Thread: blind ambition
View Single Post
blind ambition
Old
  (#1 (permalink))
AntonioLao
Raider of the lost time
AntonioLao is just really niceAntonioLao is just really nice
 
AntonioLao's Avatar
 
Status: Offline
Posts: 5,318
Thanks Given: 728
Thanked 124x in 122 Posts
Join Date: Nov 2003
Rep Power: 74
   
blind ambition - 03-19-2008, 11:56 AM

An ambitious person is someone who is earnest for achievement, distinction, power, honor, fame, or wealth and will do almost anything to get it by hook or by crook, by any means, just or unjust, legal or illegal. The formers (hook, just, and legal) would be divine ambition. The latter (crook, unjust, and illegal) would be blind ambition.

For elementary particles, those with divine ambition seem to follow the principle of superposition. They are called bosons. Those that are blinded by ambition (complete negative polarization) follow Pauli Exclusion Principle. They are called fermions. Comparatively speaking, the mental state of ambition is the same as the physical state of energy domination. Having ambition is equivalent to having energy to spare. This applies to both bosons and fermions. If energy is directed or polarized then it can be pointed inward or outward. Complete negative polarization is totally inward directed energy, formation of physical mass. Positive polarization is complete outward directed energy, wave field radiation, which is expansion as opposite to contraction.

When both inward and outward polarizations are in a state of perfect physical dynamic equilibrium (e.g. thermal equilibrium) then a state of quantum vacuum is created as superposition of squares of energy following a principle of directional invariance for all local infinitesimal motions, uniform or non-uniform, rotation or reflection, spin or oscillation. In this sense, a person with no ambition, one without any direction, is one without inward or outward polarization; nothing ventured nothing gained, nothing given nothing taken. It is a state of complete satisfaction, physically and mentally, equivalent to the quantum field of the absolute vacuum.


Time independence: [∂E(g)]²=[∂F(a)×∂r(a)]·[∂F(b)×∂r(b)] and Mass independence: a(tr(t)=c²
  
Reply With Quote