the answer is unusual software bugs. these bugs were designed to do a special type of hacking , much like the type of bugs that hacked the cern website . these bugs were dubbed 1) schrodingbug ( after erwin schrodinger ) and they had the unusual property that they were both detected and not detected by different firewalls. 2) heisenbug ( after werner heisenberg ) - their location and activity would remain 'uncertain' in a particular data domain . 3) mandlebug ( after benoit mandlebrot ) - they would redund data by simply making numerous duplicates of them from the same source ( somewhat similar to the mandlebrot fractal ) , thus making it wasy to hack 4) boh-bug ( after niels bohr ) - these bugs , once in a particular domain would have no known methods of being traced . hence a parallel connection between his principle of quantisation of states wherein an electron would not emit energy if it is in its ground state
the answer is unusual software bugs. these bugs were designed to do a special type of hacking , much like the type of bugs that hacked the cern website . these bugs were dubbed
ReplyDelete1) schrodingbug ( after erwin schrodinger ) and they had the unusual property that they were both detected and not detected by different firewalls.
2) heisenbug ( after werner heisenberg ) - their location and activity would remain 'uncertain' in a particular data domain .
3) mandlebug ( after benoit mandlebrot ) - they would redund data by simply making numerous duplicates of them from the same source ( somewhat similar to the mandlebrot fractal ) , thus making it wasy to hack
4) boh-bug ( after niels bohr ) - these bugs , once in a particular domain would have no known methods of being traced . hence a parallel connection between his principle of quantisation of states wherein an electron would not emit energy if it is in its ground state
This comment has been removed by the author.
ReplyDelete