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Online applications are now available for the 2023 Phi Kappa Phi award programs. The Society's robust award programs give nearly $1 million each year to outstanding students, members and chapters. The awards provide everything from $20,000 Fellowships for graduate study to $500 Love of Learning awards for continuing education and professional development.

Use the links below to learn more about each opportunity 

PKP Chapter 22 UM-UMBC Chapter Awards

Shirley C. Sorensen Undergraduate Academic Excellence Award  - Chapter Deadline: March 30

Marilyn Demorest Love of Learning Award - Chapter Deadline: March 30

Fellowship - Chapter Deadline: March 30

Undergraduate Research Awards - No application deadline as students are automatically reviewed through the Undergraduate Research and Creative Achievement Day (URCAD) Application Process. Please check the URCAD website for more details.

PKP National Awards

Study Abroad Grants - National Deadline: March 15

Literacy Grants - National Deadline: April 1

Love of Learning Awards - National Deadline: June 30

Any many more - JUST CLICK HERE!


Questions? 
Contact Holly Cudzilo
UMBC PKP Director of Awards

hcudzilo@umbc.edu 

UMBC researchers are partnering on STAR-X, a nine-month mission concept study investigating black holes, galaxy clusters, and often-elusive transient cosmic events like supernova explosions. STAR-X stands for Survey and Time-domain Astrophysical Research Explorer. It is one of two Explorer missions to receive $3 million from NASA for this concept phase, before NASA selects one in 2024 to proceed with implementation, targeted for launch in 2028.

“With STAR-X, we want to come up with a survey that will catch very rare transient events,” said Antara Basu-Zych, a UMBC associate research scientist with the Center for Research and Exploration in Space Science & Technology II (CRESST II). “We’re aiming to understand at what rate these events are happening, what types of systems they involve, and where in the universe they’re happening.”

Maintaining STAR-X’s mission data 

This mission reflects the important role of strategic research partnerships in moving forward space science—what CRESST II was designed to achieve. UMBC’s CRESST II partners on STAR-X include NASA’s Goddard Space Flight Center (GSFC) and the Massachusetts Institute of Technology, providing an X-ray telescope; the University of Colorado, providing an ultraviolet telescope; and Ball Aerospace, providing the spacecraft. UMBC’s role will focus on the mission data retrieved from STAR-X. 

Basu-Zych works with NASA’s High Energy Astrophysics Science Archive Research Center (HEASARC). If the mission is selected for launch, HEASARC will house the data that STAR-X collects. Basu-Zych is currently developing a process to organize the data, along with methods of alerting the scientific community of interesting STAR-X discoveries, called targets of opportunity, that could be further explored. 

“Our role is to make it so that average scientists outside of the mission are able to do something valuable with the mission data,” she said. 

An agile spacecraft

The mission will conduct a medium survey covering 300 square degrees of the sky on a weekly basis, and a deep survey on a daily basis covering 12 square degrees. As NASA has described, those deep surveys would seek to map black holes and hot gas trapped in distant clusters of galaxies. Combined with infrared observations from NASA’s Roman Space Telescope, these observations would enable researchers to trace how massive galaxy clusters were built up over time.

Additionally, the spacecraft would be able to turn rapidly to point its wide-field X-ray and UV telescopes at transient cosmic sources, such as supernova explosions, gravitational wave events, and extreme black hole feeding events.

“STAR-X is fast moving, very agile, and can quickly go to a source that is interesting,” explains Basu-Zych. “It would be able to slew the sky within a day or within a couple of hours, depending on what event was happening, and target something very quickly.”

In addition to being agile, she notes, “the instrument itself has a large field of view and low particle background, so that helps us with picking out faint objects and will help us get to areas of deep sensitivity.”

With these time-domain surveys and detecting cosmic targets of opportunity, STAR-X seeks to address several key priorities outlined in the “Pathways to Discovery in Astronomy and Astrophysics for the 2020s,” the latest decadal survey of the field released by the National Academies.

About Arts for Learning Maryland

Arts for Learning Maryland (formerly Young Audiences of Maryland) is devoted to enriching the lives and education of Maryland’s youth through educational and culturally diverse arts programs. Through Arts for Learning, professional teaching artists from all disciplines partner with educators, schools, and school districts to provide -- on average -- over 300,000 hours of learning in, through, and about the arts to more than 185,000 Maryland students annually.

About Arts for Learning Maryland

Arts for Learning Maryland (formerly Young Audiences of Maryland) is devoted to enriching the lives and education of Maryland’s youth through educational and culturally diverse arts programs. Through Arts for Learning, professional teaching artists from all disciplines partner with educators, schools, and school districts to provide -- on average -- over 300,000 hours of learning in, through, and about the arts to more than 185,000 Maryland students annually.