The Cosmic Code: Quantum Physics as the Language of NatureSimon and Schuster, 1982 - 370 Seiten |
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Ergebnisse 1-3 von 78
Seite 68
... discovered radioactivity in 1896 , and the Curies isolated radium in 1898. In 1897 , J. J. Thomson discovered the electron , a new elementary particle . A puzzling discovery was that under certain circum- stances atoms emit spectral ...
... discovered radioactivity in 1896 , and the Curies isolated radium in 1898. In 1897 , J. J. Thomson discovered the electron , a new elementary particle . A puzzling discovery was that under certain circum- stances atoms emit spectral ...
Seite 199
... discovered as the other major constituent of the nucleus . Later the pion was discovered , and this particle served as a kind of nuclear glue to hold together the protons and neutrons in the nucleus . These particles and a few others ...
... discovered as the other major constituent of the nucleus . Later the pion was discovered , and this particle served as a kind of nuclear glue to hold together the protons and neutrons in the nucleus . These particles and a few others ...
Seite 205
... discovery of a re- markable hadron made out of a new fourth quark . Subsequently more hadrons built of the fourth quark were discovered at Stan- ford and confirmed at a German laboratory near Hamburg- perhaps the most convincing ...
... discovery of a re- markable hadron made out of a new fourth quark . Subsequently more hadrons built of the fourth quark were discovered at Stan- ford and confirmed at a German laboratory near Hamburg- perhaps the most convincing ...
Inhalt
ས Foreword | 13 |
The Road to Quantum Reality | 15 |
The Last Classical Physicist | 17 |
Urheberrecht | |
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The Cosmic Code: Quantum Physics as the Language of Nature Heinz R. Pagels Eingeschränkte Leseprobe - 2012 |
The Cosmic Code: Quantum Physics as the Language of Nature Heinz R. Pagels Eingeschränkte Leseprobe - 2012 |
Häufige Begriffe und Wortgruppen
3-D movie accelerator actually atoms baryon beam Bell's inequality big bang billion Bohr charmed quark classical physics colored gluons concept Copenhagen interpretation cosmic decay definite described detected determine discovered discovery earth Einstein electric charge electromagnetic electron energy entropy exist experiment experimental force fundamental galaxies gauge field geometry gluons gravity hadrons Heisenberg high-energy hole human idea identical imagine implies invented invisible leptons macroscopic mass material mathematical matter measure meson microworld molecules momentum motion moving muon nature neutrino Newton's nonlocal nuclear nucleus objects observed orbit Pauli physical laws Planck's plays dice polarizer postulate precisely principle problem properties protons and neutrons quan quantum field theory quantum logic quantum mechanics quantum particles quantum reality quantum theory quantum weirdness quantum world quarks and leptons random remarkable Schrödinger's scientists sequence space special relativity spin strong interaction structure theoretical physicists thought tiny tion unified universe vacuum wave shape weak interaction
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