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UK Researchers Discover Three New Primate Species

Three new species of mouse lemurs — the smallest primates in the world — have been discovered by scientists at the University of Kentucky, along with collaborators at the German Primate Center and Duke Lemur Center.
 
"We didn't go into this work looking for a new species, but there was no real way to get around the fact that there are three new species here to describe," said Scott Hotaling, lead author on the Molecular Ecology paper and a doctoral candidate in the UK Department of Biology.
 

Memorial Trees Planted at Thomas Hunt Morgan Building

Two new trees recently planted on the Washington Avenue lawn of the Thomas Hunt Morgan Biological Sciences Building hold special meaning. The native Blue Ash, the species that defines the Bluegrass Region, are in memory of colleagues in the Department of Biology who passed away recently: graduate student Martin Striz (Aug. 17, 2014), custodial staff member Kenny Robinson (Jan. 10, 2014) and Biology Department staff member Tony Games (Oct. 19, 2015).

UK Researchers One Step Closer to Understanding Regeneration in Mammals

By Whitney Harder

(April 25, 2016) — A long-standing question in biology is why humans have poor regenerative ability compared to other vertebrates? While tissue injury normally causes us to produce scar tissue, why can't we regenerate an entire digit or piece of skin? A group of University of Kentucky researchers is one step closer to answering these questions after studying a unique mammal, and its ears.

Some Intersections of Art and Science

“Some Intersections of Art and Science”

 Prof. Frank Wilczek, Massachusetts Institute of Technology.

 Public lecture: Thursday, April 28, 7:30 pm, Memorial Hall 

Abstract: There are profound reasons, rooted in the nature of human cognition and perception, why art and science have a lot to offer one another.   I will display some important historical examples of their synergy, and point out some emerging opportunities.  Several striking images are an integral part of the presentation. 

Frank Wilczek is an American theoretical physicist, mathematician, and Nobel laureate.  He is the Herman Feshbach Professor of Physics at Massachusetts Institute of Technology. Along with David Gross and H. David Politzer, Wilczek was awarded the Nobel Prize in Physics (2004) for the discovery of asymptotic freedom in the theory of strong interaction.

Wilczek's lecture is free and open to the general public.   A book signing will follow. 

This event is supported by the Departments of Physics and Astronomy, Mathematics, Statistics, Chemistry, the College of Engineering, the College of Arts and Sciences, the Graduate School, and the Vice President for Research.  The organizers thank the  Dr. J. C. Eaves Undergraduate Excellence Fund in Mathematics and  Milton Huffaker for their generous support. 

 

Date:
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Memorial Hall
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Colloquium: The Materiality of Vacuum

The old idea of a luminiferous ether got a bad reputation, but in modern physics we've discovered that it is very fruitful to regard empty space, or vacuum, as a material. Vacuum can be polarized, or act as a catalyst, for example, and it is a superconductor. Conversely, materials can be viewed "from the inside" as the vacua of alternative worlds, which often have exotic, mind-expanding properties. These ideas suggest new possibilities for cosmology, and bring to life a profound question: What is a Universe? 
 
Refreshments will be served in Chemistry-Physics Building Room 179 at 3:15 PM
Date:
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Location:
CP155
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