Super Science Sunday
February 4, 2011
This Sunday is
Super Bowl
Sunday, an unabashed scheme to make a lot of money for a lot of people. The Super Bowl was likely started to generate more interest in
football
, and it was certainly inspired by the
baseball
World Series
, which was first played in 1903. Football did need some promotion. Baseball teams play nearly two hundred games each year, whereas football teams play only about sixteen; so it's hard to maintain your fan base.
The first Super Bowl, Super Bowl I, was played on January 15, 1967, by the
Green Bay Packers
and the
Kansas City Chiefs
. The Packers will be playing also in this year's Super Bowl, known as
Super Bowl XLV
, against the
Pittsburgh Steelers
. When I was a post-doc at the
University of Pittsburgh
from 1974-1977, the Steelers had back-to-back wins in
Super Bowl IX
and
Super Bowl X
.
It's hard to put a
STEM (Science-Technology-Engineering-Mathematics)
spin on the Super Bowl, although some web sites have tried. Here are a few connections I can think of off the top of my head.
•
Probability theory
in the
coin toss.
•
Momentum transfer
between
players.
•
Trajectory
of
passes
and
kicks
.
• Material composition of
AstroTurf
.
•
Gatorade
and
electrolyte
balance
.
• '
Physics engines
' in
computer animation.
Instead of talking about any of these, here's a collection of science milestones that happened on
February sixth
.
Nicolaus II Bernoulli
Swiss mathematician, born on this date in 1695. He was a contemporary of
Leonhard Euler
and a member of the
Bernoulli family
noted for many scientists and mathematicians.
Charles Wheatstone
English scientist and inventor born on this date in 1802. Wheatstone is famous for the eponymous
Wheatstone bridge
and the
Playfair cipher
.
Mary Leakey
British anthropologist born on this date in 1913. Leakey was the discoverer of the
Paranthropus
(a.k.a., Zinjanthropus) fossil.
John Crank
British mathematician born on this date in 1916. Crank is known for early numerical computations, especially for solutions of
partial differential equations
.
Gerard K. O'Neill
American physicist born on this date in 1927. O'Neill was an activist for human habitation of space. His views on this matter can be found in his 1976 book, "
The High Frontier: Human Colonies in Space
."
Jun Kondo
Japanese theoretical physicist born on this date in 1930, and best known for the eponymous
Kondo effect
, which explains the behavior of electrical resistivity at very low temperatures in metals with magnetic impurities.
Spencer Silver
American chemist born on this date in 1941. Silver invented the unique adhesive used in
Post-it Brand notes
.
Salvador Luria
Italian biologist and Nobel laureate died on this date in 1991. Luria shared the 1969
Nobel Prize in Physiology or Medicine
with
Max Delbrück
and
Alfred Hershey
for their work on the
molecular biology
of
viruses
.
Max Perutz
Austrian molecular biologist and Nobel laureate died on this date in 2002. Perutz worked at
Cambridge
and shared the 1962
Nobel Prize in Chemistry
with
John Kendrew
for determining the structures of
hemoglobin
and other
globular proteins
. I attended a talk by Perutz in 1976, notable for his showing three-dimensional images of molecules to an audience wearing
polarizing eyeglasses
.
Alan Shepard
Alan Shepard was the first man to hit a
golf ball
on the
Moon
during the
Apollo 14
mission in 1971. His club was a
six iron head
attached to the handle of a scoop used for a rock sampler. Two actual golf balls were used, and they remain there.[1]
Lest you think that only technologists are associated with February 6,
Babe Ruth
, American baseball player, was born on that date in 1895;
Ronald Reagan
, 40th
President of the United States
, was born on that date in 1911;
Zsa Zsa Gábor
,
Hungarian
actress, was born on that date in 1917; and
Tom Brokaw
, American news
anchorman
, was born on that date in 1940.
February 6, 2011, is also
Rick Astley's
45th birthday, so you've been
Rickrolled
!
A pun for mathematicians with proper German accents who are long-time football fans.
(The
Houston Oilers
)
References:
D.P. Glavin, J.P. Dworkin, M. Lupisella, G. Kminek and J.D. Rummel, "Biological contamination studies of lunar landing sites: implications for future planetary protection and life detection on the Moon and Mars," International Journal of Astrobiology, vol. 3, no. 3 (July, 2004), pp. 265-271, DOI: 10.1017/S1473550404001958