Sean Carroll

A new way of thinking about data science and data ethics that is informed by the ideas of intersectional feminism....

"Discover a groundbreaking concept in complex systems: transfer entropy. This relatively new metric, derived from time series measurements, is explored in-depth by experts in statistics, information theory, and entropy. Learn how transfer entropy reveals the relationship between information flow and complexity, and its applications in neuroscience, finance, and more. Perfect for advanced students and researchers in computer science, physics, neuroscience, and engineering."

Discover a new perspective on the role of information in our lives with this eye-opening exploration from Caleb Scharf. Drawing on evolutionary biology, computer science, information theory, and astrobiology, Scharf argues that information is a living organism that has evolved alongside us. Our relationship with data impacts our behavior and well-being, and has the potential to shape our future as a species. Gain a humbling vision of a universe built around information and its impact on our technology, humanity, and the fundamental nature of life with The Ascent of Information.

"Explore the fascinating world of general relativity with Spacetime and Geometry: An Introduction. Written in an engaging and accessible style, this book guides readers through the intricacies of differential geometry and Einstein's equations, while also delving into topics such as black holes, gravitational radiation, and cosmology. Whether you're a physics student or just curious about the universe, this lucid and modern introduction to general relativity is a must-read."

Isaac Newton, one of the greatest minds of his time, made a surprising career move in 1695 by leaving Cambridge for London to become the Warden of His Majesty's Mint. This decision led him to cross paths with counterfeiter extraordinaire William Chaloner. In a world where law enforcement was almost non-existent and money was just coming into being, the two engage in an epic game of cat and mouse in the streets and courts of London.

This book explores the question of realism in relation to moral and mathematical subjects. The author presents arguments for and against moral and mathematical realism, while also explaining how they interact and what they can tell us about areas of philosophical interest in general. The author argues that our mathematical beliefs are not any more self-evident or empirically justifiable than our moral beliefs. Additionally, the practical nature of moral questions sets them apart from mathematical questions, which are not objective in the same sense. This book highlights important insights about the tension between realism and objectivity, and suggests that practical philosophy should take center stage.

Discover the language that allowed scientists to understand the essence of what 85 billion neurons do - mathematics. Computational neuroscientist Grace Lindsay delves into how mathematical models have helped us understand the brain's processes, such as decision-making and sensory processing, and how they create thoughts, perceptions, and actions. She walks readers through important concepts in modern neuroscience, highlighting the tensions that arise when bringing mathematical modeling into the messy details of biology. Follow Lindsay as she takes you on a journey through the history of neuroscience, from experiments on frogs to artificial neural networks. A must-read for anyone interested in understanding the mechanics of the mind.