Glenn Bower s ancestors came from England, Germany, and Scotland. They included farmers, sailors, teachers, merchants, ministers, poets and politicians. Many of them fought and died in wars. The varied themes of each chapter are common to previous generations of many American families. The storylines include the following persons:

Wilhelm Baur (William Bower) came to America in 1833 with his five brothers because his parents were concerned about militarism in their native Wurrtemberg. He joined the 29th Ohio in the Civil War, as did 3 brothers, and he died in prison after being captured in their second battle.

Margaret Polk Colburn was the first woman physician in Henry County, Indiana. Her husband had served with her father in Accomac, Virginia, during the Revolutionary War. Her ancestors included members of three notable Scottish clans: Maxwells, Polloks and Sempills; and her distant cousins included Confederate General and Episcopal Bishop Leonidas Polk and President James K. Polk.

Margaret s son, John R. Colburn, was born in North Carolina and became an abolitionist preacher in Missouri during the Civil War. His son served as an armed guard at the services. Ten year old Georg Trimmer s mother and 159 other passengers on the Davy, as well as the captain and both mates, died during the 1738 voyage from Amsterdam to Philadelphia. Georg and his father Hans were among the 121 surviving passengers brought into port by the ship s carpenter who had become the senior officer.

Charles Wright wrote a book about the service of his regiment, the 81st Ohio, during the Civil War; he later served many years as town clerk for Oxford, Ohio, and briefly as mayor.

General Israel Putnam was famous for his leadership and bravery during the French and Indian War as well as the Revolutionary War. In 1767 a pregnant Irish girl named Katie was waiting for Israel with her wedding dress when she heard of his marriage to a wealthy widow; she raised their son John in western Massachusetts.

An older sister and brother of Samuel Jones were taken from their farm by Wyandot Indians in 1777; they survived separately for many years in captivity, and were both ultimately reunited with their family.

Stephen Hopkins survived the 1609 shipwreck of the "Sea Venture" on its way to Jamestown, and then brought his family to America in 1620 on the "Mayflower."

The Royalls were watermen in Norfolk, England. Edmund was crushed to death between a boat and the dock in the late 1800s; several of his children emigrated to Canada and then Washington, D.C.

Amos Bassett was 13 when the Civil War started; 2 of his 3 brothers who were old enough to serve died soon after they enlisted. One of his wife Matilda s brothers lost his left leg in the war 8 days before it ended, and 6 days after he turned 21. Amos s first Bassett ancestor in America arrived in 1621 on the "Fortune, " the second ship to land at the Plymouth Colony.

This volume contains a collection of papers delivered by the partici pants at the second Conference on Computation and Control held at Mon tana State University in Bozeman, Montana from August 1-7, 1990. The conference, as well as this proceedings, attests to the vitality and cohesion between the control theorist and the numerical analyst that was adver tised by the first Conference on Computation and Control in 1988. The proceedings of that initial conference was published by Birkhiiuser Boston as the first volume of this same series entitled Computation and Control, Proceedings of the Bozeman Conference, Bozeman, Montana, 1988. Control theory and numerical analysis are both, by their very nature, interdisciplinary subjects as evidenced by their interaction with other fields of mathematics and engineering. While it is clear that new control or es timation algorithms and new feedback design methodologies will need to be implemented computationally, it is likewise clear that new problems in computational mathematics arise when implementing a new generation of control algorithms. For these reasons, computational mathematics is mov ing to the forefront in recent developments in modern control theory and conversely control theory and its applications continue to be a fertile area for computationalists. This volume contains a representative cross section of the interdisciplinary blend of analytic and numerical techniques that of ten occur between advanced control design and practical numerical solution of lumped and distributed parameter systems."

"Reel Food" is the first book devoted to food as a vibrant and evocative element of film, featuring original essays by major food studies scholars, among them Carole Counihan and Michael Ashkenazi. This collection reads various films through their uses of food-from major "food films" like "Babette's Feast" and "Big Night" to less obvious choices including "The Godfather" trilogy and "The Matrix." The contributors draw attention to the various ways in which food is employed to make meaning in film. In some cases, such as "Soul Food" and "Tortilla Soup," for example, food is used to represent racial and ethnic identities. In other cases, such as "Chocolat" and "Like Water for Chocolate," food plays a role in gender and sexual politics. And, of course, there is also discussion of the centrality of popcorn to the movie-going experience.
This book is a feast for scholars, "foodies," and cinema buffs. It will be of major interest to anyone working in popular culture, film studies, and food studies, at both the undergraduate and graduate level.

