The Cosmic Ray Observation Project was started in 1999 by PhD professors Gregory Snow and Daniel Claes at the University of Nebraska-Lincoln. It was designed to meet two goals: first, to study the patterns of arriving cosmic particles, and second, to interest high school students in careers in science (especially Physics). Through the use of detection equipment, CROP allows high schools to produce research quality data in a program that prepares their students for college level science and research. The project is unique at UNL due to its reliance on undergraduate students and community help. Through a collaborative effort, CROP has launched detectors all over the Midwest, and has encouraged four generations of high school students to further their science education.
April 7, 2011 -- Fermilab data hint at possible new particle
Call it the little particle accelerator that could. For the second time in weeks, the relatively small Tevatron at the Fermi National Accelerator Laboratory in Batavia, Ill., has found evidence of a possible new particle that would govern a new force in nature. Read more...
September 21, 2010 -- CROP website gets a make-over!
Welcome to CROP's new home page! We hope you also think that the new site is much easier to navigate. We encourage you to explore the links to the left and check out some old and new information! Keep coming back, because we've got several pages still under construction.
September 1, 2010 -- Jorgensen Hall: UNL's new home for physics and astronomy
The Physics & Astronomy department at UNL has a new home! Jorgensen Hall officially opened its doors this summer, but the fall 2010 semester offers a full load of classes to students. Join us for a building dedication on October 29th! See the department website for more details.
June 30, 2010 -- Spintronics breakthrough documented by UNL MRSEC team
A team at the University of Nebraska-Lincoln's Materials Research Science Engineering Center made a leap forward in modern spintronics, potentially revolutionizing information technology through reduced power consumption, faster processing speed and improved function compared to today's electronics.
Led by physicists in the UNL MRSEC, professors Christian Binek and Peter Dowben, together with theorist Kirill Belashchenko and collaborators published "Robust isothermal electric control of exchange bias at room temperature." The article appeared in the June 20 online edition of the journal Nature Materials, and will be published later in the print edition. Read more...