Dr Faustus of Modern Physics - Department of Speech, Music and ...
Dr Faustus of Modern Physics - Department of Speech, Music and ...
Dr Faustus of Modern Physics - Department of Speech, Music and ...
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86 CHAPTER 20. MAX BORN: I DID IT!<br />
• My surprise <strong>and</strong> joy were thus all the greater, especially as I was<br />
awarded the prize, not for the work done jointly with Heisenberg, but<br />
for the statitical interpretation <strong>of</strong> Schrödinger’s wave function...<br />
• It is not surprising that this acknowledgement was delayed for 28 years,<br />
for all the great names <strong>of</strong> the initial period <strong>of</strong> the quantum theory were<br />
opposed to the statistical interpretation: Planck, deBroglie, Schrödinger<br />
<strong>and</strong>, not least, Einstein himself.<br />
• It cannot have been easy for the Swedish Academy to act in opposition<br />
to voices which carried as much weight as theirs; therefore I had to<br />
wait until my ideas had become the common property <strong>of</strong> all physicists.<br />
This was due in no small part to the cooperation <strong>of</strong> Niels Bohr abd his<br />
Copenhagen school, which today lends its name almost every where to<br />
the line <strong>of</strong> thinking I originated,<br />
20.2 Nobel Presentation <strong>Speech</strong><br />
• When the young Heisenberg, formerly a pupil <strong>of</strong> Sommerfeld in Munich<br />
<strong>and</strong> <strong>of</strong> Bohr in Copenhagen, published his epoch-making preliminary<br />
work on the exact laws for atomic phenomena in 1925, he was Born’s<br />
assistant in Göttingen.<br />
• His work was immediately continued by Born, who gave logical mathematical<br />
form to the Heisenberg theory. Owing to this progress, Born, in<br />
collaboration with his pupil Jordan <strong>and</strong> later with Heisenberg also, was<br />
able to exp<strong>and</strong> the latter’s original results into a comprehensive theory<br />
for atomic phenomena. This theory was called quantum mechanics.<br />
• Born found that the Schrödinger wave function determines the probability<br />
<strong>of</strong> the measuring results. For this reason, according to Born,<br />
quantum mechanics gives only a statistical description.<br />
• Such a radical break with older ideas could not <strong>of</strong> course prevail without<br />
opposition. But Born’s conception is now generally accepted by physicists,<br />
with a few exceptions.