The Center for High Impact Philanthropy’s Haiti donation analysis study, “Haiti: How Can I Help? Models for Donors Seeking Long-Term Impact,” is cited.
Research
The Bigger Your Head, the Better Your Memory?
Steven Arnold of the School of Medicine and Penn Memory Center discusses a study linking head size to memory.
Hearing Helps Us See What We Can’t See
Gary Lupyan of the School of Arts and Sciences and his team of researchers are cited for their study of the connection between visual and auditory learning.
Law Review: Penn Professor and Students Help Win Supreme Court Case
Stephanos Bibas of the Law School leads a team of law students in providing counsel on a Supreme Court case.
Fouls Go Left: Soccer Referees May Be Biased Based on Play’s Direction of Motion
Soccer referees may have an unconscious bias towards calling fouls based on a play’s direction of motion, according to a new study. Researchers at the University of Pennsylvania School of Medicine found that soccer experts made more foul calls when action moved right-to-left, or leftward, compared to rightward action, suggesting that two referees watching the same play from different vantage points may be inclined to make a different call.
Soccer Refs Subconsciously Call More Fouls on Plays to the Left
Penn researchers are cited for their study of a potential referee bias at the World Cup.
Making the Invisible Visible: Verbal Cues Enhance Visual Detection, Says Penn Researcher
PHILADELPHIA –- Cognitive psychologists at the University of Pennsylvania and University of California have shown that an image displayed too quickly to be seen by an observer can be detected if the participant first hears the name of the object.
Low-Tech Pregnancy Device Might Help Birth Attendants Reduce Maternal Mortality
Barbara Reale of the School of Nursing leads birth simulation exercises.
Audio: Can Genes and Brain Abnormalities Create Killers?
Stephen Morse of the Law School and the School of Medicine discusses neurolaw and the criminal mind.
Platelet Avatars: Penn Bioengineers Create Simulator to Test Blood Platelets in Virtual Heart Attacks
PHILADELPHIA –- A team of bioengineers from the University of Pennsylvania Institute for Medicine and Engineering have trained a computer neural network model to accurately predict how blood platelets would respond to complex conditions found during a heart attack or stroke.














