Will S
Member
I'm sure those of you who really know something about how silverhalide molecules really work can clear this up but it is my understanding that each individual "grain" of film is made up of individual molecules of silverhalide. These molecules are turned black or white depending on their exposure to light. (Which sounds very digital aka 1 or 0.) BUT those molecules are very tiny. The apparent density (or density variation I guess) of an individual grain is what determines how black or white the grain of the film is. All of those grains put together can be analyzed to get a Hurter-Driffield or characteristic curve. Each grain is not black or white, but distributed somewhere along this curve.
Last time I checked curves are analog.
So, I really don't see how saying "photography" is not analog just because the word itself can be analyzed to mean "light writing" has anything to do with the science behind it.
Digital imaging is a real bastardization since it takes the digital representation of light hitting a ccd, converts it to something analog (namely electricity) and then back to something digital (stored magnetic bits)... but I'm probably over simplifying.... But just think of the loss of information that occurs during all of that...
Thanks,
Will
Last time I checked curves are analog.
So, I really don't see how saying "photography" is not analog just because the word itself can be analyzed to mean "light writing" has anything to do with the science behind it.
Digital imaging is a real bastardization since it takes the digital representation of light hitting a ccd, converts it to something analog (namely electricity) and then back to something digital (stored magnetic bits)... but I'm probably over simplifying.... But just think of the loss of information that occurs during all of that...
Thanks,
Will