String Theorists Say Black Holes Are Multidimensional String 'Supermazes'
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String Theorists Say Black Holes Are Multidimensional String 'Supermazes'
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Re: String Theorists Say Black Holes Are Multidimensional String 'Supermazes'
#2Re: String Theorists Say Black Holes Are Multidimensional String 'Supermazes'
#3Re: String Theorists Say Black Holes Are Multidimensional String 'Supermazes'
#4My mind was blown when I found out that mean density of black holes inside the event horizon can be quite low.
> a super supermassive black hole with the mass of 4.3 billion Suns would have a density equal to one i.e. the same density as water.
Re: String Theorists Say Black Holes Are Multidimensional String 'Supermazes'
#5The only question about supermaze fuzzballs blackholes, still unresolved, is what do string theorist smoke these days.
Re: String Theorists Say Black Holes Are Multidimensional String 'Supermazes'
#6> Black holes, the densest objects in the universe My mind was blown when I found out that mean density of black holes inside the event horizon can be quite low. > a super supermassive black hole with the mass of 4.3 billion Suns would have a density equal to one i.e. the same density as water. https://physics.stackexchange.com/a/218816
Re: String Theorists Say Black Holes Are Multidimensional String 'Supermazes'
#7Re: String Theorists Say Black Holes Are Multidimensional String 'Supermazes'
#8Potentially a testable hypothesis for string theory? I.e. that it might predict something observable that isn’t accounted for otherwise?
Re: String Theorists Say Black Holes Are Multidimensional String 'Supermazes'
#9> Black holes, the densest objects in the universe My mind was blown when I found out that mean density of black holes inside the event horizon can be quite low. > a super supermassive black hole with the mass of 4.3 billion Suns would have a density equal to one i.e. the same density as water. https://physics.stackexchange.com/a/218816
However the event horizon does not represent the extent of the mass of the black hole, but rather the point where gravity becomes so strong that nothing can escape it, even light (hence "black" hole/sphere).
We don't really know what's inside the event horizon or how the mass if actually distributed. The concept of singularity is that all the mass is located in a zero volume with infinite density.
Re: String Theorists Say Black Holes Are Multidimensional String 'Supermazes'
#10Potentially a testable hypothesis for string theory? I.e. that it might predict something observable that isn’t accounted for otherwise?