New Explanation of Black Hole Images, Without Holes in Spacetime

<p>The mainstream used Newton&rsquo;s formula (and its variations from Einstein and Schwarzschild) for gravitational acceleration&nbsp;<strong>a = G&times;M/R&sup2;</strong>, circular velocity&nbsp;<strong>v = sqrt(G&times;M/R)</strong>, and&nbsp;<strong>e</strong>scape&nbsp;<strong>v</strong>elocity&nbsp;<strong>ev = sqrt(2G&times;M/R)</strong>, to say that for a massive and dense stellar object of great mass&nbsp;<strong>M</strong>&nbsp;and small radius&nbsp;<strong>R</strong>,&nbsp;<strong>e</strong>scape&nbsp;<strong>v</strong>elocity&nbsp;<strong>ev&nbsp;</strong>exceeds the speed of light&nbsp;<strong>c</strong>. But since velocities beyond the universal&nbsp;<strong>c</strong>-speed-limit are unachievable, that means nothing can escape such a dense object&rsquo;s vicinity. That is how Black Holes appeared on paper, then on images.&nbsp;<strong>Problem with such explanation: time in such Black Holes stops, but time stopping requires infinite energy.</strong></p> <p><a href="https://medium.com/timematters/new-explanation-of-black-hole-images-without-holes-in-spacetime-27bd1a68e767"><strong>Click Here</strong></a></p>