Vol. 17, No. 2 (2025), Applied Physics Research

• • Making Sense of Quantum Superposition
  • •  Francois Danis   
    • p1
    •  PDF 
      
• • Property of Tensor Satisfying Binary Law 6
  • •  Koji Ichidayama   
    • p10
    •  PDF 
      
• • The Connection of Gravity, Dark Matter, and Supermassive Black Holes via a Set of Particles Associated With Gravity
  • •  Nikiforos Ierokomos   
    • p22
    •  PDF 
      
• • General Maxwell Theory of Fields (2): Explanations and Predictions of Some Phenomena
  • •  Yougang Feng   
    • p32
    •  PDF 
      
• • Cascade Tank Pressurization Method for Satellite-Delivering Rockets
  • •  Luis Teia   
    • p40
    •  PDF 
      
• • Heuristic Approach to Gravitation as the Only Fundamental Interaction
  • •  Michel Devaux   
    • p54
    •  PDF 
      
• • Estimation of the Coupling Constants for the Strong Interaction in the Framework of the Electromagnetic Bridge Theory
  • •  Massimo Auci   
    • p66
    •  PDF 
      
• • An Analysis on the Energy Structure of Mass: A Study on the Energy Field of Mass and a Model for the Mass Composition
  • •  George Petropoulos   
    • p80
    •  PDF 
      
• • The Effect of Dark Energy Attenuation on the Property of Schwarzschild – de Sitter Space-Time Metric
  • •  Radjakoumar Thaiman   
    •  G. Alagar Ramanujam   
    •  R. Prakash   
    • p93
    •  PDF 
      
• • Negotiating Darwin's Barrier: Evolution Limits Our View of Reality, AI Breaks Through
  • •  Gideon Samid   
    • p102
    •  PDF 
      
• • Inertial Potential From the Equivalence Principle
  • •  Francois Danis   
    • p120
    •  PDF 
      
• • A Connection With Newton's Second Law of (∂^3 x^μ)/(∂x^ν ∂x^ν ∂x^ν )=M 2
  • •  Koji Ichidayama   
    • p129
    •  PDF 
      
• • Revisiting the Universe Expansion and Dark Energy Problem
  • •  John G. Bartzis   
    • p141
    •  PDF 
      
• • Gravitational Force: Electromagnetic Force Generated by Induced-polarised Charges on the Surface of an Object
  • •  Wenlong Huang   
    • p152
    •  PDF 
      
• • Superfluidic Spacetime and Quantized Vortices: A Theoretical Framework for Resolving the Vacuum Energy Discrepancy
  • •  Arunvel Thangamani   
    • p164
    •  PDF 
      

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