"Reel Food" is the first book devoted to food as a vibrant and evocative element of film, featuring original essays by major food studies scholars, among them Carole Counihan and Michael Ashkenazi. This collection reads various films through their uses of food-from major "food films" like "Babette's Feast" and "Big Night" to less obvious choices including "The Godfather" trilogy and "The Matrix." The contributors draw attention to the various ways in which food is employed to make meaning in film. In some cases, such as "Soul Food" and "Tortilla Soup," for example, food is used to represent racial and ethnic identities. In other cases, such as "Chocolat" and "Like Water for Chocolate," food plays a role in gender and sexual politics. And, of course, there is also discussion of the centrality of popcorn to the movie-going experience.
This book is a feast for scholars, "foodies," and cinema buffs. It will be of major interest to anyone working in popular culture, film studies, and food studies, at both the undergraduate and graduate level.

Although much has been written about leaders and leadership, we unfortunately know little about the women who fill this particular role. This book the first in a series that explores women leaders in different contexts remedies this gap by presenting the reflections of nine women community college, college, and university presidents on what they see as key tenets of leadership, illuminated by pivotal events in their careers.These presidents know the power of words, and in telling their stories through these interviews with the authors, they let us know who they are, what their visions are, and what they value.While they express some differences in their emphases on particular leadership characteristics, they show remarkable unanimity in their beliefs as to which are the most important competence, credibility, and communication. The participants discuss the growing opportunities for women in higher education administration, without minimizing the barriers that still exist, nor the potential for backlash against powerful and assertive women. They stress the need for women to be very careful about making the correct choices for themselves; to balance personal life and work; and to appropriately prepare for leadership. This book both breaks new ground, and offers guidance for women who aspire to positions of leadership in any field of endeavor. The Presidents: Gretchen M. Bataille, University of North Texas, Denton, TexasBarbara Douglass, Northwestern Connecticut Community College, Winsted, CT Mildred Garcia, California State University, Dominguez HillsCarol C. Harter, University of Nevada, Las VegasMamie Howard-Golladay, Sullivan County Community College, Loch Sheldrake, NYMartha T. Nesbitt, Gainesville State College, Gainesville, GeorgiaPamela Sue Shockley-Zalabak, University of Colorado, Colorado SpringsBetty L. Siegel, Kennesaw State University, Kennesaw, GAKaren Gayton Swisher, Haskell Indian Nations University, Lawrence, KS Each confronts her world with grace, her work with passion, and her life with enthusiasm. The Series: "Pathways to Leadership" is a series about successful women who have reached the pinnacle of their careers. It features stories about extraordinary women who have found paths to success whether it s leading a college or university or becoming successful scholars in science and engineering or thriving in some other male-dominated arena."

The third Conference on Computation and Control was held at Mon tana State University in Bozeman, Montana from August 5-11, 1992 and this proceedings represents the evolution that the conference has taken since its 1988 and 1990 predecessors. The first conference and proceedings (Volume 1 in PSCT) nurtured a dialogue between researchers in control theory and the area of numerical computation. This cross-fertilization was continued with the 1990 conference and proceedings (Volume 11 in PSCT) while forecasting the theme for this conference. The present volume contains a collection of papers addressing issues ranging from noise abatement via smart material technology, robotic vi sion, and parameter identification to feedback design challenges in fluid control and other areas of topical interest. The area of feedback design in fluid control spawns computational challenges in the form of Burgers' equation which is addressed both with standard numerical methods as well as new computational procedures. Applications which involve inverse prob lems include material parameter estimation and sampling in observability. Whether motivated by the plant or arising as the distributed system in the design of a feedback compensator for problems in nonlinear control, the theme of this conference placed an emphasis on the use of partial dif ferential equations in control theory. Through challenges initiated via the control problem or the subsequent computational problem, the joint efforts of experts from the respective disciplines enhance the development of both.

Proceedings of a conference of leading experts in control theory, numerical mathematics and various application areas. The conference's interdisciplinary dialogue not only creates new mathematical tools, it often produces new research problems in the individual disciplines, aiming to develop rigorous numerical methods and computational tools for control design and analysis.

The problem of developing a systematic approach to the design of feed back strategies capable of shaping the response of complicated dynamical control systems illustrates the integration of a wide variety of mathemat ical disciplines typical of the modern theory of systems and control. As a concrete example, one may consider the control of fluid flow across an airfoil, for which recent experiments indicate the possibility of delaying the onset of turbulence by controlling viscosity through thermal actuators located on the airfoil. In general, there are two approaches to the con trol of such a complica. ted process, the development of extremely detailed models of the process followed by the derivation of a more "dedicated" feed back law or the development of a more simple model class followed by the derivation of control laws which are more robust to unmodelled dynamics and exogeneous disturbances. In either approach, the two twin themes of approximation and computation play a significant role in the derivation and implementation of resulting control laws. And there is no doubt that the cross-fertilization between these twin themes and control theory will increase unabated throughout the next decade, not just as an important component of design and implementation of control laws but also as a source of new problems in computational mathematics. In this volume, we present a collection of papers which were deliv ered at the first Bozeman Conference on Computation and Control, held at Montana State University on August 1-11, 1988."

