. 
EINSTEIN BIO
1879:
Born in Ulm.
1886: Start of education in Munich.
1896:
Leaves Germany; moves to Switzerland (Swiss citizen 19011955).
1905:
Working in an unlikely place (the patent office in Bern), he
introduces special relativity theory, explains the photoelectric effect,
writes a ground breaking paper on statistical mechanics, and gets
a doctorate of ETH Zurich for something else.
1908:
Habilitation (postdoctoral thesis) in Bern; Privatdozent.
1911:
Full professor in Prague.
1914:
Moves to University of Berlin,
encouraged by
Max Planck,
founder of quantum physics, the other pillar of 20th century physics.


1915 / 1916:
Introduces general theory of relativity, widely regarded as the most
remarkable scientific contribution of the 20th century.
1921:
Nobel Prize
for (by his standards) comparatively minor achievements.
1924:
last major scientific contribution (at age 45, on waves & matter).




. 

1932:
at age 53, he plans to spend 7 months a year in Berlin, 5 at Princeton (US),
but Nazis grab power, and he does not come back. At
age 61, he obtains US citizenship in addition to his Swiss one; at age 66 he retires.
1952:
Gets an offer to become president of Israel.
1955:
Dies in Princeton.
Left:
Einstein during his most productive years.


Albert Einstein: person of the century, according to TIME magazine. The photograph was taken decades after his last major scientific contribution.
For several years, Schmidhuber's brother
Christof
(a theoretical physicist @ Munich, Caltech, Princeton, Bern, CERN)
lived next door to Einstein's former apartment in Bern, Switzerland.
Schmidhuber's motivation:
to build an optimal scientist.
Fibonacci web design


Einstein is frequently listed among the greatest scientists of all time,
often together with fellow physicists Galileo and Newton.
Does it make sense to compare them?
Galileo is known as the "father of modern physics",
Newton brought the field to a first culmination point
through his Principia Mathematica
(the most influential book in the history of physics, according to Stephen Hawking),
and Einstein provided the next such peak:
Nobel laureate
Paul Dirac
called General Relativity
probably the greatest scientific discovery ever made;
Max Born
called it
the greatest feat of human thinking about nature.
2000 years from now it will look as if Galileo / Newton / Einstein
lived almost at the same time, during an outbreak
of European scientific creativity spanning a few centuries. But
from the present point of view
Einstein's achievements are
still very recent;
hence his ideas have had the least time to unfold their impact.
In the beginning of the 20th century he came up with
this great theory explaining the universe,
but initially its impact on daily life was negligible.
Since then, however, more and more extremely practical
devices have been developed based on Einstein's insights,
and this trend is continuing, even accelerating.
In this sense, he is continually gaining on Galileo
and Newton  it seems a safe bet that his perceived
importance is bound to grow even further.
Recently he already
was voted greatest
physicist ever (poll for Physics World magazine; source: BBC News, 29 Nov 1999).
If sheer popularity was our yardstick (but of course it should not be),
the race would already be over  Einstein is the only truly
famous scientist who ever lived, the only one
whose fame matches that of the most popular rock stars ever.
Similarly, his formula E=mc^{2} appears to be the only truly
famous scientific formula,
even though most laymen do not really understand what
exactly it means.
Nevertheless, we should not forget that it was
Archimedes
who provided the basic tools that
made possible the discoveries of Galileo, Newton, and Einstein.
Since
he started out from much more limited prior knowledge,
and since
there has not been much scientific progress
for such a long time after his death,
his work appears to be even more unique and outstanding.
It seems likely that for quite some time many will consider Archimedes as
the greatest of them all.
JS, September 2006


