Detecting Bypassing Micro Black Holes

Contemporarily, convincing evidence is lacking for the existence of micro black holes due to their small masses. In this paper, a specific situation discussed in which Schwarzschild hole, with mass up 1013 kg and hence lifetime longer than universe's age flies towards Earth typical speed an asteroid, (10 km/s). The analysis two-body problem shows that Earth's surface will be tidally affected only if initial configuration space, namely space impact parameter velocity, satisfies very strict relationship. Even hole directly goes through core, its restricts accretion rate so much accreted negligible. We also consider possibility detecting optically by optical distortion. Analysis size Einstein ring indicates one would need accurate instruments detect such effect. Finally, we analyze emission spectrum assuming validity Hawking radiation conclude unique energy might detected used as bypassing hole.