Suzanne Amador Kane’s Research Takes To The Skies
Associate Professor of Physics Suzanne Amador Kane used a special helmet-mounted camera on a goshawk to analyze the prey-pursuit strategy of the fast and highly maneuverable bird of prey.
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Associate Professor of Physics Suzanne Amador Kane used a special helmet-mounted camera on a goshawk to analyze the prey-pursuit strategy of the fast and highly maneuverable bird of prey.
Associate Professor of Physics Suzanne Amador Kane used a special helmet-mounted camera on a goshawk to analyze the prey-pursuit strategy of the fast and highly maneuverable bird of prey. This work is detailed in a new paper in the current … Continue reading
Associate Professor of Physics Suzanne Amador Kane and her student research team used bird-mounted cameras to examine how falcons pursue their prey, which appears in the current issue of The Journal of Experimental Biology.
Associate Professor of Physics Suzanne Amador Kane and her student research team used bird-mounted cameras to examine how falcons pursue their prey, which appears in the current issue of The Journal of Experimental Biology.
Associate Professor of Physics Peter Love not only trains future scientists in the intricacies of quantum mechanics, he helps non-science majors acquire a concept of the field as well. Read the Spring/Summer 2013 Faculty Profile in Haverford magazine »
Virtually all Haverford Physics and Astronomy majors engage in cutting-edge research, working closely with faculty in fields such as biophysics, quantum computers, cosmology, quantum gravity, fluid dynamics, nanoscience, and extra-galactic astronomy.
Associate Professor of Physics Peter Love not only trains future scientists in the intricacies of quantum mechanics, he helps non-science majors acquire a concept of the field as well. Read the Spring/Summer 2013 Faculty Profile in Haverford magazine »
Virtually all our Physics & Astronomy majors engage in cutting-edge research, working closely with faculty in fields such as biophysics, quantum computers, cosmology, quantum gravity, fluid dynamics, nanoscience and extra-galactic astronomy.
Virtually all our Physics & Astronomy majors engage in cutting-edge research, working closely with faculty in fields such as biophysics, quantum computers, cosmology, quantum gravity, fluid dynamics, nanoscience and extra-galactic astronomy.
Virtually all Haverford Physics and Astronomy majors engage in cutting-edge research, working closely with faculty in fields such as biophysics, quantum computers, cosmology, quantum gravity, fluid dynamics, nanoscience and extra-galactic astronomy.
Virtually all Haverford Physics and Astronomy majors engage in cutting-edge research, working closely with faculty in fields such as biophysics, quantum computers, cosmology, quantum gravity, fluid dynamics, nanoscience, and extra-galactic astronomy.
Virtually all Haverford Physics and Astronomy majors engage in cutting-edge research, working closely with faculty in fields such as biophysics, quantum computers, cosmology, quantum gravity, fluid dynamics, nanoscience, and extra-galactic astronomy.
*We have a very tiny magic 8 ball.