Nature of science -- Scientific method -- Ordered universe -- Celestial and terrestrial mechanics -- Newton's laws of motion -- Universal gravitation -- Nature of energy -- First law of thermodynamics -- Second law of thermodynamics -- Entropy -- Magnetism and static electricity -- Electricity -- Electromagnetism -- Electromagnetic spectrum, part I -- Electromagnetic spectrum, part II -- Relativity -- Atoms -- Bohr atom -- Quantum world -- Periodic table of the elements -- Introduction to chemistry -- Chemistry of carbon -- States of matter and changes of state -- Phase transformations and chemical reactions -- Properties of materials -- Semiconductors and modern microelectronics -- Isotopes and radioactivity -- Nuclear fission and fusion reactions -- Astronomy -- Life cycle of stars -- Edwin Hubble and the discovery of galaxies -- Big bang -- Ultimate structure of matter -- Nebular hypothesis -- Solar system -- Earth as a planet -- Dynamic earth -- Plate tectonics revolution -- Earthquakes, volcanoes, and plate motions today -- Earth cycles : water -- Atmospheric cycle -- Rock cycle -- What is life? -- Strategies of life -- Life's molecular building -- Proteins -- Cells : the chemical factories of life -- Gregor Mendel, founder of genetics -- Discovery of DNA -- Genetic code -- Reading the genetic code -- Genetic engineering -- Cancer and other genetic diseases -- Chemical evolution of life -- Biological evolution : a unifying theme of biology -- Fact of evolution : the fossil record -- Charles Darwin and the theory of natural selection -- Ecosystems and the law of unintended consequences -- Ozone hole, acid rain, and the greenhouse effect -- Ozone hole, acid rain, and the greenhouse effect -- Science, the endless frontier.
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