes that the outer orbits of the atom radiate high energy photons of light and low energy quantums of gravity. Therefore, energy absorbed in the proper amounts by orbiting electrons can cause an atom of the electrons to radiate energy as gravity waves only, light waves only, or both gravity and light waves. Atoms that radiate quantums of gravity only produce particle like behavior for mass. Atoms that radiate photons only produce wave like behavior for mass. Atoms that radiate both quantums of gravity and photons produce particle like behavior and wave like behavior for mass. If atoms are producing more quantums of gravity than photons then the net result is the production of gravity. Whenever the production of gravity is greater than the production of light, then gravity will travel as a wave at speeds faster than light. If atoms are producing more photons than quantums of gravity then the net result is the production of light. Whenever the production of light is greater than the production of gravity, then light will travel as a wave at speeds faster than gravity. If atoms are producing the same amount of quantums of gravity and photons then the net result is the production of both gravity and light waves. Whenever the production of gravity is equal to the production of light, then gravity will travel as a wave and light will travel as a particle, and both the gravity wave and the light wave will travel at the same speed. Gravity waves traveling at or greater than the speed of light will restrain light, but gravity waves traveling less than the speed of light will not be able to restrain light. This interaction between gravity waves and light can be seen in the 2 slit experiment. With no slit in the plate then light can not penetrate the plate and only gravity waves exist between the plate and the wall behind the plate. Gravity waves coming off the plate and the wall will cancel themselves out so that space is able to expand, but there is no light able to penetrate the plate and propagate as a wave and create an interference pattern on the wall behind the plate. With 1 slit cut in the plate, light can penetrate the plate through the slit as a wave of electrons. The 1 slit in the plate creates a net flow of gravity waves coming off the wall directly behind the plate. Gravity waves produced by the wall directly behind the slit will met the light wave traveling in the opposite direction and retain the light wave to a single point where the waves of gravity and light first encounter each other. This will cause light to travel as a particle and strike the wall directly behind the slit. With 2 slits cut in the plate, light can penetrate the plate through the 2 slits as a wave of electrons. The 2 slits in the plate creates a net flow of gravity waves coming off the wall directly behind the plate. Gravity waves produced by the wall directly behind the slits will met the light waves traveling in the opposite direction and be unable to retain the light waves due to the interaction of the gravity waves with themselves as they propagate off the wall behind the 2 slits in the plate. This will allow light to travel as a wave of particles and create an interference pattern on the wall behind the plate. Since light is unable to travel as a wave of particles when gravity waves travel faster then light, then gravity waves not interacting with themselves can be thought of a gravity waves traveling as fast or faster than light. Since light is able to travel as a wave of particles when gravity waves travel slower than light, then gravity waves interacting with themselves can be thought of as gravity waves traveling slower than light. Specifically, when gravity waves travels slower than light, then light will travel as particles exhibiting wave-like behavior. This is because the universe is expanding. The expanding universe spreads the electrons out into a wave-like pattern on the wall behind the 2 slits. The more slits cut into the plate then the slower gravity will travel due to more interactions with itself and light will continue to travel as a wave of particles. Darkness can be produced by gravity traveling faster than light and inhibiting the corpuscles of space to expand. Darkness can also be produced by the lack of a light source. Light is allowed to exist in 2 forms depending on how gravity waves travel. If gravity waves travel at the same speed or faster then light, then light travels as a particle, and if gravity travels slower than light, then light travels as a wave. Gravity is able to force light to travel as a particle by propagating a gravity wave that interacts with the transverse electromagnetic wave of light. We can not see or measure the quantum of gravity that produced the wave itself since it is directed into the 4th dimension. When gravity waves travel as fast or faster than light, then the gravity wave is able to stop the corpuscles of space from expanding and force light to travel as a particle rather than a wave of particles. When gravity waves travel slower than light, then the gravity wave is unable to stop the corpuscles of space from expanding and propagate light as a wave of particles. This interaction of light and gravity gives rise to the particle-wave nature of light.

