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Mexico City, Mexico, 17-19 March 2008
This symposium was dedicated to the discussion of advances in the applications of physics in both clinical practice and in research. Recognized specialists were invited to present topics related to their current professional and research interest. In addition, a poster session and short seminars were held, mainly for works in progress. The rapid growth of medical physics in Mexico brought the idea of organizing a symposium whose purpose was to encourage interest in both research and hospital practice as well as to provide a forum for interchange of information and ideas. All papers were peer reviewed. Topics include: detectors for imaging applications, dosimetry, magnetic resonance imaging, mammography nuclear medicine, phase contrast radiography, and radiotherapy.
The main focus of this school was to teach about experimental techniques for particle, nuclear, cosmic ray, and medical physics by means of laboratory sessions, lecture courses, and review talks. It was aimed primarily at graduate students with some participation of young post-doctoral students. This volume includes lecture courses on: Particle identification, tracking detectors, front-end electronics and signal processing, triggering and data acquisition general considerations, confidence intervals, as well as calorimetry.
The first part of this two-volume title contains the plenary lectures, research seminars, poster sessions, and laboratory courses presented at the X Mexican Workshop on Particles and Fields. The second part of this two-volume title contains 41 review papers written to commemorate the 20th anniversary of the founding of the Division of Particles and Fields of the Mexican Physical Society.
These proceedings include lecture notes from eleven courses in modern physics, including astrophysics and mathematical, statistical, medical, and solid state physics. The coherent states of Glauber, for instance, are shown to have a clear physical meaning by themselves. Lectures on astroparticle physics include descriptions of the construction and implementation of instruments designed to help explain the origin of the Universe. Cosmic rays and neutrinos are also discussed as a motivation for searching for dark matter.
This book is intended for amateurs, students and teachers. The author presents partial results which could be obtained with exclusively elementary methods. The proofs are given in detail, with minimal prerequisites. An original feature are the ten interludes, devoted to important topics of elementary number theory, thus making the reading of this book self-contained. Their interest goes beyond Fermat's theorem. The Epilogue is a serious attempt to render accessible the strategy of the recent proof of Fermat's last theorem, a great mathematical feat.
This symposium covers several aspects of the application of physics and related techniques on medical practice and research. The main purpose was to provide a forum in which recognized specialists, active researchers, students in the field, and hospital physicists could exchange information and ideas. Topics include: mammography, radioneurosurgery, intensity modulated radiation therapy, nuclear medicine, magnetic resonance imaging, laser therapy, and computer assisted surgery, among others.
The Mexican School of Particles and Fields is a biennial conference that gathers worldwide specialists to discuss the state of the art in the field. The topics include Hadron Physics, Relativistic Heavy-Ions, Cosmology and Cosmic Rays, Neutrinos, Beyond the Standard Model Physics, and Non Perturbative Field Theory.
The proceedings covers recent developments in the field of high energy physics, ranging from current topics, such as cp-violation, hadron physics, and neutrino phenomena to the search for new particles and symmetries, like the Higgs boson, supersymmetry, experimental and theoretical seminars on particle physics.
These proceedings include lecture notes from six courses in modern physics including cosmology, high energy, statistical, medical, and solid state physics. An introduction to cosmology and the restrictions to dark energy models are presented. All the papers included in this volume have been thoroughly peer-reviewed. The high energy physics found in future colliders is discussed, as well as synchrotron radiation, which turns out to be a brilliant tool for medical applications.