The purpose of this study is to optimize the expanded luminous
flow and resolution angles of the telescope at smaller and effective aperture.
It represents the first attempt to use nano-etching, nano-array technology, mesoporous assembly technology, mosaic technology
with thin-film and nano-optical materials to achieve the 10 nm flatness error of the lens.
The luminous flow is 30 times higher
than normal telescopes of the same diameter.
The resolution of ordinary telescopes of
the same diameter is 47 times higher.
This is the first single to achieve this magnification and clarity
in such a small size. The maximal magnification was 300 times.