2009 Biermann Lectures: “Quarks and the Cosmos” I. Cosmic Acceleration and Dark Energy (8 July) I. Inflation and Beyond (23 July) II. Future Opportunities and Challenges (28 July) July 2009 MPA-Garching Michael S. Turner Kavli Institute for Cosmological Physics The University of Chicago • Contributions to the theory of convection in stars • Modeled the solar chromosphere and corona • Computed atomic physics parameters needed for stars • Predicted the solar wind (based upon comets) • Magnetic fields in the solar system and in the Galaxy Where is he now? Profound Connections Between Quarks and the Cosmos Basic Features of the Universe tied to Fundamental Physics CCoossmmoollooggyy iiss aa yyoouunngg sscciieennccee iittss ssttoorryy oonnllyy 330000 yyeeaarrss aafftteerr tthhee iinnvveennttiioonn ooff tthhee tteelleessccooppee Michael S Turner 11991166--11991188:: GGeenneerraall RReellaattiivviittyy && ΛΛ Michael S TurPnerS: Never mind Λ 11992299:: JJuusstt OOnnee NNuummbbeerr KK (error bars not needed, velocity in km) c p M s / m / k 0 5 5 = ) H K ( 0 HHuubbbbllee && HHuummaannssoonn:: ffeeww 110000 ggaallaaxxiieess,, zz << 00..11 Michael S Turner Gamow’s Hot Big Bang “alpher, bethe, gamow,” 1948 1948: Steady State Theory CCoossmmoollooggyy:: TThhee SSeeaarrcchh ffoorr TTwwoo NNuummbbeerrss … Sandage 1970 Michael S Turner
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