"I felt like I walked the walk and could implement many of the strategies after reading it once." -Andrea Golarz-Ziemba, Teacher O.P. Morton Elementary School, Hobart, IN "If our newest teachers came out of college with this knowledge, supplemented with the learning standards, their students would be more successful from day one." -Patti Larche, Director of Curriculum and Instruction Phelps-Clifton Springs CSD, NY Practical strategies to take your students' understanding from "So what?" to "Wow!" With the amount of content that teachers have to teach, how can we ensure that students gain a deep and lasting understanding of what they have learned? Based on the most current research on cognition and the brain, this exciting book for Grades 4-12 provides teachers with a systematic, reflective approach to incorporating powerful learning and content processing techniques into everyday instruction. Nationally recognized experts Eric Jensen and LeAnn Nickelsen outline the Deeper Learning Cycle (DELC), an instructional model that incorporates brain research, standards, and individual learning differences, to help educators teach for deeper understanding and critical thinking. This invaluable resource includes: In-depth chapters explaining the seven stages of the DELC: planning with standards and curriculum, pre-assessing, building a positive learning culture, priming and activating prior knowledge, acquiring new knowledge, processing the learning, and evaluating student learning A Deeper Learning lesson plan template to apply to daily instruction 50 strategies to differentiate instruction based on learning levels and to help students process content in meaningful ways Reflection questions to help teachers apply the material to their own practice Deeper Learning is a powerful tool to promote and support student progress beyond the surface level of understanding in any subject area.

Learn how to teach like a pro and have fun, too! The more you know about the brains of your students, the better you can be at your profession. Brain-based teaching gives you the tools to boost cognitive functioning, decrease discipline issues, increase graduation rates, and foster the joy of learning. This innovative, new edition of the bestselling Brain-Based Learning by Eric Jensen and master teacher and trainer Liesl McConchie provides an up-to-date, evidence-based learning approach that reveals how the brain naturally learns best in school. Based on findings from neuroscience, biology, and psychology, you will find: In-depth, relevant insights about the impact of relationships, the senses, movement, and emotions on learning Savvy strategies for creating a high-quality learning environment, complete with strategies for self-care Teaching tools to motivate struggling students and help them succeed that can be implemented immediately This rejuvenated classic with its easy-to-use format remains the guide to transforming your classroom into an academic, social, and emotional success story.

Molecular symmetry operations provide an easily applied tool for understanding and predicting molecular properties, including certain reaction dynamics and quantum mechanical descriptions of molecules. Traditionally the molecular approach has been taught through point group and rotational symmetries (Schonflies notation and group theory) to undergraduates and graduates in chemistry, physics and material science and then these are applied to understanding various molecular properties. molecular symmetry, which leads to a greater insight into the application of symmetry in predicting and explaining the observational spectroscopic results and quantum mechanical applications, but also yields the simpler idealised symmetry operations for 'simple' molecules. This more in depth approach is needed by chemical physicists and physical chemists for detailed spectroscopic analysis of molecular materials (and has applications from characterising new compounds, understanding electronic structure and reaction dynamics to exploring the composition of interstellar gas) and quantum mechanical applications. This text provides a through grounding in molecular symmetry and group theory suitable for undergraduates and more detailed applications needed by graduate students and researchers in molecular physics, chemical physics, physical chemistry and solid state physics.

There is no place, it seems, that feelings do not run high about feelings. Western civilization is still caught between adoration of the emotions as sublime and denigration of them as merely animal. Can we trust our feelings? Should we suppress them or should we indulge them? In what part of our persons do feelings occur? Contemporary Christianity is no less vexed about emotions. The rise of the charismatic movement in the late twentieth century, with its emphasis on experiential Christianity, has led to an equally strong reaction of suspicion against talk of the emotions as significant for the Christian life. Though these questions have an everyday, practical importance, they also point to profound theological questions about the nature of the triune God and the ascription of emotions to him in the Bible. Does God himself have feelings? This stimulating volume, based on the 2011 Moore College School of Theology, offers perspectives on emotions. Topics include a cultural overview, theological anthropology, the question of divine passions, the emotional life of Jesus, the SpiritaEURO (TM)s work in perfecting emotions, preaching the Gospels for divine effects, and the place of the emotions in corporate worship including connections with singing and music. The contributors are Rhys Bezzant, Peter Bolt, Gerald Bray, Andrew Cameron, Keith Condie, Richard Gibson, David HAhne, Michael Jensen, David Peterson and Robert Smith.

