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Lee Smolin Quotes

Expressed In Planck Units, The Temperature T Of A Black Hole Is Inversely Proportional To Its Mass, M. This Is A Third Law, Hawking's Law: T = K/m. The Constant K Is Very Small In Normal Units. As A Result, Astrophysical Black Holes Have Temperatures Of A Very Small Fractionnof A Degree.

Lee Smolin Quotes: Expressed In Planck Units, The Temperature T Of A Black Hole Is Inversely Proportional To Its Mass, M. This Is

Lee Smolin Quotes: Expressed In Planck Units, The Temperature T Of A Black Hole Is Inversely Proportional To Its Mass, M. This Is

Lee Smolin Quotes: Expressed In Planck Units, The Temperature T Of A Black Hole Is Inversely Proportional To Its Mass, M. This Is

Lee Smolin Quotes: Expressed In Planck Units, The Temperature T Of A Black Hole Is Inversely Proportional To Its Mass, M. This Is

Lee Smolin Quotes: Expressed In Planck Units, The Temperature T Of A Black Hole Is Inversely Proportional To Its Mass, M. This Is

Lee Smolin Quotes: Expressed In Planck Units, The Temperature T Of A Black Hole Is Inversely Proportional To Its Mass, M. This Is

Lee Smolin Quotes: Expressed In Planck Units, The Temperature T Of A Black Hole Is Inversely Proportional To Its Mass, M. This Is

Lee Smolin Quotes: Expressed In Planck Units, The Temperature T Of A Black Hole Is Inversely Proportional To Its Mass, M. This Is

Lee Smolin Quotes: Expressed In Planck Units, The Temperature T Of A Black Hole Is Inversely Proportional To Its Mass, M. This Is

Lee Smolin Quotes: Expressed In Planck Units, The Temperature T Of A Black Hole Is Inversely Proportional To Its Mass, M. This Is

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