∞ Large-scale_structure_of_the_cosmos RedshiftBlueshiftHydra_superclusterApart from the central clusters, which are 150 to 200 millions of light years away, several smaller clusters belong to the group.Within the proximity of this Supercluster lies the Great Attractor, dominated by the Norma Cluster (ACO 3627). This massive cluster of galaxies exerts a large gravitational force, causing all matter within 50 Mpc to experience a bulk flow of 600 km/sec toward the Norma Clusterin the direction of the Hydra and Centaurus constellations. While objects in that direction lie in the zone of avoidance (the part of the night sky obscured by the Milky Way galaxy) a massive cluster of galaxies, containing a preponderance of large, old galaxies, many of which are colliding with their neighbours, and/or radiating large amounts of radio waves.Invariable_planeCelestial mechanicsλ and βecliptic longitude and ecliptic latitudeα and δ right ascension and declinationε = 23.439281° is the Earth's axial tilt, known as the obliquity of the ecliptic.∞ interfacesuper gaia pilot System Master ScenicScenicScenicXTIM frendsystemf6sstSurvey effects of scale motions with pioneer and voyager type robots, effects of gravity over distence. Probes targeted towards and opposition, to measure velocities and resistences. Fynderops spaceA 137 ScenicInsulative_paintSpace_Shuttle_thermal_protection_systemPioneerScenic Motion digo nroDirectionologyMilky Way and Andromeda galaxy are approaching each other with a speed of about 130 km/s, however the collision of these two galaxies will not occur for about 5 billion years (AstroFile). Another result I found was that our galaxy and neighbors are moving at 600 km/s in the direction of the constellation Hydra (Scientific American). Finally, I found that the Milky Way moves through space within the cluster of galaxies it is a member of, and this cluster in turn moves through space towards yet another larger cluster of galaxies off in the direction of the constellation Virgo. This speed is approximately 300 km/s(Ask the Space Scientist). Therefore, the speed of the Milky Way galaxy is not a single number, its value is relative to the speed of other objects Milky_WaySun's distance to galactic center 25,000 light years Sun's galactic rotation period250 million years (negative rotation)Spiral pattern rotation period50 million yearsBar pattern rotation period15 to 18 million yearsSpeed relative to CMB rest frame The Sun is currently traveling through the Local Interstellar Cloud in the Local Bubble zone, within the inner rim of the Orion Arm of the Milky Way galaxy. Of the 50 nearest stellar systems within 17 light-years from Earth (the closest being a red dwarf named Proxima Centauri at approximately 4.2 light years away), the Sun ranks 4th in mass. The Sun orbits the center of the Milky Way at a distance of approximately 24,000–26,000 light years from the galactic center, completing one clockwise orbit, as viewed from the galactic north pole, in about 225–250 million years. Since our galaxy is moving with respect to the cosmic microwave background radiation (CMB) in the direction of constellation Hydra with a speed of 550 km/s, the sun's resultant velocity with respect to the CMB is about 370 km/s in the direction of Crater or Leo. Coordinate_systemGalactic coordinatesSupergalactic coordinate system ∞ ∞ ∞ ∞ ∞ ∞ The estimated age of the universe is 13.75 ± 0.17 billion years Earth →Solar System →The Sun orbits the center of the Milky Way at a distance of approximately 24,000–26,000 completing Since our galaxy is moving with respect to thecosmic microwave background radiation in the direction of with a speed of 550 km/s, the sun's resultant velocity with respect to the CMB is about370 km/s in the direction of Local Interstellar Cloud →Local Bubble →Gould Belt →Orion Arm →Milky Way →Galactic_coordinate_system ΓαλαξίαςComa Berenices star Arcturus Galactic_center Galactic_plane Galactic_plane Galactic_anticenter constellation SculptorMilky Way subgroup →Local Group →The Andromeda Galaxy is approaching the Milky Wayat about 100 to 140 kilometres per second (62 to 87 mi/s), so it is one of the fewblue shifted galaxies.Virgo Supercluster →Pisces-Cetus Supercluster Complex →Observable universe →Universe
Create a diagram of Directionology
Awareness could be one required aspect, but there are many problems with the exact definition of awareness. The results of the experiments of neuroscanning on monkeys suggest that a process, not only a state or object, activates neurons. Awareness includes creating and testing alternative models of each process based on the information received through the senses or imagined, and is also useful for making predictions. Such modeling needs a lot of flexibility. Creating such a model includes modeling of the physical world, modeling of one's own internal states and processes, and modeling of other conscious entities. There are at least three types of awareness: agency awareness, goal awareness, and sensorimotor awareness, which may also be conscious or not. For example, in agency awareness you may be aware that you performed a certain action yesterday, but are not now conscious of it. In goal awareness you may be aware that you must search for a lost object, but are not now conscious of it. In sensorimotor awareness, you may be aware that your hand is resting on an object, but are not now conscious of it. Because objects of awareness are often conscious, the distinction between awareness and consciousness is frequently blurred or they are used as synonyms.
Conscious events interact with memory systems in learning, rehearsal, and retrieval. The IDA model elucidates the role of consciousness in the updating of perceptual memory, transient episodic memory, and procedural memory. Transient episodic and declarative memories have distributed representations in IDA, there is evidence that this is also the case in the nervous system. In IDA, these two memories are implemented computationally using a modified version of Kanerva’s Sparse distributed memory architecture.
Learning is also considered necessary for AC. By Bernard Baars, conscious experience is needed to represent and adapt to novel and significant events (Baars 1988). By Axel Cleeremans and Luis Jiménez, learning is defined as "a set of philogenetically [sic] advanced adaptation processes that critically depend on an evolved sensitivity to subjective experience so as to enable agents to afford flexible control over their actions in complex, unpredictable environments" (Cleeremans 2001).
The ability to predict (or anticipate) foreseeable events is considered important for AC by Igor Aleksander. The emergentist multiple drafts principle proposed by Daniel Dennett in Consciousness Explained may be useful for prediction: it involves the evaluation and selection of the most appropriate "draft" to fit the current environment. Anticipation includes prediction of consequences of one's own proposed actions and prediction of consequences of probable actions by other entities. Relationships between real world states are mirrored in the state structure of a conscious organism enabling the organism to predict events. An artificially conscious machine should be able to anticipate events correctly in order to be ready to respond to them when they occur or to take premptive action to avert anticipated events. The implication here is that the machine needs flexible, real-time components that build spatial, dynamic, statistical, functional, and cause-effect models of the real world and predicted worlds, making it possible to demonstrate that it possesses artificial consciousness in the present and future and not only in the past. In order to do this, a conscious machine should make coherent predictions and contingency plans, not only in worlds with fixed rules like a chess board, but also for novel environments that may change, to be executed only when appropriate to simulate and control the real world.
existence, knowledge, values, reason, mind, and language
Related, Asymmetric warfare, Colonial war