Fast acquiring gun sight

1. A firearm sighting system, comprising:

a pair of rear sighting indicators comprising a first sighting indicator and a second sighting indicator;

wherein each of said first rear sighting indicator and said second rear sighting indicator each comprise a light-collecting element that collects and channels light energy toward an eye of a user when said user is attempting to aim said firearm;

wherein, when said first rear sighting indicator and said second rear sighting indicator are aligned with a front sighting indicator in a predefined spatial relationship, said rear sighting indicators and said front sighting indicator are operable to indicate a direction of travel of a projectile fired by the firearm, or to indicate an expected point of impact of a projectile fired by the firearm;

wherein said front sighting indicator is further defined as a visible dot created by the reflection of light from a light source of an illuminated lighting system from an at least partially reflective surface that reflects light energy from the light source toward the eye of a user.

2. The firearm sighting system of claim 1 , where said first rear sighting indicator and said second rear sighting indicator are located on the left side and right side of an axis of said projectile direction of travel, respectively.

3. The firearm sighting system of claim 1 , wherein said light collecting elements are fiber-optic.

4. The firearm sighting system of claim 3 , wherein said fiber-optic elements are configured so as to collect ambient light in a light-collecting end.

5. The firearm sighting system of claim 3 , wherein said fiber-optic elements are configured so as to collect light energy from a light source in a light-collecting end.

6. The firearm sighting system of claim 5 , wherein said light source is further defined as a light source of an illuminated sighting system.

7. The firearm sighting system of claim 6 , wherein said light source of an illuminated lighting system is further defined as being selected from the group consisting of a light emitting diode and a laser.

8. The firearm sighting system of claim 6 , wherein said first and second rear sighting indicators and said illuminated sighting system are disposed in a housing, and wherein said housing is adapted to be removably attached to a surface of a firearm.

9. The firearm sighting system of claim 1 , wherein said light source is further defined as being selected from the group consisting of a light emitting diode and a laser.

10. The firearm sighting system of claim 1 , wherein said front sighting indicator is further defined as a front sight post located on the muzzle end of said firearm.

11. The firearm sighting system of claim 10 , wherein said front sight post further comprises a dot of light-reflecting material, said dot of light-reflecting material disposed so as to reflect light energy towards the eye of the user.

12. The firearm sighting system of claim 10 , wherein said front sight post further comprises a fiber-optic element, said fiber-optic element disposed so as to collect ambient light energy and channel said ambient light energy towards the eye of the user.

13. The firearm sighting system of claim 10 , wherein said front sight post further comprises a fiber-optic element, said fiber optic element configured so as to collect light energy from a light source in electrical communication with a source of electrical power, and to direct said light energy toward the eye of the user.

14. The firearm sighing system of claim 1 , wherein said firearm is further defined as a semi-automatic pistol.

15. A firearm sighting apparatus, comprising:

a housing;

a first rear sighting indicator;

a second rear sighing indicator;

an illuminated sighting system comprising a light source in communication with a source of electrical power, said light source emitting a beam of light energy towards an at least partially reflective surface, wherein said at least partially reflective surface reflects at least a portion of a beam of said beam of light energy towards an eye of a user, forming a visible dot on said at least partially reflective surface;

wherein each of said first rear sighting indicator and said second rear sighting indicator comprise a light-gathering element that collects light energy in a light-collecting end and channels the collected light energy toward an eye of a user when said user is attempting to aim said firearm; and

said light source, said reflective surface and said first rear sighting indicator and said second sighting indicator are disposed within said housing; and

wherein, said first rear sighting indicator and said second sighting indicator, when positioned relative to said visible dot of light energy on said at least partially reflective surface in a predefined spatial relationship, are operable to indicate a direction of travel of a projectile fired by the firearm, or to indicate an expected point of impact of a projectile fired by the firearm.

16. The rear sighting assembly of claim 15 , wherein said wherein said light gathering elements are fiber-optic elements.

17. The rear sighting assembly of claim 16 , wherein said fiber-optic elements are configured so as to collect ambient light in a light-collecting end.

18. The rear sighting assembly of claim 16 , wherein said fiber-optic elements are configured so as to collect light energy from said light source in a light-collecting end.

19. The rear sighting assembly of claim 15 , wherein said housing is adapted to be attached to a surface of a firearm in a removable attachment.

20. The rear sighting assembly of claim 19 , wherein said removable attachment is by a dovetail attachment or threaded fastener attachment.

21. The firearm sighting system of claim 15 , wherein said housing forms an unitary part of a slide of a semi-automatic or automatic pistol.

22. The firearm sighting system of claim 15 , wherein said housing forms an unitary part of a structure of a semi-automatic or automatic rifle.