Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation | Paper Citation Record

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This paper cites In this regime, the frame-dragging effect is significantly enhanced, leading to substantial modifications in photon trajectories, particularly in the vicinity of the photon region.

Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation In this regime, the frame-dragging effect is significantly enhanced, leading to substantial modifications in photon trajectories, particularly in the vicinity of the photon region

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This paper cites − 8z√ 3(1 + 2z) + 64α −23 + 82z+ 130z 2 −102z 3 + 18z4 + 12z5 81 √ 3(1 + 2z)2 # 16 +a 2.

Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation − 8z√ 3(1 + 2z) + 64α −23 + 82z+ 130z 2 −102z 3 + 18z4 + 12z5 81 √ 3(1 + 2z)2 # 16 +a 2

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This paper cites (83) We next determine the strong deflection limit coefficients and the photon sphere quantities.

Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation (83) We next determine the strong deflection limit coefficients and the photon sphere quantities

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This paper cites In this limit, the deflection angle exhibits a logarithmic divergence, which can be systematically analyzed using the formalism developed in the previous subsection.

Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation In this limit, the deflection angle exhibits a logarithmic divergence, which can be systematically analyzed using the formalism developed in the previous subsection

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This paper cites − 8z√ 3(1 + 2z) + 64α 4−7z−15z 2 −21z 3 + 12z5 27 √ 3(1 + 2z)2 # +a 2.

Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation − 8z√ 3(1 + 2z) + 64α 4−7z−15z 2 −21z 3 + 12z5 27 √ 3(1 + 2z)2 # +a 2

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This paper cites The geometry of photon surfaces.

Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation The geometry of photon surfaces

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This paper cites Viewing the Shadow of the Black Hole at the Galactic Center.

Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation Viewing the Shadow of the Black Hole at the Galactic Center

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Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation First M87 Event Horizon Telescope Results. I. The Shadow of the Supermassive Black Hole

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Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation First Sagittarius A* Event Horizon Telescope Results. I. The Shadow of the Supermassive Black Hole in the Center of the Milky Way

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Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation Horizon-scale tests of gravity theories and fundamental physics from the Event Horizon Telescope image of Sagittarius A$^*$

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Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation Strong field limit of black hole gravitational lensing

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Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation Gravitational lensing in the strong field limit

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Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation Applications of the Gauss-Bonnet theorem to gravitational lensing

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Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation Igata, Deflection angle in the strong deflection limit: A perspective from local geometrical invariants and matter distributions, Phys

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Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation Igata, Deflection Angle in the Strong Deflection Limit and Quasinormal Modes in Stationary Axisymmetric Spacetimes, (2025), arXiv:2505.01848 [gr-qc]

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Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation Strong deflection of massive particles via the geodesic deviation equation

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Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation Quasi-Equatorial Gravitational Lensing by Spinning Black Holes in the Strong Field Limit

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Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation Time Delay in Black Hole Gravitational Lensing as a Distance Estimator

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Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation Weinberg, Phenomenological Lagrangians, Physica A96, 327 (1979)

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Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation Unresolved cited work

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Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation General relativity as an effective field theory: The leading quantum corrections

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Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation Quantum Gravity in Everyday Life: General Relativity as an Effective Field Theory

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Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation Scharnhorst, On propagation of light in the vacuum between plates, Phys

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Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation Barton, Faster ThancLight Between Parallel Mirrors: The Scharnhorst Effect Rederived, Phys

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Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation Barton and K

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Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation Dittrich and H

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Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation Light propagation in non linear electrodynamics

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Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation Faster than light' photons and charged black holes

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Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation ``Faster than Light'' Photons in Gravitational Fields -- Causality, Anomalies and Horizons

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Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation `Faster than light' photons and rotating black holes

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Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation Superluminality and UV Completion

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Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation "Faster Than Light" Photons in Dilaton Black Hole Spacetimes

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Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation Causal Structures in Gauss-Bonnet gravity

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Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation Causality and Hyperbolicity of Lovelock Theories

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Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation Magnetically charged black holes from non-linear electrodynamics and the Event Horizon Telescope

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Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation Hyperbolicity and Causality of Einstein-Gauss-Bonnet Gravity in Warped Product Spacetimes

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Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation Causality in gravitational theories with second order equations of motion

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Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation Well-posed formulation of Einstein-Maxwell effective field theory

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Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation Teo, Spherical Photon Orbits Around a Kerr Black Hole, Gen

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Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation Perlick, Gravitational lensing from a spacetime perspective, Living Rev

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Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation Photon Regions and Shadows of Kerr-Newman-NUT Black Holes with a Cosmological Constant

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Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation Uniqueness of photon spheres in static vacuum asymptotically flat spacetimes

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Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation Uniqueness of photon spheres in electro-vacuum spacetimes

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Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation Uniqueness of static photon surfaces: Perturbative approach

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Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation Einstein, Lens-Like Action of a Star by the Deviation of Light in the Gravitational Field, Science84, 506 (1936)

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This paper cites Ni, Equivalence Principles and Electromagnetism, Phys.

Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation Ni, Equivalence Principles and Electromagnetism, Phys

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Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation Unresolved cited work

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This paper cites Non-minimal $\ln(R)F^2$ Couplings of Electromagnetic Fields to Gravity: Static, Spherically Symmetric Solutions.

Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation Non-minimal $\ln(R)F^2$ Couplings of Electromagnetic Fields to Gravity: Static, Spherically Symmetric Solutions

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This paper cites Weyl corrections to holographic conductivity.

Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation Weyl corrections to holographic conductivity

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This paper cites Strong gravitational lensing for the photons coupled to Weyl tensor in a Schwarzschild black hole spacetime.

Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation Strong gravitational lensing for the photons coupled to Weyl tensor in a Schwarzschild black hole spacetime

Reference 61

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Observation 2ab49f11-6ea4-4d3f-8288-6b03e588729a · outbound

This paper cites Strong gravitational field time delay for photons coupled to Weyl tensor in a Schwarzschild black hole.

Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation Strong gravitational field time delay for photons coupled to Weyl tensor in a Schwarzschild black hole

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Observation 6e220337-304b-4d21-b055-b97251e078c1 · outbound

This paper cites Strong gravitational lensing for the photons coupled to Weyl tensor in a Kerr black hole spacetime.

Analytical Study of Deflection Angle and Time Delay in Kerr Spacetime with Modified Propagation Strong gravitational lensing for the photons coupled to Weyl tensor in a Kerr black hole spacetime

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