Books like Infinity by Lillian Rosanoff Lieber

Stephen Hawking explains the fundamental physics of the universe—space, time, cosmology, black holes, and the Big Bang—in clear, accessible language.

Explains the vision of the universe behind string theory, including new dimensions, black holes, and mysterious phenomena in the cosmos.

A thrilling exploration of the cosmos, brilliantly explained by a popular science master.

Carl Sagan’s Cosmos traces the history of science and the universe’s evolution, from ancient philosophers to modern discoveries, and explores the quest to understand life beyond Earth.

Stephen Hawking explores the cutting edge of theoretical physics in layman’s terms, guiding readers through the mysteries that shape our universe.

Kurzweil explores the coming fusion of human minds with advanced machines, predicting that integrated intelligence will surpass current human capacity, shaping future society.

David Deutsch argues that explanations are limitless, shaping science, culture, and human progress beyond any physical constraints.

Michio Kaku explores the science of cosmology, the multiverse, and M‑theory, examining how our universe may be one of many and what that means for its ultimate fate.

The Search for Infinity explains the great discoveries, from the structure of the Universe to the most fundamental particles. It looks at the vast power of the latest particle accelerators that has uncovered the inner world of atoms. It takes us on the search for the beginning of space and time, revealing the dramatic findings of cosmology: black holes engulfing stars in whirlpools of collapsing matter, pulsars roaring out their signals at the edge of the visible Universe, and the faint echo of the Big Bang. The Search for Infinity gives insight into the greatest scientific questions of our time and the significance of the answers that have been found. It is a book for anyone who is curious about the nature of the world around them and fascinated by the great achievements of the human mind.

From Giotto to Michelangelo and beyond, the period from about 1300 to 1650 saw an extraordinary flowering in the visual arts in Western Europe. The works produced were sometimes of astonishing quality and their history has been well documented and much discussed. The scientific endeavour of the time has received considerably less attention. The history of science is a newer discipline than history of art, and no topic is newer than the history of mathematics in the period that saw the beginning of the Renaissance in the arts. This book tells us about the everyday worlds of art and mathematics in a time when artists were merely 'craftsmen' and their practical mathematics was separate from the mathematics of scholars. The story brings together the histories of art and mathematics and shows how the craftsmen's discoveries changed learned mathematics, taking it beyond the admired achievements of the Ancient Greeks. Infinity at last acquired a precise mathematical meaning. The journey takes us through consideration of some of the world's most renowned paintings, and lively accounts of the mathematical techniques and discoveries of the time. We are in a world where art and the sciences have not yet pulled apart from one another, and it becomes clear that the mathematical nature of what we now call Science may well owe something to the tradition of what is now called Art.