For over 60 years, the National Science Foundation (NSF) has played a significant role in
advancing astronomical research.
Not exact matches
The report assesses
advances made since the US's 2010 decadal survey, a wish list that the
astronomical community releases every 10 years to identify
research priorities.
It was created to conduct
astronomical research, to assist in the
advanced education of university students, and to stimulate the public's interest in astronomy.
Recommendation: Given the
research indicating that the GRE and PGRE are poor predictors of graduate student success, that their use in graduate admissions has a particularly negative impact on underrepresented groups, and that they represent a financial burden for many students in pursuing
advanced degrees in the
astronomical sciences, the AAS recommends that graduate programs eliminate or make optional the GRE and PGRE as metrics of evaluation for graduate applicants.
Although the United States has been a world leader in
astronomical research during much of the 20th century, other countries have
advanced rapidly, so that in some cases their facilities are competitive with — and for some purposes, even superior to — U.S. facilities in optical ground - based astronomy.1 The United States can benefit from international collaboration, but only if it brings world - class capabilities to the collaboration.
AURA's role is to establish, nurture, and promote public observatories and facilities that
advance innovative
astronomical research.
NSO
advances our knowledge of the Sun — both as an
astronomical object and as the dominant external influence on Earth — by providing forefront observational opportunities to the
research community.