Herbert A. Hauptman - Böcker

Multiply math mastery and interest with these inspired teaching tactics! Invigorate instruction and engage students with this treasure trove of "Great Ideas" compiled by two of the greatest minds in mathematics. From commonly taught topics in algebra, geometry, trigonometry, and statistics, to more advanced explorations into indirect proofs, binomial theorem, irrationality, relativity, and more, this guide outlines concepts and techniques that will inspire veteran and new educators alike. This updated second edition offers more proven practices for bringing math concepts to life in the classroom, including: 114 innovative strategies organized by subject area User-friendly content identifying "objective," "materials," and "procedure" for each technique A range of teaching models, including hands-on and computer-based methods Specific and straightforward examples with step-by-step lessonsWritten by two distinguished leaders in the field-mathematician, author, professor, university dean, and popular commentator Alfred S. Posamentier, along with mathematical pioneer and Nobel Prize recipient Herbert A. Hauptman-this guide brings a refreshing perspective to secondary math instruction to spark renewed interest and success among students and teachers.

Multiply math mastery and interest with these inspired teaching tactics! Invigorate instruction and engage students with this treasure trove of "Great Ideas" compiled by two of the greatest minds in mathematics. From commonly taught topics in algebra, geometry, trigonometry, and statistics, to more advanced explorations into indirect proofs, binomial theorem, irrationality, relativity, and more, this guide outlines concepts and techniques that will inspire veteran and new educators alike. This updated second edition offers more proven practices for bringing math concepts to life in the classroom, including: 114 innovative strategies organized by subject area User-friendly content identifying "objective," "materials," and "procedure" for each technique A range of teaching models, including hands-on and computer-based methods Specific and straightforward examples with step-by-step lessonsWritten by two distinguished leaders in the field-mathematician, author, professor, university dean, and popular commentator Alfred S. Posamentier, along with mathematical pioneer and Nobel Prize recipient Herbert A. Hauptman-this guide brings a refreshing perspective to secondary math instruction to spark renewed interest and success among students and teachers.

In this memoir of a long, distinguished career devoted to scientific research, world-renowned mathematician Herbert A. Hauptman recounts both the joys and the disappointments of his lifelong quest to induce nature to "reveal her secrets."In 1985, Dr. Hauptman received the greatest honor that any scientist can receive, when the Royal Swedish Academy of Sciences awarded him and his colleague, Jerome Karle, the Nobel Prize in chemistry. Drs. Hauptman and Karle were recognized "for their outstanding achievements in the development of direct methods for the determination of crystal structures." This work has proved to be of the greatest importance because it relates molecular structure to biological activity, thus permitting a better understanding of life processes and making possible the development of many new disease-fighting drugs. Dr. Hauptman vividly describes the difficulties of the mathematical work that led up to his discovery as well as his joy when he finally hit upon a method of unraveling the structure of crystals. In addition, he provides a personal account of his background, family, his formative studies in high school and college, and the experiences that motivated him to pursue a life devoted to scientific research. A strong advocate of the naturalistic worldview and a critic of supernaturalism in any form, he reflects on the alleged compatibility of science and religion and emphasizes the importance of scientific understanding for contemporary civilization.Complete with an appendix containing the original monograph (coauthored with Jerome Karle), which became the basis for their Nobel Prize-winning work, this fascinating and moving memoir offers important insights into the nature of scientific research and the value of the scientific outlook on life.

It is indeed a great pleasure to welcome you to the proceedings of the 12th International Workshop on Combinatorial Image Analysis (IWCIA 2008) held in Bu?alo, NY, April 7-9, 2008. Image analysis is a scienti?c discipline providing theoretical foundations and methods for solving problems that appear in various areas of human practice, as diverseas medicine,robotics,defense,andsecurity.As a rule,the processeddata are discrete; thus, the "discrete," or "combinatorial"approachto image analysis appears to be a natural one and therefore its importance is increasing. In fact, combinatorial image analysis often provides various advantages (in terms of - ciency and accuracy) over the more traditional approaches based on continuous models requiring numeric computation. The IWCIA workshop series provides a forum for researchers throughout the world to present cutting-edge results in combinatorial image analysis, to discuss recent advances in this research ?eld, and to promote interaction with researchersfromothercountries.Infact,IWCIA2008retainedandevenenriched the international spirit of these workshops, that had successful prior meetings in Paris (France) 1991, Ube (Japan) 1992, Washington DC (USA) 1994, Lyon (France) 1995, Hiroshima (Japan) 1997, Madras (India) 1999, Caen (France) 2000, Philadelphia (USA) 2001, Palermo (Italy) 2003, Auckland (New Zealand) 2004, and Berlin (Germany) 2006.The IWCIA 2008 Program Committee was highly international as its members are renowned experts coming from 23 di?- entcountries,andsubmissionscamefrom24countriesfromAfrica,Asia,Europe, North and South America.