This book investigates the application of stochastic process theory to understand the impact of noise across physics, chemistry, and biology. The author, Thorsten Pöschel, draws upon his expertise to review methods for analyzing noise-induced, noise-supported, or noise-enhanced effects. These phenomena are presented as potential explanations for unresolved issues in areas like neural information transmission and cellular processes, and as drivers for novel technological advancements. The text also explores the significant role of noise in structure formation within these scientific disciplines.

The book is positioned as a comprehensive review of applied stochastics, targeting both researchers and students. Its focus on noise-induced phenomena suggests it delves into complex interactions and emergent behaviors within scientific systems. The breadth of applications, from neuroscience to material science, indicates a text that bridges theoretical concepts with practical implications. The author's aim is to provide an arsenal of methods for understanding and potentially harnessing the effects of noise.