The Nature of Code: Simulating Natural Systems with Processing

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In my book titled Staradigm (published in 2011), I mentioned about this idea and roughly explained how it worked. It is great to finally hear that physicists of today are finding evidence that the Universe is a giant hologram.

where HD actual and HD iso refers to the actual and Isomap decoded HD, respectively. Next, the angular difference over time was unwrapped and smoothed with a Gaussian kernel (s.d. = 2), from which drift was computed as the absolute average rate of change (Fig. 7e). The shuffles shown in Fig. 7j were computed by correlating the AHV of each animal to the ADV of all other animals to generate a null distribution of AHV vs ADV correlations. Quantification of ADn units Upon placing blind adult rd1 mice in the open-field environment, we found robust HD cell tuning (Fig. 1b; n = 151 HD cells recorded from 13 animals, with 80.7% of recorded cells in ADn defined as HD cells; see Methods). Similar to what has been described for sighted animals, we found that rd1 mice evenly sampled all angular directions in the environment and possessed HD cells that exhibited preferred firing directions that spanned all head directions (Fig. 1c). Air Force officer breaks silence on 'red, glowing UFO the size of a football field' hovering at low altitude over California space launch base Theoretical physicist, Dr. James Gates, Jr. The idea that we live in a holographic universe that uses a form of quantum "computer code" to create the physical reality is not a new idea. In the 1940s, some physicists suggested that we live in a "computer generated" universe. In the video at the end of this article, physicists James Gates talks about this form of computer code, which he refers to as "adinkras".World's biggest iceberg starts moving for first time in decades — and it could cause some serious problems Outside the HD cell system, a recent study has shown that spatial maps can be found in the piriform cortex during a spatial-olfactory learning task, with spatially encoding piriform cortex cells being linked to hippocampal theta 37. Another recent study found that olfactory cues can modulate place cell responses in the hippocampus and aid in path integration 36. Consistent with these findings, earlier studies in rats found intact place cells in blind animals 59, as well as a contribution of olfactory inputs to place cell stability 60. Therefore, seeing as olfactory inputs can enable robust and stable place cell and HD cell coding in the brain, olfaction needs to be considered an important sensory system for the generation of cognitive maps. Putin: Russophobia, racism and other forms of neo-Nazism have become the official ideology of Western elites The HD network is often modeled as a continuous ring attractor 11, 18, 19, 20. Evidence in favor of an attractor network is plentiful, from the finding that the relative difference in preferred directions between a given pair of HD cells is maintained across different environments and during visual cue rotation experiments 21, to the finding that HD cells that fire coherently during spatial navigation continue to do so during sleep 11, to the finding that before eye-opening—when HD cell tuning curves are broad—pairs of cells exhibit similar coherence during spatial navigation as is seen in the adult HD system 22, 29, 30. Furthermore, a recent manifold analysis has validated a one-dimensional ring as a robust description of the rodent HD network 19. Our results in blind mice are consistent with those of a continuous ring attractor. Performing a manifold analysis revealed a one-dimensional ring attractor similar to that found in normally sighted animals. Additionally, upon ablating OSNs in blind animals, while this completely removed stability of HD cell preferred direction, attractor dynamics and the ring architecture remained intact. To assess floor-controlled changes in PFDs of HD cells, a protocol similar to the visual cue rotation described above was adopted, except where the floor of the arena was rotated. For these experiments, to avoid possible interference of odor markings across different animals, a brand new floor was used for each mouse. At the same time, to give mice the opportunity to use olfactory odors on the floor, the floor of the arena was not cleaned between exposures. The extent to which floor rotations influenced the PFD of HD cells across animals was computed using Eq. ( 1). For cue/floor rotation sessions, 10,000 shuffles were generated using re-exposure sessions where animals were re-exposed to the same environment in the absence of any manipulation. To generate the gain values expected by chance, the gain was computed after randomly applying the experimental cue/floor rotation angles to the re-exposure data. Olfactory sensory neuron (OSN) ablation

Working on a branch of physics called supersymmetry, Dr. James Gates Jr., discovered what he describes as the presence of what appear to resemble a form of computer code, called error correcting codes, embedded within, or resulting from, the equations of supersymmetry that describe fundamental particles.Goddess particle': Earth slammed by ultra-powerful cosmic ray, and we have no idea where it came from Contraceptives may slow brain development and increase risk-taking behavior in teens, study suggests SOTT Focus: MindMatters: Psychedelics, Sobriety, and Altered States: Processing Reality with John Buchanan