The future of American STEM education is here...in every state, there are thousands students that would benefit from science education, if only they had the resources, support systems and psychological ownership. There are brilliant young minds that could be called on to solve a myriad of world problems, earning money and respect in the process. But these students don't see science as a viable option for a life. Or they do but there are no textbooks in the classroom, or the teacher is the fifth one this semester...and he is on the verge of leaving too. If STEM (science, technology, engineering and mathematics) careers are the future driving force of the American economy; and if only an anointed few American students choose STEM as a career path, where will that leave us as a nation as we strive to compete on the global stage? Will America maintain its position as leader of the free world? Can a country that shuns the word "elite" ever maintain its elite status? Everything we value depends on this; our national security, reputation, and quality of life all depend on our ability to meet the needs of future generations of American workers as they compete for jobs. Jobs that will require problem solving skills, innovation, creativity, scientific literacy, and mathematical knowledge. Jobs that will require Americans who are tops in their fields with expertise, intellectual curiosity, ambition and vision. This book seeks to address these problems, as well as providing an historical backdrop for the discussion of STEM in American schools, race and gender issues, the effects of the standards movement on STEM, and what good teaching looks like in urban public schools. The future is here. Will we rise to the occasion?

The future of American STEM education is here...in every state, there are thousands students that would benefit from science education, if only they had the resources, support systems and psychological ownership. There are brilliant young minds that could be called on to solve a myriad of world problems, earning money and respect in the process. But these students don't see science as a viable option for a life. Or they do but there are no textbooks in the classroom, or the teacher is the fifth one this semester...and he is on the verge of leaving too. If STEM (science, technology, engineering and mathematics) careers are the future driving force of the American economy; and if only an anointed few American students choose STEM as a career path, where will that leave us as a nation as we strive to compete on the global stage? Will America maintain its position as leader of the free world? Can a country that shuns the word "elite" ever maintain its elite status? Everything we value depends on this; our national security, reputation, and quality of life all depend on our ability to meet the needs of future generations of American workers as they compete for jobs. Jobs that will require problem solving skills, innovation, creativity, scientific literacy, and mathematical knowledge. Jobs that will require Americans who are tops in their fields with expertise, intellectual curiosity, ambition and vision. This book seeks to address these problems, as well as providing an historical backdrop for the discussion of STEM in American schools, race and gender issues, the effects of the standards movement on STEM, and what good teaching looks like in urban public schools. The future is here. Will we rise to the occasion?

Write, Present, Create: Science Communication for Undergraduates helps non-science major students successfully complete papers, presentations, and new media projects in undergraduate science courses. This guide will help students create original work that is scientifically robust in content and structure, and encourage them to support their ideas with the best available scientific evidence. This short, focused guide addresses multiple aspects of communicating in the sciences with an emphasis on biology and environmental science. Students learn to effectively identify and use reputable sources including those found online. They also learn how to organize their research, plan projects, correctly cite sources, and self-edit. The chapter on presentations details how to create a powerful slide deck and offers tips for an engaging delivery. This new edition offers suggestions on creating high quality videos and animations, as well as maximizing study time in and out of the classroom. By providing easy to read, easy to use guidance on creating scientifically sound work, Write, Present, Create eliminates the anxiety many non-majors feel in required science courses. The book is specifically designed for undergraduate students taking general education science courses in a college, university, or advanced placement setting.

Frequency Assignment and Network Planning for Digital Terrestrial Broadcasting Systems focuses on Digital Audio Broadcasting and Digital Video Broadcasting. The author provides a concise introduction to the subject and presents principles, concepts and commonly accepted methods used in the planning process.
The frequency assignment material focuses on allotment planning while network planning is dealt with mainly from a network optimization perspective. All methods introduced and mathematical tools presented are fully explained. General concepts are illustrated with the help of several planning scenarios both for frequency assignment and network planning.
Frequency assignment and network planning are vital issues throughout most of Europe and North America as a direct consequence of the increasing demand for digital communication systems.

All those who like to have a constructively critical look at science and all its activities and all those who dearly expect science to be human and holistic in all its endeavours, I hope, will find this journey inspiring and informative. Main features of this book are as follow: (i) to show that science is neither the paradigm of absolute knowledge, rational and objective to the core, nor an enterprise where 'anything goes', with no rationality, no stability, no methodology and no objectivity; (ii) to show that both the rational and the non-rational models of science don't give the actual picture of science, as it is revealed and substantiated by the recent historians of science; (iii) to show the need to go beyond the traditional accounts of rationality in order to have an adequate of understanding of what happens in the realm of science, including the issues of rationality in science; (iv) to explicate some features of the notion of reasonableness and show how these factors, especially the notion of Consensus in the Scientific Community, which are usually neglected in the traditional accounts of science, need to be earnestly considered to arrive at an integrated understanding of rationality in science in terms of reasonableness; and (v) to bring out some of the implications of taking reasonableness seriously in the Cotemporary Science and Society.

Presented in a clear and straightforward analysis, this book explores quantum mechanics and the application of quantum mechanics to interpret spectral phenomena. Specifically, the book discusses the relation between spectral features in mid or rear infrared regions, or in Raman scattering spectrum, and interactions between molecules or molecular species such as molecular ions, and their respective motions in gaseous or crystalline conditions. Beginning with an overview of conventional methods and problems which arise in molecular spectroscopy, the second half of the book suggests original techniques to investigate the area. The treatment is based on rigorous quantum-mechanical theories and procedures that are readily implemented in either manual methods or with symbolic computational software.