Changes

In Pathology we use microscopes a lot. The magnification power of light microscopes has not improved in the last 200 years, the reason for this is light diffraction, a bit off the point of the metaphor. Anyways back on point, there is a limit to how small an object we can see with a microscope, a ribosome for instance cannot be satisfactorily observed, it's just too small, too far from reach; if you increase the curvature of the lens you can make the ribosome appear large enough to see, but when you've got it that large the light diffraction will scatter the image and make it impossible to resolve. So when you have an answer at hand there is no way to tell if it's right or not and when you have the means to tell if you've got the right answer you've got nothing to test it on. You're trying to see behind a veil to a matter that is God's alone. Hopefully that made some sense, yesterday was a long night in the lab :( --[[User:DrDean|DrDean]] 18:38, 20 September 2011 (EDT)

In Pathology we use microscopes a lot. The magnification power of light microscopes has not improved in the last 200 years, the reason for this is light diffraction, a bit off the point of the metaphor. Anyways back on point, there is a limit to how small an object we can see with a microscope, a ribosome for instance cannot be satisfactorily observed, it's just too small, too far from reach; if you increase the curvature of the lens you can make the ribosome appear large enough to see, but when you've got it that large the light diffraction will scatter the image and make it impossible to resolve. So when you have an answer at hand there is no way to tell if it's right or not and when you have the means to tell if you've got the right answer you've got nothing to test it on. You're trying to see behind a veil to a matter that is God's alone. Hopefully that made some sense, yesterday was a long night in the lab :( --[[User:DrDean|DrDean]] 18:38, 20 September 2011 (EDT)