Achilles in the Quantum Universe: The Definitive History of InfinityIn this guided tour down the centuries, Rich ard Morris shows how each new encounter with infinity has fu rthered the advancement of physics and mathematics. This is a mathematical detective story which is informative and educ ational. ' 
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Review: Achilles In The Quantum Universe
User Review  Dewayne Stark  GoodreadsThis book was published in 1997 and since then I have read loads of material in the quantum field. Not that I would say I understand it but this was basically a reread with some interesting historical footnotes. Read full review
Review: Achilles In The Quantum Universe
User Review  GoodreadsThis book was published in 1997 and since then I have read loads of material in the quantum field. Not that I would say I understand it but this was basically a reread with some interesting historical footnotes. Read full review
Contents
The Paradoxical Nature of Infinity  1 
Infinite Time  17 
Infinite Worlds  32 
Copyright  
8 other sections not shown
Other editions  View all
Achilles in the Quantum Universe: The Definitive History of Infinity Richard Morris Limited preview  1997 
Achilles In the Quantum Universe: The Definitive History Of Infinity Richard Morris Limited preview  2015 
Achilles in the Quantum Universe: The Definitive History of Infinity Richard Morris No preview available  1998 
Common terms and phrases
Achilles alpha particles appears Aristotle astronomers atom atomic nucleus ball become big bang billion black hole blackbody Bohr Bruno calculations Cantor collapsing star concept cosmic cosmology created dimensions Dirac discovered distance earth Einstein's elec electric electromagnetic electron emitted energy epicycles equations exactly example exist fasterthanlight finite forces Furthermore galaxies Galileo gravitational happen helium hydrogen idea imaginary infinite number infinite quantities infinitely small infinitesimals infinity inflationary expansion Kepler laws of physics mass mathematical mathematician matter motion moving nature negative neutron star never Newton nucleus number of different object observed orbits paradoxes philosophers physicists planets positively charged positron possible problem proton quantum mechanics quarks radiation renormalization result Rutherford Schwarzschild scientists seems space speed of light sphere Stephen Hawking Stoic subatomic superstring theory theoretical theory of relativity Thomson tion tortoise tron Tycho universe velocity virtual particles wavelengths waves wormhole Zeno Zeno's Zeno's paradoxes zero