£69.99
£69.99
In 1968, Georges Charpak’s revolutionary invention—the Multiwire Proportional Chamber—transformed how physicists explore the subatomic world. This book traces the journey of that breakthrough, a tribute to human ingenuity and a call to future innovators.
In 1968, Georges Charpak introduced a deceptively simple yet revolutionary invention—an electronic particle imaging detector known as the Multiwire Proportional Chamber—that profoundly transformed how physicists explore the subatomic world. This book traces the remarkable journey of that breakthrough idea, from its inception to its lasting impact on experimental physics.
By dramatically enhancing data collection and enabling major discoveries at CERN and other research centers, Charpak’s innovation turned a critical bottleneck into a powerful driver of scientific progress.
Written for a broad audience—including students, educators, young researchers, and engineers—this book blends clear explanations of core physical principles with insightful technical details of particle detector instrumentation. More than a chronicle of a scientific achievement, it is a tribute to human ingenuity and a call to future innovators to embrace curiosity, creativity, and the spirit of discovery.
This book graphically represents metallic and semi-metallic elements, allowing their nature to be interpreted. Each element is plotted in a diagram with thermal conductivity on the abscissa and the Young’s modulus on the ordinate.
This monograph covers symmetries on a symplectic manifold, giving rise to quantum field theory via phase space and the Wigner function. This approach describes quantum chaos, introduces gauge symmetries, and leads to Symplectic Schrödinger, Klein-Gordon, and Dirac equations.
This book reviews statistic/thermodynamic models for both polarized and unpolarized structure functions, with additional applications such as the EMC effect. It will appeal to researchers and students of hadronic and nuclear/particle physics.
From energy and electronics to medicine, oxide materials are essential. This book presents the fundamentals of oxide powders, establishing a connection between their structure and electromagnetic properties to pave the way for new technological and biomedical applications.
This book describes mathematical methods for calculating nuclear characteristics and intercluster potentials. It discusses phase shift analysis of elastic scattering at low and astrophysical energies and investigates three-body models of light nuclear nuclei.
Constructal theory is widely used, but often incorrectly applied, leading to unreasonable results. This book systematically reviews its applications in fields from economics to heat transfer, pointing out significant flaws, mistakes, and limitations. An essential read for anyone.
This book investigates dynamical mass generation in four-fermion models, exploring the composite Higgs boson and effective chiral Lagrangians. It proves these models describe the region between asymptotic freedom and quark confinement.
The muon is vital to particle, nuclear, and atomic physics, and a key component of the Standard Model. Muonic processes provide crucial information on the weak interaction. This book explores the various aspects of muon physics, highlighting the most recent experiments conducted.
Entropy generation minimization is widely used in thermal problems, sometimes as a unified theory. Is this really the case? This book answers this question, showing the theory has limitations and a definite application scope, beyond which it may provide incorrect results.
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