Showing titles in Innovations

When I was growing up, I always thought there were only two ways to get rich. Number one: You were born rich. Number two: Some family member left you a bunch of money when they kicked the bucket. As much as people love to talk up the American dream, I grew up inside the American reality - raised inside a trailer in New Jersey, born to a 14-year-old mother. But now, things are a little different. I've done lots of cool things with my life, but most people know me as "the ab roller guy".

The late 19th century was a period of explosive technological creativity, but arguably the most important invention of all was Thomas Edison’s incandescent light bulb. Unveiled in his Menlo Park, New Jersey, laboratory in 1879, the light bulb overwhelmed the American public with the sense of the birth of a new age. More than any other invention, the electric light marked the arrival of modernity.

In this book, Eric von Hippel, author of the influential Democratizing Innovation, integrates new theory and research findings into the framework of a "free innovation paradigm." Free innovation, as he defines it, involves innovations developed by consumers who are self-rewarded for their efforts, and who give their designs away "for free." It is an inherently simple grassroots innovation process, unencumbered by compensated transactions and intellectual property rights.

For decades we've delighted in dreaming about a sci-fi utopia, from flying cars and bionic humans to hoverboards; with driverless cars first proposed at the 1939 World's Fair. And why not? Building a better world, be it a free-flying commute or an automated urban lifestyle is a worthy dream. Given the pace of technological change, nothing seems impossible anymore. But why are these innovations always out of reach? Delving into the history of technology, this book also looks at what lies ahead, showing how the origins of our technology may provide insight into how it realistically evolves.

Innovation is the subject of countless books and courses, but there's very little out there about how you actually innovate. Innovation and entrepreneurship are not one and the same, although aspiring innovators often think of them that way. They are told to get an idea and a team and to build a show-and-tell for potential investors. In Innovating, Luis Perez-Breva describes another approach.

Johannes Gutenberg was our first geek, the original technology entrepreneur, who had to grapple with all the challenges a Silicon Valley startup faces today. Jeff Jarvis tells Gutenberg's story from an entrepreneurial perspective, examining how he overcame technology hurdles, how he operated with the secrecy of a Steve Jobs, but then shifted to openness, how he raised capital and mitigated risk, and how, in the end, his cash flow and equity structure did him in.

Engineering is everywhere, from the Large Hadron Collider to invisibly small circuits on silicon chips. The 50 Greatest Engineers celebrates the great achievements that have been made through the ages, containing profiles of the best-known and most innovative engineers of all time.

Break out the TV dinners! From the author who gave us Cod, Salt, and other informative bestsellers, the first biography of Clarence Birdseye, the eccentric genius inventor whose fast-freezing process revolutionized the food industry and American agriculture.

In reading ‘electrical oscillator’, you will probably automatically think ‘earthquake machine’. This charming title aside, electrical oscillators at its core employ an amplifier whose output is fed back to the input, so the signal regenerates and sustains itself. In this 1919 publication, Tesla further expands on one of his most famous inventions.

Practical guide showing inventors how to develop, prototype, protect, and market their inventions. Bob is an engineer with over 25 years experience developing and marketing products. He used his corporate and entrepreneurial experience to develop this step-by-step guide to help fellow inventors develop their products using a "boot strapping" approach. This helps inventors to successfully develop and market their inventions without breaking the bank.

Patents don't have to be a dry and boring subject, and inventors, investors, and business people may (and should) enjoy using them to their advantage. However, to empower the general public to use the patent system to its fullest extent, the need remains for a book that introduces important patent concepts in a humanly understandable fashion, with down-to-earth, practical advice that, more importantly, is not boring, as many patent books unavoidably are to readers who are not patent practitioners.

This history of medieval inventions, focusing on the 11th to the 14th centuries, vividly portrays a thriving era of human ingenuity, and the results are still being felt to this day. From the mechanical clock to the first eyeglasses, both of which revolutionized society, many of the commonplace devices we now take for granted had their origin in the Middle Ages. Divided into 10 thematic chapters, the accessible audiobook allows the listener to sample areas of interest or listen to the book from beginning to end for a complete historical overview.

The workshop revolutionaries who made our world have never had the attention afforded the political revolutionaries who founded this nation. But it has been these innovators, in small-town attics and on the Mississippi, in Silicon Valley and the wheat fields of Kansas, in a Black woman's beauty parlor and a Dayton bicycle shop, who set America on a course to attain a standard of living unprecedented in the history of the world.

Nathan Coppedge, previously the author of a collection of theoretical perpetual motion concepts, and author of a popular website on perpetual motion machines, introduces fundamental examples and illustrations purporting to prove that perpetual motion is not just an interesting theory---it is physically possible! Coppedge has been compared to Newton and Einstein for his theories of perpetual motion. Look for more books in the future from this interesting author!

A New York Times Magazine writer explores the Next Big Thing in tech - the impending revolution in voice recognition - and shows how it will upend Silicon Valley and transform how we use computers, the Web, and much more. Every decade or so brings a seismic shift in how people interact with tech, from the PC to the internet to the smartphone. James Vlahos shows that we are on the cusp of the next shift: to voice computing. Siri and Alexa are early forms of this technology, but soon we may talk as fluently with our phones, appliances, cars, etc. as we do with any human.

Dale Dougherty, creator of MAKE: magazine and the Maker Faire, provides a guided tour of the international phenomenon known as the Maker Movement, a social revolution that is changing what gets made, how it’s made, where it’s made, and who makes it. Free to Make is a call to join what Dougherty calls the “renaissance of making,” an invitation to see ourselves as creators and shapers of the world around us.

Marie Benedict widmet sich einer weiteren klugen Frau, die die Weltgeschichte entscheidend geprägt hat und deren Namen wir dennoch nicht kennen. Rosalind Franklin fand nach jahrelanger Forschung die Doppelhelixstruktur unserer DNA, doch für diesen Coup geehrt wurden fälschlicherweise drei Männer... Rosalind Franklin war schon immer eine Außenseiterin - brillant, aber anders. Sie fühlt sich der Wissenschaft am nächsten, den unveränderlichen Gesetzen der Physik und Chemie, die ihre Experimente leiten. Sie wird beauftragt, das Geheimnis unserer DNA zu entschlüsseln.

The crucial importance of education in China, a prized virtue instilled in the population among all classes by beloved teacher and philosopher Confucius in the 6th century BCE, generated an unprecedented and long-lived golden age of literature and art. It also gave rise to a cornucopia of transformative innovations and groundbreaking technology, particularly following the dawn of the Common Era.

It's the 21st century, and let's be honest: things are a little disappointing. Despite every World's Fair prediction and the advertisements in comic books, we are not living the future we were promised. By now, life was supposed to be a fully automated, atomic-powered, germ-free Utopia, a place where a grown man could wear a velvet spandex unitard and not be laughed at. Where are the ray guns, the flying cars, and the hoverboards that we expected? What happened to our moon colonies and servant robots?

What Could Possibly Go Wrong? has descriptive copy which is not yet available from the Publisher.