Teoria da Relação Energética Gravitacional Sistêmica (TREG) - Complementando a TGR e Conciliando a Física Clássica Newtoniana com a Mecânica Quantica: O que é a Gravidade?
Creators: name: Gomes, Rômulo
Publisher: name: Zenodo
Year: 2024
Subjects: subject: Teoria da Relação Energética Gravitacional Sistêmica (TREG)
subject: TREG
subject: Theory of Systemic Gravitational Energy Relationship
subject: Potencial
subject: Luz
subject: Celestes
subject: Quântica
subject: Densidade
subject: Relatividade
subject: Gravidade
subject: Física
subject: Clássica
subject: Mecânica
subject: Diferença
subject: Órbita
subject: Terra
subject: Gravitação
subject: Universal
subject: Total
subject: Massa
subject: Velocidade
subject: Variação
subject: Volume
subject: Sistema
subject: Orbital
subject: Gravitacionais
subject: Hipótese
subject: Científica
subject: Espaço-Tempo
subject: Malha
subject: Geométrica
subject: Teoria
subject: TGR
subject: Isaac
subject: Newton
subject: Albert
subject: Einstein
subject: Stephen
subject: Hawking
subject: Rômulo
subject: Eugênio
subject: Equilíbrio
subject: Energético
subject: Redistribuição
subject: Energia
subject: Interações
subject: Astronômicas
subject: Curvatura
subject: Leis
subject: Integração
subject: Teórica
subject: Modelos
subject: Matemáticos
subject: Observações
subject: Empíricas
subject: Cinética
subject: Sistemas
subject: Força
subject: Movimento
subject: Planetário
subject: Trajeto
subject: Geral
subject: Solares
subject: Constantes
subject: Experimental
subject: Astros
subject: Distâncias
subject: Astrofísica
subject: Massa-Volume
subject: Princípios
subject: Conservação
subject: Transformação
subject: Corpos
subject: Aceleração
subject: Campos
subject: Modelagem
subject: Fórmulas
subject: Universo
subject: Estudo
subject: Orbitas
subject: Precisão
subject: Complementar
subject: Descrição
subject: Sol
subject: Astronômicos
subject: Medidas
subject: Alternativa
subject: Interpretação
subject: Partículas
subject: Quânticas
subject: Entropia
subject: Forças
subject: Fundamentais
subject: Campo
subject: Impacto
subject: Dinâmica
subject: Terra-Sol
subject: Newtoniana
subject: Efeitos
subject: Problema
subject: Relativísticos
subject: Espaço
subject: Teóricos
subject: Espacial
subject: Fenômenos
subject: Astrofísicos
subject: Interação
subject: Potential
subject: Light
subject: Celestial
subject: Quantum
subject: Density
subject: Relativity
subject: Gravity
subject: Physics
subject: Classical
subject: Mechanics
subject: Difference
subject: Orbit
subject: Earth
subject: Gravitation
subject: Mass
subject: Velocity
subject: Variation
subject: System
subject: Hypothesis
subject: Scientific
subject: Space-Time
subject: Mesh
subject: Geometric
subject: Theory
subject: GRT
subject: General Relativity Theory
subject: Equilibrium
subject: Energetic
subject: Redistribution
subject: Energy
subject: Interactions
subject: Astronomical
subject: Curvature
subject: Laws
subject: Integration
subject: Theoretical
subject: Models
subject: Mathematical
subject: Observations
subject: Empirical
subject: Kinetic
subject: Systems
subject: Force
subject: Movement
subject: Planetary
subject: Trajectory
subject: General
subject: Solar
subject: Constants
subject: Celestial bodies
subject: Distances
subject: Astrophysics
subject: Mass-Volume
subject: Conservation
subject: Transformation
subject: Bodies
subject: Acceleration
subject: Fields
subject: Modeling
subject: Universe
subject: Equation
subject: Study
subject: Orbits
subject: Precision
subject: Observational
subject: Astrodynamics
subject: Validation
subject: Analysis
subject: Comparative
subject: Volumetric
subject: Scale
subject: Cosmic
subject: Complementary
subject: Description
subject: Sun
subject: Measurements
subject: Alternative
subject: Interpretation
subject: Particles
subject: Quantum physics
subject: Entropy
subject: Forces
subject: Fundamental
subject: Field
subject: Impact
subject: Dynamics
subject: Earth-Sun
subject: Newtonian
subject: Effects
subject: Problem
subject: Relativistic
subject: Space
subject: Theoretical physics
subject: Spatial
subject: Phenomena
subject: Astrophysical
subject: Interaction

description: Este artigo apresenta uma nova hipótese (TREG – Teoria da Relação Energética Gravitacional Sistêmica) que propõe a diferença de potencial energético como um fator determinante nas interações gravitacionais entre corpos celestes. A hipótese sugere que a "distância" entre dois corpos pode ser reinterpretada como a diferença de potencial energético, oferecendo uma perspectiva alternativa à tradicional interpretação geométrica da relatividade geral de Einstein. Formalizamos esta hipótese através da fórmula elaborada pelo Brasileiro, Engenheiro Analista e Desenvolvedor de Sistemas Rômulo Eugênio Gomes de Almeida. A proposta é testada pela análise da órbita da Terra ao redor do Sol, utilizando dados observacionais precisos para verificar a consistência da hipótese com as leis gravitacionais conhecidas. Este modelo não apenas complementa as teorias gravitacionais clássicas e modernas, mas também possui o potencial de conciliar a física clássica newtoniana com a mecânica quântica, oferecendo uma nova abordagem para entender as interações gravitacionais e a dinâmica orbital em escalas cósmicas.Tradução/Translation:This article presents a new hypothesis (TREG – Theory of Systemic Gravitational Energy Relationship) that proposes the difference in energy potential as a determining factor in gravitational interactions between celestial bodies. The hypothesis suggests that the 'distance' between two bodies can be reinterpreted as the difference in energy potential, offering an alternative perspective to the traditional geometric interpretation of Einstein's general relativity. We formalize this hypothesis through the formula developed by the Brazilian, Systems Analyst Engineer and Developer, Rômulo Eugênio Gomes de Almeida. The proposal is tested by analyzing the Earth's orbit around the Sun, using precise observational data to verify the consistency of the hypothesis with known gravitational laws. This model not only complements classical and modern gravitational theories but also has the potential to reconcile classical Newtonian physics with quantum mechanics, offering a new approach to understanding gravitational interactions and orbital dynamics on cosmic scales.