Winner of a 2005 CHOICE Outstanding Academic Book Award Molecular symmetry is an easily applied tool for understanding and predicting many of the properties of molecules. Traditionally, students are taught this subject using point groups derived from the equilibrium geometry of the molecule. Fundamentals of Molecular Symmetry shows how to set up symmetry groups for molecules using the more general idea of energy invariance. It is no more difficult than using molecular geometry and one obtains molecular symmetry groups. The book provides an introductory description of molecular spectroscopy and quantum mechanics as the foundation for understanding how molecular symmetry is defined and used. The approach taken gives a balanced account of using both point groups and molecular symmetry groups. Usually the point group is only useful for isolated, nonrotating molecules, executing small amplitude vibrations, with no tunneling, in isolated electronic states. However, for the chemical physicist or physical chemist who wishes to go beyond these limitations, the molecular symmetry group is almost always required.

Theoretical molecular spectroscopy has been the subject of intense activity in the last decade as a result of the increasing availability of powerful computers. Computational Molecular Spectroscopy is the first book ever to provide a comprehensive treatment of modern compuational techniques for predicting/interpreting molecular spectra.
Comprised essentially of four main parts, the book is a must for research workers in high resolution molecular spectroscopy and in quantum chemistry. It is also highly useful to undergraduate and postgraduate students of physics and chemistry, who are just starting out in the field.
The four main areas covered include:

• Ab initio calculation of potential energy surfaces and other electronic properties of molecules
• Perturbation-theory-based and variational approaches to the calculation of spectroscopic data
• Theory of calculating rovibronic energies, including the Renner and Jahn-Teller effects
• Special topics of high current interest: highly excited states and local modes, semi-classical approaches, time-dependent phenomena, and the Carr-Parrinello approach.

Panel Data and Structural Labour Market Models is the latest volume in a series of four, reporting on the original work of an international group of scholars with research interests in the performance of the labour markets that condition the dynamic labour market experiences of individual workers.

The book contains papers focusing on theoretical and empirical modelling of the labour market covering both wage equilibrium models and models for labour market transition. Contributions range from the theoretical or econometric through empirical structural methods and exploratory data analysis based on employer and employee level data.

Academic libraries, labour economists, labour and industrial relations research institutes and statistical agencies will find this a particularly useful piece of work.

The contributions in this volume, by leading economists from major universities in Europe and USA, cover research at the front line of econometric analysis and labour market applications. The volume includes several papers on equilibrium search models (a relatively new field), and job matching, both seen from a theoretical and from an applied point of view. Methods on and empirical analyses of unemployment durations are also discussed. Finally, a large group of papers examine the structure and the dynamics of the labour market in a number of countries using panel data. This group includes papers on data quality and policy evaluation. The high unemployment in most countries makes it necessary to come up with studies and methods for analysing the impact of different elements of economic policies. This volume is intended to contribute to further development in the use of panel data in economic analyses.

This powerful book is based on Eric Jensen's belief that you can have a thriving classroom, one where students look forward to homework rather than complain about it, where teachers learn with students, and where each individual is heard, appreciated, and respected. This book embodies a vision of a school where teachers affect decisions about the curriculum, their classroom, their students, and school policies. The author also shares his vision of a partnership where teachers, students, parents, and administrators work as a team, sharing ideas, supporting each other, and enjoying the privilege of facilitating quality learning that empowers students. Completely rewritten and revised, Super Teaching, Fourth Edition examines how students learn, how instruction physically changes a student's brain, and what research says about the factors that contribute the most to student performance. Jensen discusses lesson planning with the standards in mind, strategies to motivate and engage students, boosting student memory and recall, assessments, and mindsets or mental models of success for teachers. The book also covers the effects of poverty on children and learning, categories of learning styles, managing students' emotional states with music, building positive relationships with students, and developing solid classroom management skills. This is the book for educators who want to revitalize their perspectives on teaching and who want to combine best practices with brain-friendly instruction to inspire and empower students and advanceatheir academic achievement.

