00:00Yusuf Dikeç, our national athlete who competed in the Olympics,
00:03talks about his performance in the 10-meter shooting competition with his air gun, which is a sharp aiming race.
00:08While all his opponents were using matrix-thrown cybernetic air goggles,
00:11Yusuf Dikeç shot with one hand without any help and suddenly became the most popular athlete.
00:16So what is this goggle? Let's take a closer look.
00:18This goggle, which is a standard in the Olympics and consists of about 100 components, works with basically 3 parts.
00:23Lens, mechanical iris and blinding apparatus.
00:25Look, the only thing about aiming is not focusing on the target.
00:28The primary function of the gun is to align the target with the sight.
00:30While this alignment is being done, the target itself becomes blurred due to its nature.
00:33At this point, the optical skills of the eye come into play.
00:36While the lens, sight and target are aligned, the mechanical iris acts like a camera diaphragm.
00:41The blur during alignment is reduced.
00:43This is done by controlling the light and increasing the depth of field.
00:46The blinding apparatus does not include the mechanical part.
00:48It prevents the other eye of the athlete from seeing without physically closing it.
00:51Because physical closing is a muscle movement and can be tiring.
00:54Some may be against it as a performance-increasing technology, but it is completely legal and anyone can use it.
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