N
newtonian
Guest
Is there an upper limit to black hole density?<br /><br />Our universe apparently began at a higher density than any black hole extant. <br /><br />Could our universe have passed beyond an upper limit of density?<br /><br />Could such an extreme density cause inflation to take over from forces, like gravity, that would hold massive matter within black hole volume close to a singularity?<br /><br />If so, why? Could there be some lower limit of radius for gravity to be effective over dark energy? <br /><br />Comparable to a Schwartzchild (sp?) radius in reverse?<br /><br />Admittedly I do not believe this - but the questions should be asked.<br /><br />My question should be more complex:<br /><br />Is there an upper limit to energy density?<br /><br />Is there an upper limit to matter density?<br /><br />Is this effected by temperature?<br /><br />Is there an upper limit in temperature for energy?<br /><br />In quantum theory with Planck length as a minimum length and therefore a minimum diameter, is there an upper limit for the amount of energy or temperature that can be held within Planck length?