Someone have to figure out to improve lenses. How can we improve a 3d printed acrylic lens
to a level of several thousands of dollars worth of Dagor ?
It is possible with electronics and lets read what electronicians does and LETS imitate their method with our optics.
Bob Carver - Carver Amps - did it several decades ago and it was told in scientists as impossible but he figured out.
You have cheap amp 700 dollars worth and weight is several kilograms.
You have expensive amp and weights 250 kilograms .
First amp is solid state , second is tube .
TURNTABLE AND ITS FIRST CABLE_CHEAP AMP ____FIRST OUTPUT___ PUT FIRST OUTPUT ON SECOND OUTPUT.
TURNTABLE AND ITS SECOND CABLE
PHASE SHIFTED 180 DEGREES
_____EXPENSİVE AMP__ SECOND OUTPUT_[B]
WHAT HAPPENS IF WE PUT FIRST AMP OUTPUT ON TO PHASE SHIFTED SECOND ? READ BELOW
OUTPUTS CANCEL EACH OTHER AND THERE REMAINS A LOUD NOISE. THAT IS THE EXPENSIVE AND CHEAP AMP DIFFERENCE.
IF WE PUT IN CHEAP AMP NONLINEAR ELECTRICAL POTS AND PLAY WITH THEM , WE FINALLY REACH TO TOTAL SILENCE AND NO DIFFERENCE !!!!!!!
IF WE CAN FIGURE OUT TO PRINT A CHEAP LENS WITH 3D PRINTER AND IF WE COAT THE ELEMENTS WITH REWRITABLE TRANSPARENT PAINT , WE CAN WRITE NONLINEAR FILTERS with laser AND WE CAN PRODUCE COPY EVERY KIND OF LENSES.
Mustafa Umut Sarac