Dick Teresi is the author of "Lost Discoveries: The Ancient Roots of Modern Science," a New York Times Book Review Notable Book. As a former editor-in-chief of prominent magazines and a contributor to leading newspapers and journals, Teresi deeply explores the connections between ancient thought and modern scientific advancement. His work delves into the fascinating, often overlooked roots of scientific discoveries that have shaped our present civilization. Through his writing, Teresi offers an engaging perspective on the evolution of scientific thinking, revealing how profoundly past generations can inspire us.
In the tradition of Daniel Boorstin, the cofounder of "Omni" delivers an original work of history that demonstrates why modern science rests on a foundation built by ancient and medieval non-European societies.
Exploring the complex definition of death, this book delves into the perspectives of medical professionals like coma specialists and organ transplant surgeons who navigate the fine line between life and death. It traces historical views on death from ancient Egypt to the pivotal 1968 Harvard Medical School paper that redefined death as "loss of personhood" rather than merely cardiopulmonary failure. Additionally, it examines how advancements in technology challenge societal norms regarding the timing of death declarations, raising ethical questions about life extension.
Acclaimed science writer Dick Teresi explores the ancient roots of contemporary science, offering a thought-provoking examination that challenges conventional wisdom. By tracing the evolution of scientific thought, he reveals how foundational ideas have shaped modern understanding. This landmark work provides readers with a deeper appreciation of the historical context behind scientific advancements.
Leon Lederman, Physiknobelpreisträger, und Wissenschaftsjournalist Dick Teresi berichten in diesem anschaulichen Report über ihre jahrelangen Forschungsarbeiten in der Elementarteilchenphysik, die darauf abzielen, die Geheimnisse des Kosmos und der Materie zu entschlüsseln.