Sydney Chapman Endowed Chair of Physical Sciences
The Alaska State Legislature created the Sydney Chapman Endowed Chair of Physical Sciences in 1983 as the first endowed chair in the 鶹 system. The position gives students and faculty a chance to learn from distinguished researchers who are pioneers in the physical sciences.
Sydney Chapman was a professor of geophysics at UAF and advisory scientific director of the Geophysical Institute. He was a pioneer in exploring how solar wind interacts with the Earth’s magnetosphere to create “space weather.” Chapman's most noted mathematical accomplishments were in the field of (random processes), especially .
The lunar is named in his honour, as is the Sydney Chapman Building on the campus of the . This building served as the first permanent home of the 鶹 Geophysical Institute, and it now contains the Department of Computer Science and the Department of Mathematics and Statistics
Chapman Chairs
Meet our current chair, Dr. Jürgen Kurths
Kurths is known for discovering basic phenomena in complex systems and applying them
to several fields. Complex systems are systems with many components that interact
with each other. They can range from a small living cell to the entire universe, but
the systems all share certain characteristics like a pattern of order in seeming chaos.
He discovered that a phenomenon called phase synchronization, which was observed in pendulum clocks in the 17th century, is also part of complex systems. This led Dr. Kurths to a new understanding of the interaction between the heart rate, respiration and brain activity in humans. He also discovered the phenomenon called complex recurrence and used it to uncover the influence of El Niño on the Indian Monsoon.
Kurths currently serves as professor of nonlinear dynamics at the Institute of Physics in Humboldt University of Berlin in Germany. He is also a lead scientist for Germany’s Potsdam Institute for Climate Impact 鶹, fellow of the Academia Europaea, and recently became the editor in chief of the journal Chaos, which is one of the American Institute of Physics’ premier science journals.
Here are the past chairs that have helped shape the Chapman Chair event:
David Scholl, 2006-2016, is a distinguished marine geologist.
In 1956 and 1958, Scholl received his bachelor’s and master’s degrees (respectively) from University of Southern California. In 1962, he completed his Ph.D. in Geology at Stanford University. While completing his Ph.D., he worked for the Alaska branch of the U.S. Geological Survey as a marine geologist/geophysicist. From 1962 to 1967, he was the civilian research scientist in marine geology and geophysics with the U.S. Navy at the Naval Electronics Laboratory. In 1967, he returned to the USGS as a research scientist with the Pacific-Arctic Marine Geology branch. From 1974 to 1978, he served as chief of the Pacific-Arctic branch overseeing its period of rapid growth in personnel and operations. He acquired and outfitted two sea-going research vessels (R/V S. P. Lee and R/V Sea Sounder). He retired from the USGS in 1995. He was appointed Emeritus from the USGS in 1995.
His research interests include subduction zone tectonic processes and the evolution of convergent margins, crustal recycling at subduction zones, sediment subduction and the tectonic settings of high magnitude earthquakes and tsunami source regions. He also investigated tectonic evolution of the Aleutian-Bering Sea region, paleoceanography of the north Pacific-Bering Sea and Bering Strait regions and accumulation of massive deposits of methane hydrate in the Bering Sea Basin.
In 2009, Carmack received the J.P. Tully Medal in Oceanography from the . He would later be appointed the Program 鶹 Director of the Resilience Alliance Board in 2011 and retire from the Institute of Ocean Sciences. In 2016, Carmack was replaced as the Sydney Chapman Chair at the 鶹 Fairbanks by mathematical physicist . Two years later, he was the recipient of the Mohn Prize from the Arctic University of Norway. In 2019, Carmack was appointed an .
Carmack's research involves systems-level relationships between oceanography, marine ecosystems and climate. Over his 50 year career he has participated in over 90 field investigations in high-latitude rivers, lakes and seas spanning from the Antarctic to the Arctic and from the Yukon to Siberia. From this he has published over 220 peer-reviewed scientific articles with over 20,000 citations. He pioneered the use of science capable CCG icebreakers and created ongoing studies that engage Northern residents in ocean monitoring. He has served as Chief Canadian scientist for co-operative studies of the subarctic North Pacific with Russia, for the 1994 Canada/US expedition to the North Pole, and the ‘Canada’s Three Oceans’ project to establish an oceanographic baseline for the oceans encircling Canada.
In retirement he actively continues field-oriented studies in the Northwest Passage, and locally ‘captains’ his 34’ troller conversion R/V Wicklow to demonstrate values of small boat oceanography.
Untersteiner was one of the pioneers of modern polar science research, a professor of Atmospheric Sciences at the , and an AAAS Fellow.
Born in , Italy, he led the Arctic Ice Dynamics Joint Experiment (AIDJEX) in the early 1970s. In 1979, he formed the Arctic Buoy Program as a contribution to the . He then formed the Polar Science Center (PSC) at the University of Washington and directed it from 1981 until 1988.
(deceased)
Runcorn received many honours, including of the in 1965, the (RAS) and the of the (AGU). He was also a member of the . In 1970 he was awarded the , widely considered the highest honor in geology. In 1981, Runcorn became a founding member of the . He served as the Sydney Chapman Endowed Chair in Physical Sciences at the University of Alaska from 1989 to 1995. In 2007 the RAS named an award – for the year's best PhD thesis in geophysics – the in his honour.
He is the founding director of the of the (UAF), serving in that position from the center's establishment in 1998 until January 2007. Previously he had been director of the university's from 1986.
Akasofu earned a B.S. and a M.S. in at , , Japan, in 1953 and 1957, respectively. He earned a Ph.D in geophysics at in 1961. Within the framework of his Ph.D. thesis he studied the . His scientific adviser was . Akasofu has been a professor of at since 1964.
Akasofu was director of the from 1986 until 1999, during which time the was established and was modernized. He went on to become the first director of the International Arctic 鶹 Center (IARC) upon its establishment in 1998, and remained in that position until 2007. The same year, the building which houses IARC was named in his honor.
Akasofu has served as an Associate Editor of the Journal of Geophysical 鶹 (1972–74) and the Journal of Geomagnetism & Geoelectricity (1972–present), respectively. Furthermore, he has served as a member of the Editorial Advisory Board of the Planetary Space Science (1969–present), the Editorial Advisory Board of Space Science Reviews (1967–77), and the Editorial Committee of Space Science Reviews (1977–present). As a graduate student, Akasofu was one of the first to understand that the northern aurora was actually an aurora of light surrounding the North Magnetic Pole.