Beasts Playbill

Providence College Department of Theatre, Dance & Film Bowab Studio Theatre Beasts An original play by Thomas Edwards \u2720 February 13-16, 2020 Directed by John Garrity Scenic & Lighting Designer: Trevor Elliott Sound Designer: Tim Brown \u2720 Costume Designer: Maxine Wheelock Vocal Coach: Megan Chang Cast: Left Samael - Katie Vennard; Right Samael - Carolyn Bradley; Joyce Anderson - Abigail Joy; Jason Anderson - Tim Brown; Mark Bernard - Daniel Jameson; Joseph Johnson - Marc Lancia; Bill Johnson - Mike Facenda; Stephanie Lawsdahter - Analisa Pisanohttps://digitalcommons.providence.edu/beasts_pubs/1001/thumbnail.jp

Idea Fare

A Modular Display Stand - a modular exhibit designed by Bill Johnson, CA, can be built inexpensively by most anyon

Greeting the 1954 Maid of Cotton

Bill Johnson, Boswell Stevens and Bill Gardener greet the 1954 Maid of Cotton, Beverly Peck of El Paso, Texas, at the Jackson, Mississippi airport.https://scholarsjunction.msstate.edu/mss-stevens-papers/1030/thumbnail.jp

Shots Across No Man\u27s Land: A Response to Handgun Control, Inc.\u27s, Richard Aborn

In response to Richard Aborn\u27s article The Battle Over the Brady Bill and the Future of Gun Control Advocacy, Johnson argues that Aborn\u27s bad gun formula trivializes the Second Amendment, ignores issues vital to the gun control debate, and obfuscates what should ultimately need to be a choice between an armed citizenry or a disarmed one. Aborn\u27s article suggests no real changes and does not effectively advance the debate

An energy description of wear mechanisms and its applications to oscillating sliding contacts

To quantify wear rates, the Archard approach is classically applied. It relates the wear volume to the product of the sliding distance and the normal load. A wear coefficient is then extrapolated and is supposed to establish the wear resistance of the studied material. This synthesis shows that this approach does not work when the friction coefficient is not constant. It appears to be much more relevant to consider the interfacial shear work as a significant wear parameter. This approach is applied to study the wear response of different steels and then extended to different hard TiN, TiC coatings under reciprocating sliding conditions. By identifying wear energy coefficients the wear quantification can be rationalized and the wear resistance of the studied tribosystems can be classified. This also appears to be a convenient approach to interpret the different wear mechanisms. Metallic materials involving plastic strain are analyzed from FEM computations. The energy balance confirms that a minor part of the dissipated energy is consumed by plasticity, whereas the major part participates in the heat and debris flow through the interface. When a load energy approach is introduced an accumulated density of the dissipated energy variable is considered to quantify the TTS (Tribologically Transformed Structure) formation. A wear ”scenario” of metallic structures is then discussed. This energy wear approach is applied to analyze hard coating wear mechanisms focusing on abrasion and oxidation phenomena. The local wear energy analysis is transposed, thus allowing the lifetime of hard coatings to be quantified

Cold and Ultracold Rydberg Atoms in Strong Magnetic Fields

Cold Rydberg atoms exposed to strong magnetic fields possess unique properties which open the pathway for an intriguing many-body dynamics taking place in Rydberg gases consisting of either matter or anti-matter systems. We review both the foundations and recent developments of the field in the cold and ultracold regime where trapping and cooling of Rydberg atoms have become possible. Exotic states of moving Rydberg atoms such as giant dipole states are discussed in detail, including their formation mechanisms in a strongly magnetized cold plasma. Inhomogeneous field configurations influence the electronic structure of Rydberg atoms, and we describe the utility of corresponding effects for achieving tightly trapped ultracold Rydberg atoms. We review recent work on large, extended cold Rydberg gases in magnetic fields and their formation in strongly magnetized ultracold plasmas through collisional recombination. Implications of these results for current antihydrogen production experiments are pointed out, and techniques for trapping and cooling of such atoms are investigated.Comment: 46 pages, 38 figures, to appear in Physics Report

C.C. Johnson Spink letter to Bill DeWitt Jr. about expanding The Sporting News coverage. November 2, 1966

C.C. Johnson Spink letter to Bill DeWitt Jr. about expanding The Sporting News coverage. November 2, 196

Letter to Margarette Dye regarding Southeastern Law Librarian expenses, April 8, 1985

A letter from Hazel Johnson to Margarette Dye enclosing a bill for the printing of the Southeastern Law Librarian

Letter to William James regarding mailing expenses, Janaury 13, 1987

A letter from Hazel Johnson to William James providing a bill for costs associated with mailing the Southeastern Law Librarian

Schedule: Edna Saffy and Grady Johnson for the Inauguration of Bill Clinton

Six day schedule for Edna Saffy and Grady Johnson at the Inauguration of Bill Clinton, Washington, D.C. January 16 – 21, 1993