- In this article, we try to track the neuroelectric signal from its inception until it signals the human visual awareness through what we called, neurobiological wires to consciousness. We also provide a fulsome electrophysiological metric, namely, the brain awareness wishing for better quantification to the human global consciousness. Based on the literature review, this metric is expected to quantify the human global visual awareness, namely because of recent special findings in binocular rivalry phenomenon. The article also offers simple ways to build up binocular rivalry experiments. Inception & Related works Binocular rivalry, a phenomenon of visual perception in which human visual awareness alternates between different images presented to each eye, is an outstanding psychophysical approach to quantify consciousness. Importantly, both kinds of attention, automatic and voluntary, help in increasing the awareness dominance duration of the corresponding stimulus. In another word, attention controls human global consciousness. Strength (Levelt, 1965), saliency (Engle, 1956), spiral motion (Malek, 2012), higher spatial frequency (Fahle, 1982), duchenne expressions (Malek, 2018), are all having ’catchy’ visually stimulating features, namely, they all trigger automatic attention; therefore they all dominate the visual awareness over ‘non-catchy’ ones. Voluntary attention to certain details to a certain stimulus also elongates the awareness dominance duration of the stimulus (Lake, 1978). Time (the awareness dominance duration) had been used as a metric to quantify human visual awareness by vision scientists, however, this metric should be supported by physiological metrics to help scientists to convey awareness to biological science. But what is the best physiological metric for consciousness? To answer this question, we have to understand how the human visual awareness works (for fulsome comprehension; see reference 11). Namely, it theorized that the neurological roads to the visual awareness are started by the photoreceptors and ended by the final inhibitory neurons. It also hypothesized that, in certain conditions, there might be entanglements between the emitted photons and their corresponding photoreceptors. Now, let’s see a specific example and try to generalize it, namely, let’s study the autistic brains. Three interesting facts about the autistic brains: 1- They have hyper-systemizing, hyper-attention to detail and sensory hypersensitivity (Baron-Cohen, etal. 2009). 2- They have reduced GABAergic action, (Robertson, etal. 2016). 3- They have longer dominance duration in binocular rivalry (BR) experiments, (Robertson, etal. 2013). Autistic brains also have higher spectral power of peak gamma frequency due to their slower switching rates; this is an indirect conclusion to (Fesi, etal. 2015) findings. The aforementioned facts may allow me to hypothesize & say the following statement: “Due to the lack of GABAergic action, early stages cortical inhibition might not occur in autistic brains in BR experiments; and therefore, the spectral power of peak gamma waves is escalated in these areas. Gamma waves might represent greater numbers of ‘asynchronous’ spikes trains produced by the neurological roads in the ROI. The final destination of those neurological roads are rather in further areas. Noticeably, the neurological roads to the visual awareness are assumed to converge eventually, and thus, the need of GABAergic action will be minimized. To minimize the GABAergic action, a possible scenario can be proposed for autistic brains: They might have longer Important to mention, the aforementioned hypothesis is based on a pervious hypothesis that assumes the brain as a systemized entity contains of ‘biological wires’ igniting the visual consciousness. The awareness itself, however, is assumed to reside in extra physical dimensions (See reference 11). The hypothesis also estimates that inhibitory neurons are gates to the consciousness, and therefore, the human awareness is a product of too many parts of the brain; namely, physiological investigations in consciousness should have holistic considerations. Detailly speaking, longer neurological roads might eventually create greater details and fulsome consciousness; shorter ones create weaker awareness, but very short ones in retinal or subcortical regions, possibly due to very low amount of entanglements, create minimal to no awareness about the stimulus. Because highly informative awareness might be a product of fewer inhibitory neurons ‘due to the convergence of the neurological roads to the inhibitory neurons’; therefore, the awareness that’s produced by fewer gates ‘narrower neurological channel to consciousness’ will access the awareness for longer dominance duration in binocular rivalry settings. Brain Energy -- A new mathematical metric for brain imaging shall be defined, namely , Brain Energy , which can be described as follows: 𝐁𝐫𝐚𝐢𝐧 𝐄𝐧𝐞𝐫𝐠𝐲=ቄ∫ (𝑬𝑹𝑷)𝟐𝑻ୀ𝒅𝒐𝒎𝒊𝒏𝒂𝒄𝒆 𝒅𝒖𝒓𝒂𝒕𝒊𝒐𝒏 𝑻ୀ𝟎 𝐝𝐭ቅ (1) Where ERP refers to event related potential for each channel in brain activities imagining system, such as EEG or MEG. Importantly, different kinds of brain imaging techniques has different metrics, that should be wisely used to estimate accurate Brain Energy values. Consider a high-density EEG system with 256 electrodes; each electrode will detect localized Brain Energy that can be estimated by integrating the (EPR)2 over the time whereas the starting time is the onset of the awareness of a certain stimulus (t=0), until that stimulus disappear from the awareness (t=dominance duration). Each brain region may require more than an electrode to be fulsomely measured. Advisably, the raw data should be critically analyzed and processed. Detailly speaking, since attention has decent control over consciousness, the gamma waves filter should be so wide up to 150Hz (see reference 12). Moreover, alpha waves should be removed for two reasons; it peaks when gamma waves are minimized (see reference 14), and it proportionally correlated with fast rivalry switching rate (Katyal, etal. 2019). Namely, alpha waves will strength the value of brain energy despite it’s not responsible for intensifying the human visual awareness; therefore, it should be removed. Important to emphasize, longer neurological roads to consciousness might lead to weaker inhibition in the early cortical stages; namely, those roads might even decide to be bridging over these inhibitory neurons because they’re not their desired destinations. Comprehensive Navigations in the Literature We had previously reported that voluntary blinks have the ability to stop the binocular rivalry indefinitely, see reference 16. We believe that the aforementioned stoppage is because of massive congestion in the hypothetical bi-directional tachyonic tube, see