Quasinormal Modes and Thermodynamics of Linearly Charged BTZ Black Holes in Massive Gravity in (Anti) de Sitter Space-time: Scientific Explanation

Under this study, we look at the thermodynamics and Quasi-Normal Modes (QNMs) of linearly charged BTZ black holes in large gravity in the (Anti)de Sitter ((A)dS) space-time. The behaviour of QNMs is seen to vary with the graviton's massive parameter

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Out of Time – Predicting the Science of Future Centuries and Millennia (Edition 2)

The universe is boundless and eternal, according to this text, but it was scientifically constructed. This contradiction of generating eternity is contingent on future humanity's superior electronics. Time travel, as well as programmes that employ "imaginary" time and infinite numbers

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An Advanced Study on the Creation of Neutron Stars and Black Stars and How the Chandrasekhar Limit Prevents the Creation of Intermediate Black Stars

A supernova remnant with a mass between 1.44 and 2.2 solar masses contracts down to a neutron star, according to a programme written in Excel. The declining gravitational potential slows time during the collapse. The pressure rises to the point

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