Renaissance Technology

Leonardo da Vinci created the two most famous paintings in history, The Last Supper and the Mona Lisa. But in his own mind, he was just as much a man of science and engineering. With a passion that sometimes became obsessive, he pursued innovative studies of anatomy, fossils, birds, the heart, flying machines, botany, geology, and weaponry. His ability to stand at the crossroads of the humanities and the sciences, made iconic by his drawing of Vitruvian Man, made him history's most creative genius.

Galileo Galilei was the foremost scientist of his day. Though he never left Italy, his inventions and discoveries were heralded around the world. His telescopes allowed him to reveal the heavens and enforce the astounding argument that the earth moves around the sun. For this belief, he was brought before the Holy Office of the Inquisition, accused of heresy, and forced to spend his last years under house arrest.

Leonardo da Vinci has long been celebrated for his consummate genius. He was the painter who gave us the Mona Lisa and The Last Supper, and the inventor who anticipated the advent of airplanes, hot air balloons, and other technological marvels. But what was the connection between Leonardo the painter and Leonardo the scientist?

They never knew how he did it. Few composers write more than one or two symphonies in their lifetimes. Beethoven spent a year on his shorter symphonies but more than six years on his 9th Symphony. The prodigy Mozart finished his last three symphonies (39, 40, and 41) in the span of a few weeks. His 25th Symphony took only two days.

The Catalogue of Shipwrecked Books tells the story of the first and greatest visionary of the print age, a man who saw how the explosive expansion of knowledge and information generated by the advent of the printing press would entirely change the landscape of thought and society. He also happened to be Christopher Columbus’ illegitimate son.

This friendly, fun biography series focuses on the traits that made our heroes great - the traits that kids can aspire to in order to live heroically themselves. Each book tells the story of an icon in a lively, conversational way that works well for the youngest nonfiction listeners and that always includes the hero's childhood influences. This book features Leonardo da Vinci, the Renaissance artist and inventor.

Like Michelangelo, Galileo is another Renaissance great known just by his first name - a name that is synonymous with scientific achievement. Born in Pisa, Italy, in the 16th century, Galileo contributed to the era's great rebirth of knowledge. He invented a telescope to observe the heavens. From there, not even the sky was the limit! He turned long-held notions about the universe topsy turvy with his support of a sun-centric solar system.

Today, we take for granted that a telescope allows us to see galaxies millions of light years away. But before its invention, people used nothing more than their naked eye to fathom what took place in the visible sky. So how did four men in the 1500s - of different nationality, age, religion, and class - collaborate to discover that the Earth revolved around the Sun? With this radical discovery that went against the Church, they created our contemporary world. Heaven on Earth is an intimate examination of this scientific family.

Leonardo da Vinci’s notebooks are mind-boggling evidence of a 15th-century scientific genius standing at the edge of the modern world, basing his ideas on observation and experimentation. This book will change children’s ideas of who Leonardo was and what it means to be a scientist.

Historian Thomas J. Misa's sweeping history of the relationship between technology and society over the past 500 years reveals how technological innovations have shaped—and have been shaped by—the cultures in which they arose. In this edition, Misa brings his acclaimed text up to date by drawing on current scholarship while retaining sharply drawn portraits of individual people, artifacts, and systems. A masterful analysis of technology and culture, Leonardo to the Internet frames a history that illuminates modern-day problems and prospects of a technology-dependent world.

This is a landmark in science writing. It resurrects from the vaults of neglect the polymath Jerome Cardano, a Milanese of the 16th century. Who is he? A gambler and blasphemer, inventor and chancer, plagued by demons and anxieties, astrologer to kings, emperors and popes. This stubborn and unworldly man was the son of a lawyer and a brothel keeper but also a gifted physician and the unacknowledged discoverer of the mathematical foundations of quantum physics.

Leonardo da Vinci was a gifted painter, talented musician, and dedicated scientist and inventor, designing flying machines, submarines, and even helicopters. Yet he had a hard time finishing things, a problem anyone can relate to. Only 13 paintings are known to be his; as for the illustrated encyclopedia he intended to create, all that he left were thousands of disorganized notebook pages. Here is an accessible portrait of a fascinating man who lived at a fascinating time - Italy during the Renaissance.

An authoritative but readable examination of the digital sector in both the UK and US, Towards a Digital Renaissance traces the excitement and optimism of the early internet, the outsider cyberpunk ethic and open access. But it also monitors the more complex but ultimately more commercialised online world of today, a world dominated by corporate business in which many feel that surveillance has become overwhelming.

In Capitalism Created the Climate Crisis and Capitalism Will Solve It: The Market Forces Catalyzing a Climate Technology Renaissance, distinguished author Kentaro Kawamori delivers a fascinating and timely exploration of the interplay between capitalism and climate change. He explains how the capitalist system helped to contribute to the current crisis of global warming and how that same system will help to end it.

The Renaissance spawned the use of the label "Renaissance man" to describe a person who is extremely talented in multiple fields, and no discussion of the Renaissance is complete without the original Renaissance man, Leonardo da Vinci. Indeed, if 100 people are asked to describe Leonardo in one word, they might give 100 answers.

In a rapidly evolving digital age, two giants emerge from the shadows: Bitcoin and Ethereum. But what makes them distinct? And why is understanding them crucial for our digital future? "Mastering Blockchain" delves deep into the intricate world of decentralized systems. Journey from the birth of cryptocurrency, understand the genius of Ethereum's smart contracts, and explore the potential and challenges that lie ahead.

Galileo's oldest child was 13 when he placed her in a convent near him in Florence, where she took the most appropriate name of Suor Maria Celeste. Her support was her father's greatest source of strength. Her presence, through letters which Sobel has translated from Italian and masterfully woven into the narrative, graces her father's life now as it did then. Galileo's Daughter dramatically recolors the personality and accomplishment of a mythic figure whose 17th-century clash with Catholic doctrine continues to define the schism between science and religion.

Of course part of what made Galileo such a monumental figure was the fact that he was ahead of his time and that he mostly refused to conform to the accepted dogmas of contemporary society. As he once put it, "Philosophy is written in that great book which ever lies before our eyes - I mean the universe - but we cannot understand it if we do not first learn the language and grasp the symbols, in which it is written."

From the food to the rides to the entertainment, fairs are fun for so many reasons! This series will bring listeners to fairs big and small to learn about their histories and all the neat things they have to offer.

Before a great discovery, the Renaissance scientists had to endure long days of working in sometimes unhygienic places. You need to know these gross facts in order to develop a deeper understanding and appreciation of the work these early scientists did for the sake of knowledge.