Perihelion precession and gyroscopic geodesic precession in Schwarzschild spacetime with a fluid of strings background

Key Points

• Results demonstrate significant effects of gyroscopic geodesic precession on orbital dynamics in schwarzschild spacetime, influencing traditional gravitational predictions.
• Key findings suggest that the presence of a fluid of strings modifies the expected perihelion precession rate, revealing complex interactions.
• This investigation employs theoretical models to analyze the geometric effects of strings in gravitational fields of black holes.
• Overall implications highlight the need for further exploration into string theory's impact on gravitational phenomena in black hole environments.