Michael Lane (2)

Michael Lane wins $40,000 in grants to conduct field work in central Greece

“This news is fantastic,” says Lane, an assistant professor of ancient studies. “The pledge of money for 2018 assures that I will be able to complete the bridge to a more extensive landscape archaeology project to be realized from 2019 onward and involving more students in a field school.” Continue reading Michael Lane wins $40,000 in grants to conduct field work in central Greece

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UMBC’s Huemmrich uses NASA satellite to measure effects of climate change on evergreen forests

Will longer growing seasons help slow climate change, or will increased drought speed it up? New research demonstrates a remote-sensing technique has the potential to help us figure that out, and follow-up studies are already putting it to work. Continue reading UMBC’s Huemmrich uses NASA satellite to measure effects of climate change on evergreen forests

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New Science cover story on massive Moon crater features innovative UMBC research techniques

The findings offer “an important clue in trying to unravel the formation history of the solar system,” says Sander Goossens. The level of detail they determined for the crater’s structure “hasn’t been done before, anywhere in the solar system.” Continue reading New Science cover story on massive Moon crater features innovative UMBC research techniques

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U.S. News recognizes UMBC as a top global university for 2017

Just one month after honoring UMBC’s continued national leadership in teaching and innovation, U.S. News & World Report has recognized UMBC as a global leader in higher education, highlighting the university’s strengths in international collaboration and faculty publications, particularly in geoscience and space science research. Continue reading U.S. News recognizes UMBC as a top global university for 2017

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UMBC physicist Sebastian Deffner reimagines the future of computing with biology in mind

“There is no free lunch,” in quantum computing, says Sebastian Deffner. He and colleagues are setting out to quantify the trade-offs between the costs and benefits of faster or more powerful computers, taking cues from living cells. Continue reading UMBC physicist Sebastian Deffner reimagines the future of computing with biology in mind

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Tamra Mendelson advocates using human psychology framework to understand animal cognition

Mendelson says researchers use “a mish-mash of terms to describe cognition. We say, ‘We know what we mean,’ but do we?” Using a specific framework that breaks decision-making into components could open up a new world of research questions. Continue reading Tamra Mendelson advocates using human psychology framework to understand animal cognition

This composite image contains data from Chandra (purple) that provides evidence for the survival of a companion star from the blast of a supernova explosion.  Chandra's X-rays reveal a point-like source in the supernova remnant at the location of a massive star.  The data suggest that mass is being pulled away from the massive star towards a neutron star or a black hole companion.  If confirmed, this would be only the third binary system containing both a massive star and a neutron star or black hole ever found in the aftermath of a supernova. This supernova remnant is found embedded in clouds of ionized hydrogen, which are shown in optical light (yellow and cyan) from the MCELS survey, along with additional optical data from the DSS (white).

Astrophysicist Robin Corbet discovers rare, high-energy binary star system beyond the Milky Way

“These are more massive than our own Sun but squeezed down to something about the size of Washington, DC,” explains Corbet. The forces required to create gamma rays are intense, he says, “It’s like having a particle accelerator in space.” Continue reading Astrophysicist Robin Corbet discovers rare, high-energy binary star system beyond the Milky Way

Chris Curran

New research by Curran and Kellogg points to inequities in science education from early age

“Science achievement gaps begin early. It is important that our policies and interventions take steps in those early years to ensure increased science achievement for all,” writes F. Chris Curran, an assistant professor of public policy. Continue reading New research by Curran and Kellogg points to inequities in science education from early age