Optical apparatus for magnifying a view of an object at a distance

An optical apparatus comprising a two dimensional array of micro magnifying modules (MMMs), each MMM comprising a transparent body, the transparent body comprising:

• a. a light input side of the transparent body comprising a convex mirror, with the focal length of the convex mirror extending away from the transparent body;
• the convex mirror covering a covered portion of the light input side of the transparent body leaving exposed an exposed portion of the transparent body,
• b. a light output side of the transparent body on an opposing parallel side of the transparent body;
• the light output side comprising a concave mirror with the focal length extending through the transparent body, the concave mirror having an opening in the center of the concave mirror.

An optical apparatus comprising:

• a. a two dimensional array of micro magnifying modules (MMMs), each MMM comprising a transparent body, the transparent body comprising:
• i. a light input side of the transparent body comprising a convex mirror, with the focal length of the convex mirror extending away from the transparent body;
• the convex mirror covering a covered portion of the light input side of the transparent body leaving exposed an exposed portion of the transparent body,
• ii. a light output side of the transparent body on an opposing parallel side of the transparent body;
• the light output side comprising a concave mirror with the focal length extending through the transparent body, the concave mirror having an opening in the center of the concave mirror,
• b. a two dimensional array of micro beam multipliers (MBMs), wherein each MBM comprises at least one beam splitter for converting an input light beam into two or more output light beams with the same traveling angle located at positions moved in transversal directions with each other, with each MBM located adjacent to an MMM.