- Assume, that there is neutronium, which can be taken out of a neutron star!
- Assume, that there is anti-neutronium to this neutronium!
How much neutronium and anti-neutronium would be needed?
- Who is like God arbour
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How much neutronium and anti-neutronium would be needed?
Last edited by Who is like God arbour on Tue Jun 05, 2007 12:01 pm, edited 2 times in total.
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Density is 4 * 10 ^ 17 kg/m^3 according to that site. So (1.1e21 kg) / (4e17 kg/m^3) = 2750 m^3. Cube rooting it gets you a cube ~14.01 m on a side.
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That's why I have asked this question.
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The latter is correct, given that a neutron star has a diameter of 20-50 km and mass of 2-4*10^30 kg*(with heavier stars having SMALLER diameter!!).Nonamer wrote:Density is 4 * 10 ^ 17 kg/m^3 according to that site. So (1.1e21 kg) / (4e17 kg/m^3) = 2750 m^3. Cube rooting it gets you a cube ~14.01 m on a side.