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The most notable 20th century accomplishment in science was the discovery of quantum mechanics by European physicists.  This remarkable discovery of subatomic behavior ultimately produced about a dozen Nobel Prizes and is the basis for the entire computer industry today.  The leading physicists included Werner Heisenberg, Max Born and Max Planck of Germany, Enrico Fermi of Italy, Niels Bohr of Denmark, Erwin Schrödinger of Austria and Paul Dirac of England.  Perhaps the most brilliant of the group was Enrico Fermi, who was a devout Christian extraordinary in both his experimental and theoretical accomplishments.   

The most notable 20th century accomplishment in science was the discovery of quantum mechanics by European physicists.  This remarkable discovery of subatomic behavior ultimately produced about a dozen Nobel Prizes and is the basis for the entire computer industry today.  The leading physicists included Werner Heisenberg, Max Born and Max Planck of Germany, Enrico Fermi of Italy, Niels Bohr of Denmark, Erwin Schrödinger of Austria and Paul Dirac of England.  Perhaps the most brilliant of the group was Enrico Fermi, who was a devout Christian extraordinary in both his experimental and theoretical accomplishments.   

The insight of quantum mechanics was that subatomic particles act more like waves, and are never in a specific place at a specific time until they are observed.  Quantum mechanics formed the basis later for the discovery of very small transistors, which today form the integrated circuits in every computer and electronic device, from cell phones to IPods to laptops to everything else electronic.

The insight of quantum mechanics was that subatomic particles act more like waves, and are never in a specific place at a specific time until they are observed.  Quantum mechanics led to the development of small transistors, which today form the integrated circuits in every computer and electronic device, from cell phones to IPods to laptops to radios to digital clocks and to many other examples of technology.

'''The Theory of Relavitity'''

'''The Theory of Relavitity'''