Articles in this issue include: A Biopsychosocial Perspective; Aging with a Physical Disability: Maintainance and Transition in Employment, Benefits, and Insurance; Psychological Functioning; Exercise and Physical Activity; Communication Issues; Pain, Fatigue, and Sleep Dysruption; Assistive Technology; Mobility and Falls Cognitions; Aging and Disabilties: Conceptual Issues; Aging with a Physical Disability: Bridging the Aging and Disability Nexus; Aging with Spinal Cord Injury; Aging with Multiple Sclerosis; Aging with Post-Polio Syndrome and Muscular Dystrophy; Aging with Cerebral Palsy.

Transform students' learning experiences with brain-friendly strategies that work every time, in every setting! Noted brain expert Eric Jensen shows teachers how they can achieve consistent, positive teaching and learning results using powerful brain-compatible teaching methods that meet specific criteria. This reader-friendly model covers both process and content and identifies specific characteristics of successful strategies, including techniques that are: - Easy to learn and implementAdaptable for differentiated instruction and individual learning styles - Applicable to all grade levels - Teacher-tested and proven to deliver results in any school setting - Aligned with current brain and cognitive science research

"I felt like I walked the walk and could implement many of the strategies after reading it once." -Andrea Golarz-Ziemba, Teacher O.P. Morton Elementary School, Hobart, IN "If our newest teachers came out of college with this knowledge, supplemented with the learning standards, their students would be more successful from day one." -Patti Larche, Director of Curriculum and Instruction Phelps-Clifton Springs CSD, NY Practical strategies to take your students' understanding from "So what?" to "Wow!" With the amount of content that teachers have to teach, how can we ensure that students gain a deep and lasting understanding of what they have learned? Based on the most current research on cognition and the brain, this exciting book for Grades 4-12 provides teachers with a systematic, reflective approach to incorporating powerful learning and content processing techniques into everyday instruction. Nationally recognized experts Eric Jensen and LeAnn Nickelsen outline the Deeper Learning Cycle (DELC), an instructional model that incorporates brain research, standards, and individual learning differences, to help educators teach for deeper understanding and critical thinking. This invaluable resource includes: In-depth chapters explaining the seven stages of the DELC: planning with standards and curriculum, pre-assessing, building a positive learning culture, priming and activating prior knowledge, acquiring new knowledge, processing the learning, and evaluating student learning A Deeper Learning lesson plan template to apply to daily instruction 50 strategies to differentiate instruction based on learning levels and to help students process content in meaningful ways Reflection questions to help teachers apply the material to their own practice Deeper Learning is a powerful tool to promote and support student progress beyond the surface level of understanding in any subject area.

"As an introduction to brain-compatible learning, this book highlights some important findings of recent brain research in an easy-to-read manner." -Andrea F. Rosenblatt, Associate Professor, Barry University Harness the transformative power of brain-based learning! Thoroughly updated and revised, this best-selling book by brain expert Eric Jensen explores the key features of brain-based teaching and the most recent research on how the brain learns. Educators will learn about the parts of the brain, what constitutes solid brain research, the differences between boys' and girls' brains, and what types of activities can build retention. The author presents a reader-friendly text with clear, understandable artwork to reinforce the concepts of brain-based learning. Also included are brain-compatible activities to enhance readers' retention, a complete brain glossary, and a section on the importance of action research. This easy-to-read book is ideal for educators new to the concepts of brain-compatible learning and is organized into three simple, practical units, covering: Background information to provide educators with a solid foundation in brain research Seven principles of teaching based on essential brain concepts Next steps to put the research and principles into practice For both novice and veteran educators, this must-have guide provides an opportunity to make a positive, significant, and lasting difference in the way all students learn!

This reader guides students through this difficult topic, with seven chapters representing an in-depth treatment of a sub-topic within theological anthropology. Starting with an overview and specific methods for this subject, the overall discussion focuses on the exegetical-theological problem of the imago dei. The following chapters offer examination of topics such as: human ontology, freedom and limit, gender and sexuality, personhood and identity and worship and desire. Throughout this reader, the editors include texts from the patristic, medieval, Reformation and modern eras, while also providing a blend of bible commentary, theological discourse and philosophy. The texts used for this study include thinkers such as Gregory of Nyssa, Kathryn Tanner, Karl Barth, Augustine, Martin Luther, John Paul II, Sarah Coakley and David Kelsey. Each chapter contains an introduction, research/discussion questions and suggestions for further reading.