Analysis of information sources in references of the Wikipedia article "Black hole" in English language version.
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From this, an expression is established for the Hawking temperature of a Kerr-Newman black hole as a function of its mass 𝑀, angular moment 𝐽 and load 𝑄. As the black hole loses mass, its temperature increases inversely proportional.
We find a universal dependence of the falling probability into the black hole on the charge of the test particle, with the oppositely charged particles having a higher probability of falling.
We find a universal dependence of the falling probability into the black hole on the charge of the test particle, with the oppositely charged particles having a higher probability of falling.
From this, an expression is established for the Hawking temperature of a Kerr-Newman black hole as a function of its mass 𝑀, angular moment 𝐽 and load 𝑄. As the black hole loses mass, its temperature increases inversely proportional.
From this, an expression is established for the Hawking temperature of a Kerr-Newman black hole as a function of its mass 𝑀, angular moment 𝐽 and load 𝑄. As the black hole loses mass, its temperature increases inversely proportional.