Mercury,
May/June 1996 Table of Contents
by
John R. Percy, University of Toronto
(c)
1996 Astronomical Society of the Pacific
"Chinese
scientists must now struggle to read and publish in English," Caltech
chemist Sunney Chan told Science last fall. "But in
50 years the scientific world will need to learn Chinese."
As
the Chinese Astronomical Society approaches its 75th anniversary
next year, it can look back on a decade of rapid growth -- following
60 years of war, revolution, and other upheaval. The 10 lost years
of the Cultural Revolution (1966-1976) wrecked Chinese intellectual
life, and the effects linger in the demographics of Chinese astronomy.
Now the country faces another decade of economic and political change
and uncertainty.
New
buildings are rising on almost every street corner. The frenzy of
double-digit economic growth is visible even in astronomical facilities.
Next to the headquarters of the Beijing Astronomical Observatory
is a spin-off: a communications- antenna factory. The Beijing Planetarium
sacrifices its precious exhibit hall for rental income. In the antechambers
of the Beijing Ancient Observatory are shops producing and selling
a variety of goods.
Science
is having trouble recruiting and retaining young people, lured away
by the higher salaries and superior housing available in business.
Graduate students who can study abroad tend to do so, and many do
not return. Those who stay lack international contacts and experience.
Computer networking is rickety. In todayЌs economic tumult, no one
knows whether the government will support basic science at previous
levels -- a familiar story throughout the world.
Even
so, I detected optimism among Chinese astronomers, teachers, and
students during my three-week visit in May 1995 when I visited and
lectured at research institutes, universities, schools, planetariums,
and science centers.
Politics
vs. Science
From
1982 to 1992, the membership of the Chinese Astronomical Society doubled
to 1,833 -- twice the growth rate of the American Astronomical Society.
The society is active in every facet of astronomy: research, history,
education, planetariums, popularization. It publishes several journals,
including Acta Astronomica Sinica (circulation 3,000)
and Amateur Astronomers (50,000).
About
300 Chinese astronomers belong to the International Astronomical
Union. Ye Shuhua, an astrometrist and one of the few women astronomers
in China, served as an IAU vice- president for six years. Politics
complicated Chinese participation in the IAU for many years because
the union admitted Taiwan in 1959. To this day, relations between
astronomers in Taiwan and on the mainland are affected more by political
considerations than by scientific ones.
Chinese
astronomers published over 9,000 papers between 1982 and 1992 --
a prodigious rate (though difficult to compare with statistics elsewhere)
considering that the Chinese are restricted in their access to large
telescopes in good sites, the Internet, books and journals, and
international travel. The establishment of a national granting agency,
the National Natural Science Foundation, in 1985 lowered these hurdles,
but since proposals are written in Chinese, it is difficult to raise
research standards through international peer review. For better
or worse, English remains the lingua franca of science.
Chinese
astronomy is strongest in solar studies, astrometry, celestial mechanics,
and Earth-rotation studies. Basic academic research in China is
carried out through two channels: the universities and the Chinese
Academy of Sciences. The academy operates the major observatories:
Beijing Astronomical Observatory, with optical, infrared, radio,
and solar facilities; Purple Mountain Observatory in Nanjing; Shanghai
Observatory, which specializes in astrometry and geodesy; Shaanxi
Observatory, where the time service is based; and Yunnan Observatory.
The
largest telescope in the country is the 2.16-meter reflector at
the Xinglong station of the Beijing Observatory. Shanghai Observatory
operates a 1.56-meter astrometric telescope, the worldЌs largest.
The academy plans a 4-meter Schmidt telescope, LAMOST (Large Area
Multi-Object Spectroscopic Telescope), which would conduct a spectroscopic
survey of the sky in more detail than ever before.
Beijing
Normal University and Nanjing University have astronomy departments,
and Beijing University and the University of Science and Technology
of China have astrophysics groups. The major department is at Nanjing,
where I spent several days. The department has several rooms of
PCs and workstations for undergraduate and graduate students, who
are skilled in using them. Email service is sporadic and Internet
service, as we know it, nonexistent. Chinese astronomers have access
to the Hubble, Infrared Astronomical Satellite, and
International Ultraviolet Explorer databases, but they are
located at different institutes.
