About SRCEAP

New Concepts

• Optimization of all concepts of Quantum mechanics by using concepts of Classical mechanics & Thermodynamics
• Unification of Gravity with the other three forces
• Bridge the gap between Quantum mechanics, Classical mechanics & General relativity
• Explanation of properties and interactions of Dark energy, Dark matter & Ordinary matter with one another
• Conceptualization about Energy (Dynamic element) and Mass (Possessive element) as the Basic elements of the universe
• Conceptualization about the Interaction between Energy and Mass (Energy provides dynamism (movement) to Mass; Mass provides possessiveness to Energy)
• Conceptualization for the Difference between Dark Energy & Ordinary Energy
• Conceptualization for the Difference between Dark Matter & Ordinary Matter
• Conceptualization about the Formation of the Primary Building Block (PBB) by continuous circular rotation of dark energy and dark matter in a definite manner within it
• Conceptualization for the Differences in between 6 Substructures presents within PBB on the base of the different intensity and direction of the velocity of qE and the mass density of qM within each substructure due to different qE/qM ratio within each of them
• Conceptualization of Electric Polarization within PBB
• Conceptualization of Magnetic Polarization within PBB
• Conceptualization for the definite Shape, Volume, Mass density, and Energy pressure within PBB on the base of its qE/qM ratio
• Conceptualization for the Differences in between 3 subtypes of PBBs on the base of their relative affinity towards mass and energy and their spatial arrangement with respect to either their nucleus (within the atom) or nearby massive object
• Conceptualization for the structure, properties, and functions of Energy Communicating Building Block (ECBB)
• Conceptualization for the role of Gemtron (ECBB) as a Carrier for long-acting forces like Gravity and Electromagnetism
• Conceptualization of the Arrangement of Gemtron within the formation of ether, photons, electron neutrinos, electrons, positrons, and nucletrons
• Conceptualization for the role of Gemtron as a constructive unit of All Elementary Particles (like Quarks, Leptons, and Bosons) of the standard model
• Conceptualization for structure, properties, and functions of Energy & Mass Managing Building Block (EMMBB)
• Conceptualization of the Arrangement of Electrino (EMMBB) within the formation of electrons and nucletrons
• Conceptualization for the Role of Electrino as a constructive unit of All Negatively Charged Elementary Particles of the standard model
• Conceptualization for structure, properties, and functions of Mass Organizing Building Block (MOBB)
• Conceptualization of the Arrangement of Positrino (MOBB) within the formation of positrons and nucletrons
• Conceptualization for the role of Positrino as a constructive unit of All Positively Charged Elementary Particles of the standard model
• Conceptualization for the structure, properties, and functions of Secondary Building Block (SBB)
• Conceptualization for the Formation of definite quanta of Ordinary Matter within SBB
• Conceptualization of Photons, Electron Neutrinos, Electrons, Positrons, and Nucletrons as the SBB
• Conceptualization for the structure, properties, and functions of Tertiary building block (TBB)
• Conceptualization of All Elementary Particles of the standard model (i.e. quarks, leptons, and bosons)
• Conceptualization for the structure, properties, and functions of the Quaternary building block (QBB)
• Conceptualization of All Hadrons (i.e. Baryons & Mesons) as the QBB
• Conceptualization of Photon as Photon Carrying Quadruple of Gemtrons (PCQG)
• Conceptualization of EMR as a Simple harmonic motion of PCQG
• Conceptualization for the Creation of electromagnetic poles within EMR due to Polarization of PCQG
• Conceptualization of Electron Neutrino as the Trio or Sextet of Gemtrons
• Conceptualization for the Properties and Functions of Electron Neutrino
• Conceptualization of Ether as the 3D matrix of Gemtrons which acts as the medium for Electromagnetic radiation and Gravitational waves (like the Role of air for Sound waves)

Novel Solutions Provided

• Ether having the Matrix of Gemtrons explains...
  • All the concepts as well as experimental observations of Astronomy by optimization of concepts of General Theory of Relativity including...
    • The gravitational force between astronomical objects
    • Gravitational waves formation by the impact between two black holes and/or neutron stars
    • The definite Velocity of Gravitational waves
    • Time Dilation
    • Length Contraction 
    • Final Parsec Problem
    • Big Bang
    • Expansion of Universe
  • Within the Quantum Realm,  Formation of Quantized Energy Levels which not only traps electrons within atom but also prevents their entrapment within the nucleus

...by extrapolating the Concept of Thermodynamics for the matrix of gemtrons.

• Matrix of Gemtrons spread across the multiverse solves all the problems related to Electromagnetic Radiation like...
  • Nature of EMR (i.e. Particle form or waveform)
  • Absorption and Emission of EMR of definite quanta of energy as a photon by definite electron within an atom
  • Wave properties of EMR like Reflection, Refraction, Double refraction, Diffraction, and Polarization
  • The Constant Velocity of EMR within space
  • Red and Blue Shift of EMR due to the relative movement between astronomical objects and earth
  • Bending of EMR in the presence of the massive object
  • Quantum Tunneling of EMR
  • Production of high energy Gamma radiation by low energy annihilation of Electron and Positron
  • Pair production within the nucleus by the high energy gamma photon
  • Emission of Photoelectrons from the metal by the photons having the definite frequency (> Threshold frequency of that metal)
• The Interactions between Gemtrons, Electrons, Positrons, and Nucletrons are responsible for All the Phenomena & Interactions at the level of Nucleus like...
  • Short-acting forces like...
    • Weak force (interaction) between protons
    • Strong force between quarks (within nucleons) and between nucleons (within the nucleus)
  • Electron capture or Positron emission within the Proton-rich nucleus
  • Pair production and β^- emission within the Neutron-rich nucleus
  • Nuclear fission
  • Nuclear fusion
  • Production of Subatomic particles by high energy annihilation of electrons and positrons
  • The Formation of Subatomic particles by the collision between protons in Large Hadron Collider
  • The Decay of Subatomic particles within particle accelerators
• The Interactions between Electrons and Gemtrons are responsible for...
  • Arrangement of Electrons within definite Quantized Energy Levels of the atom
  • Arrangement of Electrons within the Covalent bonds
  • Definite Molecular Geometry of each molecule (including definite bond length, bond angle and torsional angle in between constituted atoms)
  • Definite Vibrational, Bending and Rotational frequency for the covalently bound two atoms
  • The collision between two atoms and the Formation of Heat
  • The collision between two atoms and the Formation of EMR
  • Process of Fluorescence and Phosphorescence
  • Effect of Molecular Quenching
  • The Orientation & Movement of Free electrons in the metal wire in the presence or absence of voltage difference
  • Effect of the magnet on its surrounding medium during its static and dynamic condition
  • Electromagnetic induction processes like AC (alternative current) generation, Self-induction, and Mutual induction
  • Orientation & movement of Electrons (in cathode ray tube or particle accelerator) in absence/presence of electric fields and magnetic fields