Inner and Outer Electron Orbits

There are two ways matter interacts with space. One way is for matter with an angular velocity to cause a warping of space. This type of matter is known as an active mass. Since mass must always be aligned with the direction of universal expansion, then the active mass warps space by wraping space around itself by spinning in place. The spinning causes space to become more parallel with the active mass. The more space becomes parallel to the active mass the more spacial mass of matter will be created from the temporal mass of light. As matter increases the more space will become warped, so that space will be bent and twisted as it wraps around the spinning active mass. If space should become completely wrapped around the active mass, then its matter will become infinite, causing space to become parallel to matter and a black hole will be created. Another way is for matter with a linear velocity to cause a warping of space. This type of matter is known as a passive mass. Since mass must always be aligned with the direction of universal expansion, then the passive mass warps space by building up space as a probability wave front in the direction of travel. The building up of the wave front causes space to become more parallel with the passive mass. The more space becomes parallel to the passive mass the more spacial mass of matter will be created from the temporal mass of light. As matter increases the more space will accumulate as part of the wave front, so that space becomes stacked upon itself as it collects in the direction of the moving passive mass. If space should become completely heaped in the direction of the traveling passive mass, then its matter will become infinite, causing space to become parallel to matter, creating a space wave barrier. An example of an active mass is the sun and an example of a passive mass are the planets. The sun spins with an angular velocity at the center of our solar system, while the planets orbit the sun with linear velocities, reacting to the warping of space by the sun. In relation to the planets the sun is not moving and so has an invariant mass of m₀, while the planets are moving around the sun and have a relativistic mass of m. In general, invariant mass is found at the centers of clusters of matter, and relativistic masses are found within the clusters of matter and beyond. The same can be said of the atom with the nucleus of the atom represented by the sun and the electrons of the atom represented by the orbiting electrons. The nucleus of the atom will have a rest mass of m₀ and the orbiting electrons will have a relativistic mass of m. Therefore, rest mass is created from the expansion of the universe through the 4th dimension. Movement of mass through the 4th dimension, which is a spacial dimension beyond our ability to experience it, will produce time with a minimum interval. Since rest mass is spacial mass, then relativistic mass is composed in some portion of the temporal mass of light. The further the passive mass is from the active mass the more temporal mass it will possess and the more it will take on the characteristics of light. Time begins to slow as the passive mass increases in velocity due to its movement through the 3 dimensions of space. Movement of mass through space creates time from the 3 dimensions of space, so 4th dimensional time for the passive mass slows as less time is created from the 4th dimension as its speed increases through the 3 dimensions of space. The faster the passive mass moves through the 3 dimensions of space the slower time will flow from the 4th dimension. If the passive mass should reach the speed of light, then all time will be generated from the 3 dimensions of space and no time will be generated from the 4th dimension of time. A passive mass traveling at the speed of light will be in the form of the temporal mass of light. A Photon is created when spacial energy of an electron increases. A quantum of gravity is created when temporal energy of an electron increases. When compared to electrons in the outer orbits from the nucleus of the atom, electrons in the inner orbits from the nucleus of the atom will have more spacial matter and possess more of the spacial energy of gravity. Time will move more quickly for the inner orbit electrons, since they will be composed of mostly spacial mass. When compared to electrons in the inner orbits from the nucleus of the atom, electrons in the outer orbits from the nucleus of the atom will have more temporal matter and possess more of the temporal energy of the photon. Time will move more slowly for the outer orbit electrons, since they will be composed of mostly temporal mass. Electrons near the nucleus will exhibit more of a particle nature, and electrons far from the nucleus will exhibit more of a wave nature. Aatucagg believes that the atomic mass-energy of inner orbital spacial mass affects the unconscious mind, while the atomic momentum-energy of the outer orbital temporal mass affects the conscious mind.

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Electron Orbits

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Electron Orbits

Mass of Electron

There are 2 types of mass, invariant and relativistic mass. Invariant mass is also known as rest mass. Electrons have a rest mass because electrons can be at rest in all frames of reference. Photons have no rest mass because photons are always traveling at the speed of light in any frame of reference. The other type of mass is relativistic mass. All mass has relativistic mass whose value is dependent on a particular frame of reference. In the equation E=mc², m is relativistic mass and can therefore have different values depending on the frame of reference of the observer. In fact, the equation E=mc² is a specific case of a more general equation where the velocity of the mass is 0. The relativistic mass is related to the rest mass by the equation m = ym₀, where y is the Lorentz Factor and relates mass to velocity. It is this equation that shows mass goes to infinity for accelerated matter approaching the speed of light. This means that accelerated matter gains spacial mass as it's speed approaches that of the speed of light. Since mass is composed of both spacial and temporal mass, then the added spacial mass of matter is accompanied by a proportional loss of the temporal mass of light. In other words, as matter is accelerated, the temporal mass of light converts to spacial mass of matter. It should be noted that there are 2 ways to convert the temporal mass of light to the spacial mass of matter. One way is the warping of space by an active mass, and the other way is the warping of space by an accelerated passive mass. An active mass that warps space has a velocity of 0, while an accelerated passive mass that warps space has a velocity approaching that of the speed of light. In an atom, when energy is absorbed by an electron, the spacial mass of the electron will convert to temporal mass, meaning a certain amount of the electrons matter will convert to light and enter a higher energy level orbit. This is because angular momentum L = mvr, where m is the relativistic mass of the electron, v is the velocity of the electron, and r is the radius of the energy level orbit. A higher energy level orbit increases the value of r, since energy levels increase as the orbits increase in distance from the nucleus of the atom. Angular momentum must be conserved, so if r increases and matter decreases by a proportional amount then v will remain constant. Therefore in an atom, electrons at low energy levels near the nucleus will have a higher amount of matter than electrons at high energy level orbits further from the nucleus. Aatucagg believes that electrons exhibit an increasing particle nature the closer they are to the nucleus of the atom, and electrons exhibit an increasing wave nature the further they are from the nucleus of the atom. The conversion of temporal mass to spacial mass as the electron falls to lower inner orbits of the atom produces photons. Some proof for this assumption may be found in the rotation of galaxies. According to current theory, the velocity of mass should decrease the further it is from the center of the galaxy, but what is observed is that the velocity of mass remains constant independent of the distance from the center of the galaxy. This behavior of galactic rotation is predicted by the Theory of Aatucagg, since it is mass itself and not the velocity of mass that decreases the further it is from the center of the galaxy. In this way, angular momentum is conserved by variations in mass and not velocity.

