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Intro
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STRUCTURE, DYNAMICS AND MACHINERY
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SCALES OF LENGTH
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HOOKE'S MICROGRAPHIA (1665)
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OPTICAL MICROSCOPY: 1665-2020
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SUPER-RESOLUTION FLUORESCENCE MICROSCOPY
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"THERE'S PLENTY OF ROOM AT THE BOTTOM", RICHARD FEYNMAN (1959).
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DIFFRACTION PHYSICS: MICROSCOPES
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DIFFRACTION PHYSICS: ONE ATOM
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DIFFRACTION PHYSICS: MANY ATOMS
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DIFFRACTION PHYSICS: CRYSTALS
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DIFFRACTION PHYSICS: ELECTRON SOURCES
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DIFFRACTION PHYSICS: DE BROGLIE AND HEISENBERG
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DIFFRACTION PHYSICS: X-RAY SOURCES
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DEMONSTRATION: MEASURING LIGHT WITH A RULER
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CRYOGENIC ELECTRON MICROSCOPY
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STARDUST: THE BUILDING BLOCKS OF AMINO ACIDS
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PROTEIN CRYSTALLOGRAPHY: PHOTO 51
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X-RAY FREE-ELECTRON LASERS
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SERIAL FEMTOSECOND CRYSTALLOGRAPHY
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PHOTOSYNTHESIS
Description:
Explore the intersection of physics and biology in this illuminating webinar on imaging life's molecular machinery. Delve into the history and advancements of microscopy, from Hooke's Micrographia to modern super-resolution fluorescence techniques. Examine diffraction physics principles applied to various microscopy methods, including electron and X-ray sources. Discover cutting-edge technologies like cryogenic electron microscopy and X-ray free-electron lasers, and their applications in studying protein structures and photosynthesis. Learn how these imaging techniques reveal the intricate workings of life at the molecular level, from amino acids to complex biological processes.

Molecules of Life - Imaging Life’s Machinery - July Lectures in Physics 2020

University of Melbourne
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