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Pesquisa interferencia desde Heisenberg.

Ricardo Luiz Narciso Moebus

Published Jan 1, 2015• 1 citation
OpenAlex

Abstract

Based on the observation of the object of research itself as a manufacturing by the researcher, even in the exact sciences, with Heisenberg, seeks to build the novelty of the offer interference research, as compared to the action research, participatory research, intervention research.

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A fisica classica distingue-se como ciencia por um projeto previo, composto pelos conceitos fundamentais de elementos como calculo, tempo, espaco, movimento, materia, forca e direcionado a captar todos os fenomenos da natureza supostamente unificada. A mecânica quântica avanca alem desses postulados, evidenciando a inevitavel interferencia do sujeito nos resultados de sua pesquisa, em que a referencia a uma teoria ontologica com objetos materiais, devendo ser captaveis para fins de calculo de regularidades, tornase impossivel, restando os conceitos de nucleo e campo para o projeto previo inovador. Em decorrencia, o principio de incerteza se expressa em que um estado de movimento se identifica somente quanto a calculabilidade estatistica ou da posicao, ou da grandeza do movimento. Apos a elaboracao do conceito existencial de ciencia, que ressalta o serai como ser-no-mundo a encontrar entes determinados como objetos pelo projeto previo da perspectiva cientifica, Heidegger posteriormente chega a conclusao de que a fisica quântica incorporando a fisica classica permanece imutavel no que concerne ao projeto previo da ciencia de sempre: a natureza se dispoe de antemao a um encontro ao modo de asseguramento proposto pelo existente humano numa realizacao cientifica em termos de teoria. A ciencia permanece apenas como um dos modos de acesso a natureza em sua plenitude inesgotavel, o que faz com que ela seja incontornavel e inacessivel com os recursos da cientificidade. A com-posicao e a essencia da tecnica utilizando resultados cientificos e, pela sua voragem, habilitando-se para a cooptacao definitiva do existente humano. Resta ao ser-ai a piedade de um pensamento indigente enquanto questionar a sua propria condicao de perigo no esquecimento da cooptacao de que pode ser vitima por propria decisao.%%%%The classical physical science distinguishes itself as a previous project, consisting of the fundamental concepts of elements such as calculation, time, space, motion, matter, force and directed to capture all the nature phenomena supposedly unified. Quantum mechanics advances beyond these postulates, evidencing the inevitable interference of the subject in the search results , in which a reference to an ontological theory with material objects should be able to capture for regularities calculation, it becomes impossible, leaving the core concepts and field for the previous innovative project. As a result, the uncertainty principle that is expressed in a state of motion is identified only as to the statistical calculation or position, or the magnitude of the movement. After the development the existential concept of science that emphasizes the being-there as being-in-the-world to find certain beings as objects by the previous project of the scientific perspective, Heidegger subsequently comes to the conclusion that quantum physics incorporating the classical physics keeps unchangeable in terms of the previous science project of all: the nature disposes in advance a way of securing the meeting proposed by the existing human…
This release develops SYRÆQ, a mathematical and computational architecture for integrating photonic metrology, selective repair, and verified process composition toward atomically precise manufacturing. Its central objective is to determine the information sufficient for an admissible corrective action without requiring complete microscopic state reconstruction. The framework represents each possible process state by its set of acceptable controls. Minimal state subsets admitting no common correction define a repair-obstruction hypergraph. This construction captures collective incompatibilities that pairwise conflict graphs can miss. Optical sensing requirements are formulated through uncertainty-set intersections and minimum-enclosing-ball geometry, with oriented infeasibility witnesses and exact rational lower-bound certificates supporting verification within the declared models. The principal contribution candidate is a two-antichain stability theorem. Feasible witnesses for maximal compatible beliefs and dual witnesses for minimal incompatible beliefs provide sufficient conditions for preserving the complete repair-compatibility relation under bounded process perturbations. Coupling these conditions to optical separation margins establishes a conditional certificate for reuse of sensing and control designs. Additional results address finite-horizon probe-and-repair policies, preservation of information before interfaces become inaccessible, and composition of qualified manufacturing primitives. The photonic component extends chromatic exterior-flux interferometry through finite phase schedules for determinant-weighted hypergraph certificates. A supplied example reproduces an exact certificate using 128 masks rather than 4,096 for an already identified support of 53 hyperedges. Support discovery, schedule construction, optical losses, and readout costs remain explicit implementation considerations. Computational evidence includes 160 passing parametrized tests, 781 wavelength designs in a synthetic six-layer optical model, 16 exact rational separation witnesses, and 510 symbolic surface patterns satisfying modeled hydrogen conservation. The optical example yields a 257.424-fold ratio between optimized normalized Gaussian sensing budgets for exact state identification and repair selection. This compares different information objectives; it does not establish measured energy savings or manufacturing acceleration. A 50,000-trial decoder simulation retains 18 incorrect accepted actions and 11 abstentions, with all incorrect actions occurring within confidence-set coverage failures. The release contains an 88-page manuscript, proofs with explicit assumptions, executable reference software, machine-readable results, provenance records, and an experimental qualification protocol. Proposed applications include decision-aware thin-film metrology, selective defect correction, process-drift certification, and manufacturing plans that preserve verified interfaces. The work is a reproducible research architecture. Physical primitive qualification, integrated fabrication, practical advantage against competent decision-aware baselines, and historical novelty of the specialized synthesis remain open. Universal nanofabrication is treated as expansion of a verified material-and-process language; instantaneous arbitrary-object manufacture is not demonstrated.
Conscious Action Theory provides a logical unification between the spirit and the material, by identifying reality as an event that processes personal experiences into explanatory memories, from which personal experiences are regenerated in a never-ending cycle of activity. Baer explores the idea that our personal feelings are undeniable facts that have been systematically excluded from the basic sciences, thereby leaving us with a schizophrenic division between objective materialism and spiritual idealism. Cognitive Action Theory (CAT) achieves this unification by recognizing that the observer’s existence is the foundational premise underlying all scientific inquiry. It develops as an event-oriented physical theory in which the first-person observer is central. By analyzing the methods through which we human observers gain knowledge and create the belief systems within which our experiences are explained, we discover a fundamental truth: all systems are observers and exhibit some form of internal awareness. Events, not the objects appearing in them, are the fundamental building blocks of reality. The book is comprised of three parts: the first addresses the paradigm shift from an object to an event-oriented world view, the second develops the foundations of action physics for an event-oriented world view and the third provides examples of how these new ideas can be applied to move our knowledge up the next evolutionary step of human development. This book will benefit anyone questioning their role in the universe, especially those in interdisciplinary fields of philosophy, psychology, neuroscience and medicine, who seek understanding of quantum theory as the physics of conscious systems that know the world.