1,721,243 research outputs found
Jack Lewis Letter
Full text linkA letter sent by Jack Lewis from Fort Andrews, Massachusetts to the First Christian Church of Morehead, Kentucky circa September of 1943.https://scholarworks.moreheadstate.edu/mfcc_ww2_letters/1022/thumbnail.jp
Jack Lewis Letter
Full text linkA letter sent by Jack Lewis from Fort Andrews, Massachusetts on September 24, 1943 to the First Christian Church of Morehead, Kentucky.https://scholarworks.moreheadstate.edu/mfcc_ww2_letters/1019/thumbnail.jp
Jack Lewis Letter
Full text linkA letter sent by Jack Lewis on September 20, 1943 to the First Christian Church of Morehead, Kentucky.https://scholarworks.moreheadstate.edu/mfcc_ww2_letters/1020/thumbnail.jp
Jack Lewis Postcard
Full text linkA postcard sent by Jack Lewis from Fort McClellan, Alabama on June 8, 1943 to the First Christian Church of Morehead, Kentucky.https://scholarworks.moreheadstate.edu/mfcc_ww2_letters/1021/thumbnail.jp
Jack Lewis
No full textJack Lewis, 7, attired in warlike feathers, perches atop knee of Principal W. A. Porter while Superintendent . W. G. Thomas Looks on. The occasion was the formal opening of the West Birdville School at 3001 Layton Ave.https://mavmatrix.uta.edu/specialcollections_startelegram1950s/15581/thumbnail.jp
Jack Lewis and Jack Reid
No full textEnd Jack Lewis of Wake Forest gathers in a 28-yard touchdown pass in the second period against Baylor in game at Waco. Jack Reid (17) and an unidentified Bear are the defenders. Published in Fort Worth Star-Telegram morning edition September 21, 1952.https://mavmatrix.uta.edu/specialcollections_startelegram1950s/21733/thumbnail.jp
[Everett Barrilleaux and Jack Lewis Playing Horseshoes]
No full textPhotograph of Everett Barrilleaux (left) and Jack Lewis (right), David Lewis's uncle and father, respectively, playing horseshoes in a field. Both men wear collared button-downs tucked into darker-colored slacks
Aesthetics Beyond Life: W. Jack Lewis
No full textThis is a presentation by Rev. W. Jack Lewis at the Lyceum, Kendal at Ithaca Retirement Community on March 22. 2001. W. Jack Lewis served Cornell as Director of Cornell United Religious Work from 1963-81. An ordained minister, Lewis was educated at the University of Texas at Austin and the Austin Presbyterian Theological Seminary. Prior to coming to Cornell, he served as a chaplain with the U.S. Navy in the Pacific theater in World War II, where he ministered to one of the first African-American Marine Corp units. After the war, he worked with university students as a Presbyterian minister in Austin, Texas. In the early 1950s, he founded the Christian Faith and Life Community, a residential, coeducational, and racially integrated lay center for University of Texas students. A biography of Rev. Lewis in included.1_lbgmkto
Domain wall fermions in holography
No full textThis thesis will cover the development of holographic domain wall models, inspired by implementations of chiral fermions on the lattice. Starting in the D3/D7 holo- graphic system, and solving the Dirac-Born-Infeld (DBI) action for the sinusoidal embedding of the probe sevenbranes, a spatially dependant, step-like mass term for quarks in the dual theory can be included. Where this mass profile sharply passes through zero, massless quarks are isolated on co-dimension one domain wall defects in the dual gauge theory. Development of the large mass limit, allows us to exam- ine fluctuations in the dimensionally reduced theory living on the domain walls. We show that the domain wall theory is capable of dynamically generating mass for the dimensionally reduced quarks, complete with a Gell-Mann-Oakes-Renner relation between the masses of quarks, and pseudoscalar mesons, indicating the spontaneous breaking of “chiral” symmetry. With the construction of the holo- graphic domain walls understood, we implement them on the field theory limit of the D5/D7 intersection. This system is holographically dual to a 4+1 dimensional theory of quarks in a 5+1 dimensional confining gauge background. The resulting domain wall theory consists of 3+1 dimensional quarks in a confining geometry, and posesses neither conformal symmetry, nor supersymmetry. We dub this model Domain Wall AdS/QCD, and present a numerical calculation of its spectrum of mesonic observables. By including a black hole in the geometry, we can examine the phase transitions of the model at finite temperature, and find that there is a second order meson-melting transition
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