Quantum Physics and Consciousness (Essay Sample)

Name Prof Course Date Quantum Physics and Consciousness Summary The relationship between consciousness and quantum physics has in latest years been a foremost theme of profound discussions from a scientific, philosophical, psychological and existential viewpoint. The reality in the constant movement, life is continually rising, the movement of energy waves propagation. Quantitative revolution undermined the solid reality's nature, opened the door to the core mind's role, and proposed scenarios with unanticipated features. In this discussion, remarkable quantum physics' aspects are examined, with inevitable consequences on our lives, which could critically affect our future. These outcomes underscore the significance of constructing a cognitive elasticity with awareness training, to enhance the ability to standardize emotions, and to pay attention to real surroundings, mood, and comfort in life. Overview The relationship between consciousness and quantum physics is a much-argued subject in latest years, by diverse viewpoints. Specified physicists, those try to clarify the mind-brain issue in terms of contemporary physics, on the further cognitive neurobiologists and neuroscientists that in bulk reflect the quantum world as not significant for resolving their issues. Given the huge neurons computation power in the brain, consciousness could be clarified in a decently neurobiological framework. Biological organisms are made of atoms and particles, and thus obey both the laws of quantum and classical physics, as intermediate with the Nanometric sphere (Di Sia). Quantum physics, unlike classical one, is probabilistic and clarifies the entire phenomena's series that could not be realized in a classical framework. The quantum world encompasses weird specified features like: * The duality of wave-particle: particles and light act both as particles and waves depending on the experimental configuration; * The “Heisenberg uncertainty principle“: the impracticality of specifically defining both the velocity and position of a quantum entity at the identical time; * The entanglement phenomenon: 2 or more targets could be decidedly linked even if they are disconnected by a huge distance, and any one's behavior influences the other's behavior. Entanglement is 1 of the utmost tough quantum theory's paradoxes because it proposes an act at distance deprived of any intermediation (Di Sia). Despite the quantum theory's issues that concerned with the conscious observer's role in the measurement act, it resolved numerous classical physics inquiries and released the door to the novel and remarkable technological implementations (Di Sia & Licata). The quantum uprising undermined the compacted and concrete reality's nature, where scientists faced 3 interrelated and inseparable secrets: * B) The awareness nature; * The universe nature; * The consciousness/universe foundation. The awareness of a set of scientists had emerged in the relationship between psychology, quantum aspects (quantum psychology), with the consequences of living an entirely aware life. Quantum Computation & Brain The brain is a very complicated reality; besides, it is too tough to analyze complicated quantum schemes. It is well identified that approximations based on the identical pattern for a single particle show differences in diverse arrangements of magnitude. For this cause, people utilize computational theories to obtain the neural connections of quantum practices in the brain (Nielsen & Chuang; Di Sia). Quantum computing is not easy for implementation; it tries to utilize the entanglement via verifying that the scheme is converging with a resilient prospect of the outcome. The quantum computer converts multiple qubits' initial state through a series of quantum logic entrances, into an ultimate state with a probabilistic nature outcome. Consciousness; 1 of the core issues that faced scientists; is it to be realized as a simple byproduct of data processing procedures (which reproducible on a PC), or stemmed by brain's weird features (Hameroff & Penrose)? In accordance with Penrose, consciousness would be the yield of quantum-kind probabilistic influences. His thesis had been critiqued for considering the brain a scientific community's portion to be inappropriate for quantum influences. According to “ORCH-OR“ model, a well-known scheme for brain's quantum physics, consciousness would be built on quantum vibrations inside brain neurons; in which, it had been really approved by brain's observations, and could be correlated to specific rhythms of electroencephalographic, as evidence of their effect on brain procedures (Hameroff & Penrose). The brain's information processing is based on 2 processes; chemical transportation and action possibilities creation. These 2 procedures terminate coherent quantum conditions, that is, neurons can send and receive data only. Numerous computational calculations are now obtainable for neurons correlated to modifications in pre-synaptic action, dendrites and synaptic weights; this has not so far led to a decisive realizing of brain functions (Koch). The Consciousness “Issue” Penrose disputes that the brain is capable of assessing non-computational functions and that this capability is linked to consciousness. The consciousness's content is highly differentiated and, and is actively associated with a huge neurons' number, scattered within the cortex. The quantum coherence problem solving is remained to permit quantum data to be "non-destructive" (Di Sia). Consciousness is a vulgar fact that could not be touched or seen, it is not quantifiable. This is the science issue "principle", because it utilizes the "measurability" basic rule for what it is studying and trying to clarify. This hypothesis was introduced by the physicist Tegmark in 2014. It proposed that there is a new matter state (named perceptronium), like liquid and solid states, in which atoms manipulate data, arise subjectivity, and eventually to consciousness (Tegmark). In accordance with Tegmark, there should be no specified physical brain's perceptronium areas; instead, the consciousness could be understood as consequence of particular mathematical circumstances' set. It is obligatory to realize what is required to create these diverse consciousness states, in accordance with noticeable and measurable circumstances. This idea was stimulated by neuroscientist Tononi, who projected the Integrated Data Theory, in which he specified probable techniques to highlight the consciousness characteristics: * The conscious entity should be capable of storing, handling and recalling huge quantities of data; * This data should be consolidated into a united group so that it could not be disjointed into separated parts (Tononi, Boly, Massimini, & Koch). Consequently, Tegmark proposed 2 matter's types that could be considered consistent with Tononi's theory: * The computronium (storing, handling and recalling data); * The perceptronium, which recognizes the modality of Tononi's indivisible entire. He had also recognized 5 vital factors that could be utilized to differentiate consciously from others: “integration, data, independence, utility rules and dynamics“. Quantum Theory Retro-causal Recent theoretical physics has given novel support to the dispute that if rational expectations are prepared, the theory should be retro-causal. Retro-causality term means that when an individual selects to make the measurement for a gauging, like a particle measuring, this decision could impact the characteristics of that particle in the past. The only decent clarification on far apart particles was "act in distance" (entanglement). But with the possibility that particle measurement can retroactively affect the other particles behavior, the act at distance would not be required, but only "retroactive influence" (Leifer & Pusey). Price offered an argument proposing that any quantum theory supposes that: * The quantum status is existent; * The quantum sphere is temporarily symmetrical; in which, the physical procedures defined by the identical physical laws could be achieved forth and back (Knee). If retro-causality is a quantum world's feature, then it should have huge implications for realizing the quantum theory foundations, evidencing that quantum theory is imperfect and that retro-causality could be 1 of the lost parts to complement. Mindfulness, Mind, Positivity and Well-Being Could our thoughts modify our reality and events' course? We could develop a finest reality from what we live if we began to alter our thinking's way. Otherwise, our emotions will not alter, so nothing will happen, and the future reality will be the same as it is now. Only the consciously could break down this chain, permitting us to generate diverse regarding previous ideas. For altering the reality, our emotions and thoughts should be changed and convert them into what we need to be. We must be dreamers and visionaries (Emerson). The significant thing is "mentality adopted" for dealing with life, in which, the mentality is somewhat we could alter to attain our advantage. We must learn Science and Art to acquire differentiated experiences that enhance resilience and well-being to improve global health (Tanzi & Chopra). The mind comprises data processing and awareness, besides an organizational role named "self-regulation". It could be skilled to affect our emotions, thoughts and body. Beings' awareness besides respect is at the well-being's heart, and the courage promotion, joy and internal peace. Awareness permits the diseases' reduction and upsurges positive physiological circumstances, and the entire p...