quantum bogodynamics

( /kwon´tm boh`goh·di:·nam´iks/, n.)

   A  theory  that  characterizes the universe in terms of bogon sources
   (such  as politicians, used-car salesmen, TV evangelists, and {suit}s
   in  general),  bogon  sinks  (such  as  taxpayers and computers), and
   bogosity  potential fields. Bogon absorption, of course, causes human
   beings  to behave mindlessly and machines to fail (and may also cause
   both to emit secondary bogons); however, the precise mechanics of the
   bogon-computron  interaction  are not yet understood and remain to be
   elucidated. Quantum bogodynamics is most often invoked to explain the
   sharp  increase  in hardware and software failures in the presence of
   suits;  the latter emit bogons, which the former absorb. See {bogon},
   {computron}, {suit}, {psyton}.

   Here  is  a representative QBD theory: The bogon is a boson (integral
   spin,  +1  or -1), and has zero rest mass. In this respect it is very
   much  like  a  photon.  However, it has a much greater momentum, thus
   explaining  its  destructive effect on computer electronics and human
   nervous  systems.  The  corollary  to  this  is that bogons also have
   tremendous inertia, and therefore a bogon beam is deflected only with
   great  difficulty.  When  the  bogon encounters its antiparticle, the
   cluon,  they  mutually  annihilate each other, releasing magic smoke.
   Furthermore 1 Lenat = 1 mole (6.022E23) of bogons (see {microLenat}).

[glossary]
[Reference(s) to this entry by made by: {bit decay}{bogon}{bogon flux}{bogosity}{bogus}{hacker humor}{psyton}]