A physics-led team from Iowa University, Craig Klinging, has won $ 115 million from NASA to study mysterious, powerful interactions between the magnetic fields of the Sun and Earth.
The award contract is the only largest research project funded outside. in the user interface history. Of the over 35,000 projects awarded to UI since 1965, Kletzing's contract is the only $ 100 million
"This is my event for me personally," says Klinging. "This is also a fantastic opportunity to make some really great science with a team of stars."
"This is a magnificent achievement for the University of Iowa, and in particular for Craig Klinging's ambitious and experienced team and the Department of Physics and Astronomy," said John Keller, Temporary Vice President of Research and Dean of the Higher School. but it will pay huge dividends in terms of a new understanding of the impact of the sun on space and planets, as with the discovery of James van Allen's radiation belts ( the physicist of the UI), this project once again shows the world why the University of Iowa is a world leader in space science and discovery. "
Kletzing's project, called Tandem Reconnection and Cusp Electrodynamics Reconnaissance Satellites (TRACERS), is part of a larger initiative, the NASA Researchers Program, which studies how the sun affects the space and the surrounding environment around the planets.
The amount of funding is subject to change as it does not include a share of riding.
NASA wants to study these magnetic interactions because of their impact on Earth. If it was not the magnetic balloon surrounding our planet, the solar supersonic, heated winds would cause harmful doses of radiation that would affect most, if not all, of life. Earth's magnetic field, with its own atmosphere, blocks most of the sun's harmful energy.
Jessper Halekas ACE Lead (Electronic Instrument)
MSC Lead (Magnetic Search)
Scott Bounds Jeff Dolan ] engineer systems engineer
Dan Crawford Research Operations Center Leader
Richard Dvur engineer mechanic
Carol Preston TRACERS Accountant [(intheOVPRSponsoredProgramsDepartment)
ways to reach the Earth through openings created when the magnetic fields of the Earth and the Sun touch. When these holes are retained, the solar wind is poured into areas called peaks.
Cubs can have a dramatic impact on many activities. In 2003, for example, double events called "Halloween Storms" caused a glow that could be seen far south like Texas. The storms also interfered with GPS signals and radio communications and made the Federal Aviation Administration issue its first warning for airlines to avoid excess radiation by flying at low altitudes.
"TRACERS 'research explores long-standing questions about how energy pairs of the solar wind in our local magnetosphere," says Cletcing. "One of the long-term goals of our space exploration is to develop into predictable" space time "models to improve our ability to use space as a resource. The science that TRACERS studies will be essential to achieving this goal.
In particular, TRACERS will complement NASA's current mission, called MMS, in which four spacecraft descend around the Earth's magnetosphere, looking for magnetic apertures and watching them when it arises. The TRACERS spacecraft will explore these magnetic effects closer to the Earth.
"We are looking at what comes out of the bottom (at the opening) when a magnetic reconnection occurs," says Klinging. [1
- $ 88.5 million, François Abou, 1971. The longest grant funded by the same principal investigator, the study of this grant focuses on the study of a broad spectrum from diseases and illnesses, including anxiety, hypertension and vascular disorders.
- $ 75.4 million, Thomas Schaltz, 1998. Grants are sponsored by special clinics for child health care to improve the health, development and well-being of children and young people with special needs in health care, especially in rural areas
- 64.1 Millions of dollars, Jean Robillard, 1969 Researchers from the Joint Clinical Research Center investigate women's health, prostate cancer therapy, bone loss in anorexia, cochlear implants, gene transfer in CF and homo cysteine and atherosclerosis. . Researchers at the Iowa Cochlear Implant Clinical Research Clinical Research Center have been teaching the research of the hearing system in technologies that improve the perception of speech for adults and children who have become deaf as well as babies born deaf. This grant supported Iowa's contribution to an international research consortium studying the safety and efficacy of treatment in patients with type 1 diabetes.
- $ 52.1 million, Jane Paulsen, 2000. PREDICT-HD followed 1400 at risk for Huntington's disease for 12 years and looks at the earliest changes in the brain and behavior of healthy adults who have a genetic mutation for Huntington's disease and can develop the disease later in life. The Specialized Program of Excellence (SPORE) of the University of Iowa – Mayo Clinic Lymphoma is a highly productive focus on collaborative research in developing new approaches to the prevention, detection and treatment of lymphoma.
- $ 48.3 million, George Weiner, 2000. This grant was granted to Holder's complex care center, the only national cancer center in Iowa, and one of the 50's in the country .
- $ 42.5 million, Peter Thorne, 1990. This award creates and supports the Center for Environmental Research, which conducts research linking the many environmental pollutants in the air, water, soil and food to human diseases and examines how to promote public health by preventing these exposures.