These
databases are especially useful for undergraduate research, an increasing
emphasis at Nanjing. The campus has several small telescopes on
campus used for instruction, although they could do good research
if equipped with photometers and CCDs. The administration at Nanjing
is progressive, emphasizing interdisciplinary work, professional
and instructional development for faculty, and overseas linkages.
Besides, the president is an astronomer.
A
Piece of Antarctica
China
organizes its schools along traditional European lines, with a national
curriculum and competitive university entrance exams. Primary school
(grades 1 to 6) includes the usual astronomical topics -- some constellations
and the motions of Earth, Moon, and Sun -- usually taught by inexperienced
teachers using lecture and textbook. One educational-reform group,
however, has developed easy-to-use paper activities that students
cut out, assemble, and take home.
Middle
school (grades 7 to 12) teaches the same topics by the same methods
in a physical-geography course that is compulsory for science students.
The situation is better in "key" middle schools (Americans would
call them magnet schools), which are often affiliated with a university
or research institute. A few key schools have rooftop observatories
-- a prestigious symbol, which may explain why schools prefer to
have an observatory rather than kits of hands-on materials for the
classroom. At the key middle school in Beijing, I was amazed to
find a 0.4-meter (16- inch) computer-controlled alt-azimuth telescope
that had been designed for use at the South Pole, part of a China-U.S.
project that never received funding.
Such
telescopes are used by only a few dozen students, members of the
school astronomy club, and even these hypermotivated students usually
drop out as they approach grade 12 and the university entrance exams.
School goes from 8 a.m. to 4 p.m., but I saw seniors at school at
5 p.m., studying hard for their exams.
After
school, students can visit "youth palaces" where they can take
part in cultural activities such as music, dance, theater, and astronomy.
Many of these centers have planetariums and observatories, as do
science and technology activity centers.
At
the university level, astronomy is taught primarily to physical-science
students, seldom to non-science students, as in the United States.
At Beijing University, however, I gave an evening talk to an overflowing
crowd of enthusiastic, articulate members of an astronomy club with
members from many departments. Nanjing University, notably, runs
flexible student programs -- and, in general, has a student-centered
philosophy.
As
in many countries, graduate work can be done through either the
universities or the Academy of Sciences, which together have trained
about 300 astronomy masterЌs degrees and 60 doctorates in the last
decade.
Although
pseudoscientific beliefs such as numerology are widespread in China,
public interest in science appears to be strong. The government
funds national and provincial organizations for the popularization
of astronomy. Beijing Planetarium is ChinaЌs largest. In fact, it
is the largest planetarium I have ever seen. I sat through a school
show with several hundred children, who were squealing with delight.
The planetarium publishes popular magazines and books, trains staff
for dozens of smaller planetariums across the country, and runs
the Beijing Ancient Observatory -- one of the scientific treasures
of the world.
Situated
in the middle of the city, beside a busy intersection, this observatory
contains nine instruments dating from as early as 1442. Most are
in working order. The staff is building exact replicas of the instruments
for world tour. Two replicas have already toured in a traveling
exhibit developed by the Beijing Museum of Science and Technology.
Some
180 astronomy books were published from 1982 to 1992. Professional
astronomer Bian Yulin has translated books by Isaac Asimov and written
books of his own. Amateurs founded the Chinese Amateur Astronomer
Association in 1991, but still do little observing. City skies are
rather bright and polluted, and escaping the cities is difficult.
During my visit, China officially adopted the five-day work week,
so there should be more time for leisurely stargazing in the future.
JOHN
R. PERCY is an astronomy professor at the University of Toronto
in Mississauga, Ontario, Canada. He is president of IAU Commission
46 and president-elect of the ASP. His email address is jpercy@erin.utoronto.ca.
Illustration
captions
Headquarters
of the Beijing Astronomical Observatory. It now shares its site with
a manufacturer of communication antennas. Photo by John R. Percy.
The
Nanjing "youth palace." This Nanjing after-school center offers
a planetarium and observatory. Photo by John R. Percy.
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