Pixels on a computer screen are complicated too, but at least the logic behind them is simple. These micro mirrors are insane! I'm blown away that they can produce the giant image on a movie screen, thanks for the great footage and research here.
Your content is super interesting mate! I just rescued an IBM Selectric from landfill, searched and your video came up, loving watching your other ones too!
My first real job in 1987 was as a trainee office equipment technician for IBM, and I pretty much exclusively worked on the selectrics. They were a dog to work on, but very clever.
Whoever invented this micro-mirrors, is a genius.
Pixels on a computer screen are complicated too, but at least the logic behind them is simple. These micro mirrors are insane! I'm blown away that they can produce the giant image on a movie screen, thanks for the great footage and research here.
Your content is super interesting mate! I just rescued an IBM Selectric from landfill, searched and your video came up, loving watching your other ones too!
My first real job in 1987 was as a trainee office equipment technician for IBM, and I pretty much exclusively worked on the selectrics. They were a dog to work on, but very clever.
Now that is quite fascinating! Very well done, thankyou for showing all of this!
I was just recommended to watch this. Awesome channel! Hope the UA-cam algorithms will work for you to get the views you deserve.
The mirrors switch at up to 10k times per second, which is how brightness is approximated.
Honestly quite incredible
I now understand the effect of the color wheel
only 686 views in 8 days? we need this kind of content!
This was awesome
What is that constant clicking noise in the background?
i also want to know this :)