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Songs of Mexico: Recital on works by María Grever, Tata Nacho, and Agustín Lara

Songs of México: Recital on works by María Grever, Tata Nacho, and Agustín Lara 
presented by Manuel Castillo, tenor
Free and open to the public. 
 
Mr. Castillo is a tenor, trained in the graduate program in the School of Music of the UK College of Fine Arts. For more information on him, visit http://www.manuelmcastillo.com
 
Canciones de México:  Manuel Castillo  presentará  en un recital la música de María Grever, Tata Nacho y Agustín Lara. 
 
Manuel Castillo estudió y se entrenó en tenor en el programa de Música del Departamento de Fine Arts en UK. Para más información de él visita la página http://www.manuelmcastillo.com
 
 
Repertoire for November 19th:
Arturo Buzzi Peccia (1854 - 1943)

Lolita (1892)



María Grever (1894 - 1951)

Lamento Gitano (1929*)



Federico Moreno Torroba (1891-1982)

Amor vida de mi vida (1941)



Ignacio Fernández Esperón "Tata Nacho" (1894 – 1968)

La borrachita (1917)

Tengo nostalgia de ti (1920*)

Íntima (1928*)



Ernesto de Curtis (1875 - 1937)

Torna a Suriento (1902)



María Grever (1894 - 1951)

Júrame (1926)

Despedida (1946)



José Serrano (1873 - 1941)

Te quiero Morena (1910)



Agustín Lara (1900-1970)

Granada (1932)

Date:
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Location:
Singletary Recital Hall
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The Curse of Rafinesquina: A Prehistoric Mystery with Rebecca Freeman

All over Kentucky, fossilized brachiopods are common. Rebecca Freeman, a lecturer in the Department of Earth and Environmental Sciences, studies brachiopods and how they interacted with their prehistoric environments according to the fossil record. When I interviewed her about a recent line of research that identified a previously unknown species of brachiopod, I also got a ghost story from Lexington, Kentucky.

Analysis and PDE Seminar

Title:  Automating and Stabilizing the Discrete Empirical Interpolation Method for Nonlinear Model Reduction

Abstract:  The Discrete Empirical Interpolation Method (DEIM) is a technique for model reduction of nonlinear dynamical systems.  It is based upon a modification to proper orthogonal decomposition which is designed to reduce the computational complexity for evaluating reduced order nonlinear terms.  The DEIM approach is based upon an interpolatory projection and only requires evaluation of a few selected components of the original nonlinear term.  Thus, implementation of the reduced order nonlinear term requires a new code to be derived from the original code for evaluating the nonlinearity.  I will describe a methodology for automatically deriving a code for the reduced order nonlinearity directly from the original nonlinear code.  Although DEIM has been effective on some very difficult problems, it can under certain conditions introduce instabilities in the reduced model.  I will present a problem that has proved helpful in developing a method for stabilizing DEIM reduced models.

Date:
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Location:
745 Patterson Office Tower

CHE 572 - Communication in Chemistry

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CHE 572-001  CP-137

Travis W. Johnson - The Chemistry and Use of Photochromic Lenses

 
Rob Camm - Understanding PAHs as Carcinogens 

 
Matt Williams - Taurine in Energy Drinks: A Body Enhancer or A Suicide Cocktail?

 
Maks Gold - Understanding Anabolic Steroids: The Chemical Reality
 
Instructor: Dr. Arthur Cammers
 

CHE 572-002  CP-183

Suhas Bharadwaj - Oxidative Modification of Brain Proteins in Alzheimer's Disease

 
Jesse L. Reed - Dangers of Chemical Warfare Agents and How to Destroy Them
 


 

 

Date:
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CHE 572 - Communication in Chemistry

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CHE 572-001  CP-137

Kim Tram - Methylparaben Promoted DNA Damage Mediated by Sunlight and Esterase

 
Anthony Bates - Vision through the Eyes of Chemistry

 
Kyle Maynard - Emergency Stroke Treatment with Tissue Plasminogenic Activators
 
Instructor: Dr. Arthur Cammers
 

CHE 572-002  CP-183

Leah Neeley - Stem Cell Research: From Organ Growth to Food Production

 
George Nguyen - Bose-Einstein Condensates
 
Instructor: Dr. John Selegue

 

 

Date:
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