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Mass of Electron

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Mass of Electron

Atomic Absorbtion and Emission of Energy

The Bohr model of the atom is a simple model that takes into account the quantum energy levels of electrons, but not the particle-wave nature of electrons. Because Bohr's model of the atom does not consider the particle-wave nature of the electron, only the simplest of atoms can be represented by the Bohr model. Heisenberg would later expand Bohr's model of the atom to include the particle-wave nature of electrons by creating the uncertainty principle and redefining Bohr's electron orbits as electron clouds of probability. In this way, the Heisenberg model can be used to represent all atoms in the periodic table. The Bohr model and the Heisenberg model are basically the same, except Bohr uses orbits and Heisenberg uses clouds of probability. The Bohr model is the easiest model to use to describe the atom, since at this point we are concerned with the structure of the atom, and not the position or the momentum of the electrons. In the Bohr model, there is a nucleus of positively charged protons and neutrally charged neutrons surrounded by orbiting electrons of a negative charge. The orbit that the electron normally occupies is called the "ground state". Each orbit has its own energy level. The orbit closest to the nucleus has the lowest energy level, and the orbit farthest from the nucleus has the highest energy level. An electron must absorb energy to jump to a higher energy state from the ground state. An electron must emit energy to return from a higher energy state to the ground state. This absorption and emission of energy by the electron happens in discrete amounts of quantum energy. In other words, electrons can only exist within the orbits of an atom and not between the orbits of an atom, so only certain amounts of energy that will place the electron within an orbit of an atom are allowed. Aatucagg believes that the expanding universe is fractal in nature and should therefore be similar on every scale. The mechanism that drives black holes should be similar to the mechanism that drives the atom, since both black holes and atoms are composed of orbiting matter. In the case of the black hole, matter is mainly in the form of suns and planets spiraling into the event horizon. In the case of atoms, matter is mainly in the form of electrons following orbital clouds of probability. Black holes force matter to move continuously under the force of gravity. The gravitational force is an attractive force only. Atoms force matter to move discretely under the force of electromagnetism. The electromagnetic force is both an attractive and repulsive force. If black holes are converting light to matter by warping space, then atoms should be doing the same thing. In the case of black holes, most matter is found near the event horizon. Since matter is spacial mass, then matter increases near the event horizon of a black hole as the temporal mass of light is converted to the spacial mass of matter by the warping of space by the black hole. If the expanding universe is fractal, then this conversion of light to matter should be true as well for the atom. If an atom is heated, and energy from the heat is transmitted to an electron in a ground state in the right amount of quanta, then the electron will jump from its current energy level orbit to a higher energy level orbit further away from the nucleus of the atom. E=mc², where the mass is invarient and is composed of both spacial and temporal mass. This means that as the temporal energy of the electron increases, it must rotate out of alignment with the surface of space in order to create more temporal mass. Also, as the spacial energy of the electron increases, it must rotate into alignment with the surface of space in order to create more spacial mass. In this way, the overall energy and mass of the electron remains constant, while the temporal energy and mass vary inversely to the spacial energy and mass of the electron. Therefore, a particle has more temporal energy and mass further away from the nucleus of an atom, just as a planet has more temporal energy and mass further away from the event horizon of a black hole. Likewise, when the electron gives up the absorbed heat energy in the form of a quantum of light as it returns from its excited state to its ground state, the temporal energy and mass of light will be reduced leaving behind the original spacial energy and mass of matter. The closer the elecron is to the nucleus of the atom, the less temporal energy and mass of light it will possess, since most temporal energy and mass will have been given off as photons in order for the electron to have reached this inner energy level orbit. This is also true of a black hole where most light has been converted to matter as it approaches the event horizon. It should be noted that the spacial mass of matter is mass energy, while the temporal mass of light is momentum energy. Aatucagg believes that since mostly matter exists near the nucleus of the atom, electrons exhibit more of a particle nature at the inner energy level orbits. Conversely, Aatucagg also believes that since mostly light exists far from the nucleus of the atom, electrons exhibit more of a wave nature at the outer energy level orbits.

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Atomic Energy

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Atomic Energy