Q. Who should take the lead in fixing market capitalism? A. Business&#8212not government alone. The spread of capitalism worldwide has made people wealthier than ever before. But capitalism's future is far from assured. Pandemics, income inequality, resource depletion, mass migrations from poor to rich countries, religious fundamentalism, the misuse of social media, and cyberattacks&#8212these are just a few of the threats to continuing prosperity that we see dominating the headlines every day. How can capitalism be sustained? And who should spearhead the effort? Critics turn to government. In their groundbreaking book, Capitalism at Risk, Harvard Business School professors Joseph Bower, Herman Leonard, and Lynn Paine argue that while robust governments must play a role, leadership by business is essential. For enterprising companies&#8212whether large multinationals, established regional players, or small startups&#8212the current threats to market capitalism present important opportunities. In this updated and expanded edition of Capitalism at Risk, Bower, Leonard, and Paine set forth a renewed and more urgent call to action. With three additional chapters and a new preface, the authors explain how the eleven original disruptors of the global market system clash with the digital age, and they provide lessons on how to take action. Presenting examples of companies already making a difference, Bower, Leonard, and Paine show how business must serve both as innovator and activist&#8212developing corporate strategies that effect change at the community, national, and international levels. Filled with rich insights, this new edition of Capitalism at Risk presents a compelling and constructive vision for the future of market capitalism.

Is strategy a coherent plan conceived at the top by a visionary leader, or is it formed by a series of individual commitments, not always reflecting what top management has in mind? If it is a series of commitments, how can they be managed? To answer these questions, Joseph L. Bower and Clark G. Gilbert present research that examines how strategy is actually made by company managers across several levels of an organization. The research penetrates the "black box" of strategy formulation and shows that a company's realized strategy emerges less from the formal statements of corporate strategy, but often out of the pattern of resource commitments that originate across every level of the firm.
Drawing on over thirty yeas of research on resource allocation, including studies from Harvard Business School, Stanford, London Business School, and INSEAD, the book's five sections detail the structural characteristics of the resource allocation process, how the process can lead to breakdowns in strategic outcomes, and where top management can intervene to shape desired results. And while the organizing authors connect over three decades of research on resource allocation, they have also included assessments of this work by thought leaders in the fields of economics, competitive strategy, organizational behavior, and strategic management.
The processes described represent the complex reality of strategy formulation in large organizations, but the ideas are presented in a way that enables the reader to access and understand the implications of these complexities. The findings should inform the research of economists, strategists, and behavioural scientists. Thoughtful executives and thosewho consult with them will also find the book provocative and instructive.

Joseph L. Bower and Clark G. Gilbert have collected together some of the leading experts on strategy to examine how strategy is actually made by company managers across the several levels of an organization. Is strategy a coherent plan conceived at the top by a visionary leader, or is it
formed by a series of smaller decisions, not always reflecting what top management has in mind? Often it is by examining how options for using resources are developed and selected, that we can see how a company's competitive position gets shaped. On the bases of this understanding, we can see
better how these processes can be managed. The book's five sections examine how the resource allocation process works, how the way it works can lead a company into serious problems, how top management can intervene to fix these problems and where the most recent thinking on these problems is headed.
A fifth section contains assessments of this work by through leaders I the fields of economics, competitive strategy, organizational behavior, and strategic management. The implications for those who study firms are considerable. Activity that is normally thought about in terms of substantive
outcomes such as market share and revenue growth, or present value and internal rate of return, is seen to be inextricably related to organizational and administrative questions. The finding presented here should inform the research of economists, strategists and behavioral scientists. Thoughtful
executives and those who consult with them will also find the book provocative. The processes described are complex, but clear enough so that the way toward effective management is apparent. The models developed provide abasis for building the systems and organization necessary for today's
competitive world.

Quantum mechanics is one of the principle pillars of modern physics. It also remains a topic of great interest to mathematicians. Since its discovery it has inspired and been inspired by many topics within modern mathematics, including functional analysis and operator algebras, Lie groups, Lie algebras and their representations, principle bundles, distribution theory, and much more. Written with beginning graduate students in mathematics in mind, this book provides a thorough treatment of (nonrelativistic) quantum mechanics in a style that is leisurely, without the usual theorem-proof grammar of pure mathematics, while remaining mathematically honest. The author takes the time to fully develop the required mathematics and employs a consistent mathematical presentation to clarify the often-confusing notation of physics texts. Along the way the reader encounters several topics requiring more advanced mathematics than found in many discussions of the subject, making for a fascinating course in how mathematics and physics interact.