Diffraction is considered to be a fundamental principle that limits the resolution of a light microscope. Super-resolution light microscopes are indeed light microscopes. In achieving higher resolution than a conventional light microscope, does a super-resolution light microscope prove the diffraction limit to be "false"? If not, how does a super-resolution light microscope achieve higher resolution?

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The Answer of Diffraction is considered to be a fundamental principle that limits the resolution of a light microscope. Super-resolution light microscopes are indeed light microscopes. In achieving higher resolution than a conventional light microscope, does a super-resolution light microscope prove the diffraction limit to be "false"? If not, how does a super-resolution light microscope achieve higher resolution?

Diffraction Is Considered to Be a Fundamental Principle That Limits