Karl Pearson was an influential English mathematician who established the discipline of mathematical statistics. His early work explored the concept of relativity, speculating on themes like antimatter and the fourth dimension, emphasizing that natural laws are relative to the observer's perception. Pearson's philosophy, positing that science is a classification of the contents of the mind, has underpinned many classical statistical methods still in use today.
In this groundbreaking work, Karl Pearson takes on the task of correcting the misconceptions surrounding his research on the genetic impact of parental alcoholism. A must-read for anyone interested in the history of genetics and its place in modern science.
In this influential work, Karl Pearson presents a scientific approach to socialism, arguing that socialism is not just a moral imperative but a logical necessity for the betterment of society. Pearson's thorough examination of the social and economic conditions of his time provides a compelling case for a more equitable distribution of wealth and resources.
Karl Pearson's Social Problems delves into the root causes of social issues and proposes solutions for these problems. Pearson brings together his extensive research in sociology and his personal experience to present a compelling and relevant analysis of society's most pressing issues. This book is essential reading for anyone interested in understanding the complexities of social problems and working towards a more just world.
This collection of research memoirs by Karl Pearson showcases some of the groundbreaking work conducted by the Drapers' Company Research Laboratory. Covering a wide range of topics, from genetics to statistics, these memoirs offer a valuable resource for anyone interested in the history of scientific research.
On Torsional Vibrations in Axles and Shafting is an important work in the history of mathematics and physics. First published in 1902, it presents a groundbreaking analysis of the mechanics of torsional vibrations, which are now widely used in the design of machines and structures. Pearson's rigorous mathematical approach and his clear explanations make this book accessible to anyone with a basic background in physics and mathematics.
This book contains tables of the incomplete gamma-function computed by the staff of the Department of Applied Statistics at University College London. It is an essential resource for anyone working in statistical analysis or research, providing accurate data to support their work.
This book is a biographical work that explores the life, letters, and scientific pursuits of Francis Galton, a pioneer in the fields of genetics and eugenics. Through letters, articles, and personal anecdotes, author Karl Pearson paints a vivid picture of Galton's life and legacy. This book will appeal to readers interested in the history of science, genetics, and the Victorian era.