The Maria and Eric Muhlmann Award for important research results based upon development of groundbreaking instruments and techniques to Dr. Harland Epps, Professor of Astronomy and Astrophysics at the Lick Observatories of the University of California. Epps is pioneer of astronomical optics whose designs have touched almost every major telescope in the world. Modern astronomy is photon-hungry and depends on efficient optics with a high throughput and that cover a wide field of view. Epps is an expert in designing innovative optics that allow deep imaging surveys and spectroscopy of very faint targets. His work is invisible to many who use his optics, but it has facilitated the modern explosive growth of data in astronomy. Epps has designed optics for several decades and continues to be extremely active with instruments currently on the Keck, MMT, Magellan, Gemini, and Hobby Ebberly telescopes. He has more than 245 technical reports and published papers.
Robert J. Trumpler Award for a recent Ph.D. thesis considered unusually important to astronomy to Dr. Brendan Bowler, who completed his dissertation last year at the University of Hawaii at Manoa, Institute for Astronomy, and is now a postdoctoral fellow at the California Institute of Technology, Joint Center for Planetary Astronomy. With his Ph.D. thesis project, titled “Direct Imaging Search for Planets Around Low-Mass Stars and Spectroscopic Observations of Young Exoplanets,” Bowler has produced six first-author papers in the Astrophysical Journal, rounding out a very prolific graduate student period with 9 first-author refereed papers and 20 more refereed papers as a co-author. His thesis study involved an adaptive optics imaging search for gas-giant planets and brown dwarfs around 100+ young M stars, and detailed near-infrared spectroscopic study of individual exoplanets found by direct imaging, including the first published near-IR spectrum of the 7 Jupiter-mass extrasolar planet HR 8799b, quickly after its discovery. Perhaps the most important results of his thesis work are the robust statistical constraints on the frequency of gas-giant planets as a function of mass and orbital separation around low-mass stars, advancing the field of exoplanets research considerably.
Richard H. Emmons Award for excellence in teaching college-level astronomy to non-science majors to Dr. Laurence Marschall from Gettysburg College. After establishing the year-long astronomy sequence at the college, Marschall’s courses evolved into the most popular lab-science courses on campus. He incorporated peer-learning years before such techniques became standard fare, and draws from history, literature, current events, and multimedia. He also initiated plans for the campus observatory, a facility that welcomes both science non-science majors. In addition, and in advance of others, he saw the untapped potential for bringing digital imaging technology into the introductory astronomy curriculum. His idea became Project CLEA, a set of laboratory exercises that have revolutionized the teaching of introductory astronomy by having undergraduate students observe the sky, record data, and analyze that data. Project CLEA became the longest-running program funded by the astronomy education section of the National Science Foundation.
Thomas J. Brennan Award for exceptional achievement relating to the teaching of astronomy at the high school level to Vivian Hoette in recognition of her innovative work in education, outreach, and teacher professional development. Since 1975, Hoette has introduced space and earth science to high school students in the classroom and via education programs at Lawrence Hall of Science, Adler Planetarium, and Yerkes Observatory. As a tireless and inspirational educator, she is known as the “go to” person in astronomy education in Illinois and Wisconsin. Deeply involved in launching Yerkes’ Hands-On Universe project in high schools, Hoette has also designed and delivered professional development programs for high school teachers across the country.
Klumpke-Roberts Award for outstanding contributions to the public understanding and appreciation of astronomy to Dennis Schatz, Senior Advisor and former Senior Vice President of Pacific Science Center, in recognition of his work in education outreach and as an author. His more than 20 science books for children have been translated into 23 languages. He was also Principal Investigator for the NSF-supported Portal to the Public, an initiative to develop programs at Pacific Science Center and other informal science education (ISE) institutions as they bring scientists and public audiences together for face-to-face interactions. This program model was evaluated and successfully implemented at eight museums and science centers between 2007 and 2011. It is now an ongoing, core program of Pacific Science Center and by 2015 will be implemented in 43 museums across the country. Schatz’s other contributions include innovative traveling exhibits that reach new audiences that are traditionally not reached by museums; creative and well-reasoned activities that allow youngsters, families, and informal audiences to get a taste of real science; and the training of thousands of educators in a wide range of settings on how to do hands-on science effectively. His impact on the communication of astronomy to the public, and on the behavior of other communicators of astronomy around the country, has been both profound and lasting.
The Amateur Achievement Award recognizes significant observational or technical achievements by an amateur astronomer to Rod Stubbings, a visual observer who has been responsible for notifying the astronomical community of rare or important outbursts of cataclysmic variables for nearly two decades. If it were not for his persistent coverage of the southern sky we would have missed outbursts of recurrent novae and WZ Sge type objects entirely. He has been referred to as a southern hemisphere fire spotter, who notifies the astronomical community so they can throw water on these "fires" as they erupt with their CCDs and spectrographs. In 2012 Rod passed the 200,000 observation mark, one of only a handful of observers to ever reach that goal. He is author or co-author on at least 80 publications in ADS. In recent years he has been instrumental in helping redefine the Z Cam sub-type of dwarf novae, and discovered the recurrent nova V745 Sco in outburst in the morning sky, triggering an AAVSO Alert Notice and significant attention from the astronomical community.
