Results 181 to 190 of about 51,175 (198)

RELATIVISTIC STABILITY. PART 2: A STUDY OF BLACK-HOLES AND OF THE SCHWARZSCHILD RADIUS

Processes of Emergence of Systems and Systemic Properties, 2008
exaly   +2 more sources

The effective schwarzschild radius and the internal interaction of leptons

Lettere Al Nuovo Cimento Series 2, 1982
The effective Schwarzschild radius of leptons rs ≈ 0.2·10-16 cm is given and the possibility of existence of strong interaction inside leptons is discussed.
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Quantum mechanics of a black hole: Effect of correlation energy on Schwarzschild radius and Hawking temperature

Modern Physics Letters A, 2018
Using a single particle density distribution for the self-gravitating quantum particles that form an interacting N-particle system which ultimately forms a black hole, we from a condensed matter point of view derive the expressions of the Schwarzschild radius and the Hawking temperature. Including the quantum mechanical exchange correlation energy for
Subodha Mishra, Lotte, Baljeet Kaur
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Quasinormal modes and shadow of a Schwarzschild black hole with GUP

Annals of Physics, 2021
M A Anacleto, F A Brito, E Passos
exaly  

The True Schwarzschild Radius: Explaining Why Matter Falls into Black Holes

Journal of Physical Mathematics & its Applications
The Schwarzschild radius (RS) has long been interpreted as the “size” of a black hole, often leading to the common but misleading notion that matter falling into a black hole must traverse a spherical surface of radius RS before crossing the event horizon.
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Experimental Confirmation of PVT in 5 Minutes: Schwarzschild(radius) to go

The Panvitalistic Theory (PVT) asserts that time cannot be measured externally and must be defined as angular curvature in anisotropic space, formalized as $\pi = T/L$. The unique admissible scaling factor is a number relating length to angle (time).
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Particle speed when approaching the Schwarzschild radius

Lettere al Nuovo Cimento, 1978
G. Cavalleri, G. Spinelli
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Remark on the isotropic form of the Schwarzschild interior metric

American Journal of Physics, 1983
H A Buchdahl
exaly  

The nonsimultaneous nature of the Schwarzschild R=0 singularity

Journal of Mathematical Physics, 1996
Charles Hellaby
exaly  

Sump Modifications to the Schwarzschild Radius and the Chandrasekhar Limit (Brane-Bulk Series, Paper XXXVII)

The T2/T2* framework modifies compact object astrophysics through: (1) Five-zone BH structure with saddle point at r_T2*; (2) Schwarzschild radius fractional correction delta_r_s/r_s ~ 10^-26 (unmoved); (3) Time-varying Chandrasekhar mass M_Ch(z) ~ H(z)^6 — at z=10: M_Ch ~ 1.4×10^6 solar masses, explaining LRD BH seeds (Prediction 51 confirmed).
openaire   +1 more source