




S. No. 
Chapter 
Title of the Chapters 
Page 
Size (KB) 





1 
0 
Contents 

38.77 KB 





2 
1 
Prologue 
1 
231.6 KB 

1.1 
Search for viable Gravitation theory 
2 

1.2 
Reintatement of the Concept of force in Relativistic Gravitodynamics 
8 

1.3 
Fore Experienced by a freely falling observer 
15 

1.4 
Constraints Satisfied by NSpacetimes 
21 

1.5 
Notation and Conventions 
23 





3 
2 
Tidal Force in Relativity 
26 
171 KB 

2.1 
Spacetime Curvature as definer and Measurer of Total gravitational forces 
28 

2.2 
Computation of tidal effects due to the Field of a Gravitating source 
31 

2.3 
Application of boost in an arbitrary Direction 
41 





4 
3 
Pesudonewtonian force 
47 
376.18 KB 

3.1 
The Eigenvalue problem for tidal forces 
48 

3.2 
A generalization of the Classical Gravitational Force 
56 

3.3 
Corrections for reissner Nordstrom and Schwarzschlid Geometries 
70 

3.4 
Applications to a charged kerr metric 
88 





5 
4 
NPotentials 
93 
170.98 KB 

4.1 
Circular metrics 
94 

4.2 
A relativistic Analogue of the Newtonian Gravitational Potential 
98 

4.3 
Further aspects of a charged kerr geometry 
100 

4.4 
EinsteinHilbert Lagrangian Density as a Function Of a scalar potential 
103 





6 
5 
Epilogue 
109 
275.48 KB 

5.1 
Recapitulation 
109 

5.2 
Discussion and Conclusion 
112 

5.3 
Appendices 
118 

5.4 
References 
128 




