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Introduction | Introduction to the study of molecular materials and structures |
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Introduction | Introduction to the study of molecular materials and structures |
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Basic of Molecular Structure | Various kinds of molecular structures, such as three-dimensional crystal, two- dimensional crystal, quasi-crystal, and amorphous. |
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Basic of Molecular Structure | Various kinds of molecular structures, such as three-dimensional crystal, two- dimensional crystal, quasi-crystal, and amorphous. |
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Basic of Molecular Structure | Various kinds of molecular structures, such as three-dimensional crystal, two- dimensional crystal, quasi-crystal, and amorphous. |
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Analysis of molecular structures with scanning probe microscopy | The principle of scanning probe microscope and the examples of structural analysis with scanning probe microscope. |
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Analysis of molecular structures with scanning probe microscopy | The principle of scanning probe microscope and the examples of structural analysis with scanning probe microscope. |
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How Nature designs new materials? | Ionic crystal, covalent crystal, metallic crystal, van der Waals crystal, Hydrogen bond crystal |
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How Nature designs new materials? | Ionic crystal, covalent crystal, metallic crystal, van der Waals crystal, Hydrogen bond crystal |
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How Nature designs new materials? | Ionic crystal, covalent crystal, metallic crystal, van der Waals crystal, Hydrogen bond crystal |
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Science of “Emergence” | Zero, One ,Two and Three dimensional functional materials. Equilibrium and non-equilibrium self-organization phenomena toward biological molecular systems |
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Science of “Emergence” | Zero, One ,Two and Three dimensional functional materials. Equilibrium and non-equilibrium self-organization phenomena toward biological molecular systems |
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Science of “Emergence” | Zero, One ,Two and Three dimensional functional materials. Equilibrium and non-equilibrium self-organization phenomena toward biological molecular systems |
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Electron spectroscopy for analysis of molecular materials | "The principle of photoemission spectroscopy, and the examples of chemical analysis with X-ray photoemission spectroscopy including chemical shift analysis." |
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Material design for High Tc Superconductivity, Ferroelectricity and Magnetism | Perovskite based 3d metal oxides designed by the idea of molecular LEGO |
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Material design for High Tc Superconductivity, Ferroelectricity and Magnetism | Perovskite based 3d metal oxides designed by the idea of molecular LEGO |
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8. | Mid-term exam | |||
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Molecular analysis with microscopy | Imaging and analyzing molecules with electron microscopy and other microscopies |
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Molecular analysis with microscopy | Imaging and analyzing molecules with electron microscopy and other microscopies |
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Fun of Science, Ventures of discovery | The way of thinking in material physics: Early discovery of Quantum Physics and my way of thinking |
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Fun of Science, Ventures of discovery | The way of thinking in material physics: Early discovery of Quantum Physics and my way of thinking |
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Fun of Science, Ventures of discovery | The way of thinking in material physics: Early discovery of Quantum Physics and my way of thinking |
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Molecular structure analysis with diffraction methods | The principle of diffraction, the case studies of molecular analysis with X-ray diffraction and electron diffraction. |
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Molecular structure analysis with diffraction methods | The principle of diffraction, the case studies of molecular analysis with X-ray diffraction and electron diffraction. |
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student presentation | Molecular Materials | ![]() |
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student presentation | Molecular Materials | ![]() |
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student presentation | Molecular Materials | ![]() |
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student presentation | Molecular Materials | ![]() |
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student presentation | Molecular Materials | ![]() |
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student presentation | Molecular Materials | ![]() |
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16. | Final-term exam |