Las Cumbres Amateur Outreach Awardfor outstanding outreach by an amateur astronomer to children and the public to Dan Kaminsky of the TriState Astronomers (TSA) of Hagerstown, MD. Beyond managing club outreach activities that involve more than 5,000 participants each year, Kaminsky’s commitment to amateur astronomy is demonstrated by his work organizing star parties for Boy Scout and Girl Scout troops, public libraries, science centers, church groups, public parks systems, and community service nonprofits. He also provides outreach assistance to individual teachers and schools in the county that request help with star parties for their students. He is unwaveringly enthusiastic, friendly, and knowledgeable, and his efforts have enlightened the public and brought new faces to the community of amateur astronomers.
Awardees will be honored at the ASP’s Annual Awards Dinner, which takes place during the ASP’s Annual Meeting August 4, 5 and 6, 2014 in Burlingame, CA.
About the ASP
Since its modest beginnings 125 years ago, the ASP has evolved into one of the most recognized and well-respected nonprofit astronomy organizations in the country. Boasting diverse national programs endorsed by NASA and the NSF, publications, and awards designed to serve, empower, and recognize professional and amateur astronomers, as well as formal and informal educators, the ASP is unique in its mission to foster science literacy and share the excitement of exploration and discovery through astronomy. The ASP is headquartered in the Ingleside neighborhood of San Francisco, and is financially supported by member dues, donations, grants, subscriptions, and retail sales.
Kellermann’s early work on radio source surveys, counts, and spectra in the 1960 were a contributing factor to the development of modern cosmology, helping to solidify the basic conclusion that the Universe was not in a steady state. As a member of the team that invented the VLBI, his work opened a new window on the Cosmos, which revolutionized astronomy through milliarcsecond imaging and microarcsecond astrometry. Using the VLBI technique, Kellermann and colleagues discovered superluminal motion in radio source active galactic nuclei (AGN). These results demonstrated the existence of relativistic expansion of powerful radio jets from supermassive black holes, thereby providing the first evidence for relativistic bulk motions in the Cosmos. And by correlating signals from ground antennas with those from a radio antenna in space, VLBI increases the maximum baseline for interferometry to many times the Earth’s diameter, resulting in the highest resolution imaging in history.
Kellermann’s recent work has focused on deep radio surveys with the Karl G. Jansky Very Large Array (VLA). His pioneering study of the micro-Jansky radio source population provides a unique and powerful tool to study galaxy formation. These ultra‐deep radio observations enable a dust‐free measure of star formation rates in early galaxies, as well as of optically obscured active galactic nuclei (AGN). He was involved in the development of the VLA and led the 'scientific charge' for the creation of the Very Long Baseline Array, two radio telescopes that have had a profound influence on modern astrophysics. He has also been a staunch advocate for the next generation radio telescopes, in particular the Square Kilometer Array (SKA). His advocacy for the SKA has led to numerous pathfinder telescopes as well as helping to realize phase I of the full SKA by the international community, for which the formal design phase was initiated in 2013.
Kellermann has chaired numerous international committees in astronomy, is an active leader at the International Astronomical Union, and has served as a strong voice for astronomy at the National Academies of Sciences and Engineering for close to 40 years. His work on the Committee on Radio Frequencies at the National Academies has been critical to the protection of terrestrial radio astronomy. He has mentored and inspired graduate students and postdocs, many of whom have gone on to leadership positions in global astronomy, including Max Planck directors and major research university professorships.
Kellermann’s contributions to the field, in terms of techniques, telescopes, teaching, and deep physical insight, have been made at the most fundamental levels of physics and astronomy. He can be considered one of the true founders of radio astronomy as a major discipline in global science. Kellermann will be honored at the ASP’s Annual Awards Dinner, which takes place during the ASP’s Annual Meeting August 4, 5 and 6, 2014 in Burlingame, CA.
About the NRAO
Founded in 1956, the National Radio Astronomy Observatory provides state-of-the-art radio telescope facilities for use by the international scientific community. The NRAO is funded by the National Science Foundation (NSF) under the terms of a cooperative agreement between the U.S. National Science Foundation and Associated Universities, Inc. (AUI), a science management corporation.
About the Bruce Medal
The highest award bestowed by the ASP, the Catherine Wolfe Bruce Gold Medal recognizes a recipient for his or her lifetime of outstanding research in astronomy. Awarded since 1898, the medal has gone to some of the greatest astronomers of the past century. Follow these links to a complete list of past recipients and a Brief History of the Bruce Medal including medalist biographies.
About the ASP
Since its humble beginnings 125 years ago, the ASP has evolved into one of the most recognized and well-respected nonprofit astronomy organizations in the country. Boasting diverse national programs endorsed by NASA and the NSF, publications, and awards designed to serve, empower, and recognize professional and amateur astronomers, as well as formal and informal educators, the ASP is unique in its mission to foster science literacy and share the excitement of exploration and discovery through astronomy. The ASP is headquartered in the Ingleside neighborhood of San Francisco, and is financially supported by member dues, donations, grants, subscriptions, and retail sales.