From the invention of ether and the telephone in the nineteenth century to the birth of radar and the computer in the twentieth century, Greater Boston has been a hotbed for creating and nurturing new ideas. In the early years of the century, the ground was being sown for a new economy to supplant the slowly declining shoe and textile manufacturing industries that had long dominated the region. After World War II, Route 128, dubbed by critics "the road to nowhere," became the locus of this high-tech development. Although originally intended to ease gridlock and provide an avenue to recreational opportunities, by the late 1950s, Route 128 was dotted with industrial parks and new subdivisions. It was soon known as the Golden Crescent, in recognition of the prosperity it brought to the whole region. Route 128 and the Birth of the Age of High Tech tells the intertwining stories of the construction of the nation's first circumferential beltway and the burgeoning high-tech industries of Massachusetts, which helped spawn the modern age of personal computers, the Internet, and biotechnology.

A fascinating look at how Boston became and remains a global center for innovation--told through 50 world-changing inventions. “Robert Krim is a long-time champion of the Boston area’s history of innovation, finding remarkable examples of ingenuity and creativity going back centuries and continuing today. He shows how a culture of innovation can make a small place a beacon of hope for the world, by developing the fresh ideas and useful discoveries that make a difference in every part of life.” —Rosabeth Moss Kanter, Harvard Business School professor and author of Think Outside the Building: How Advanced Leaders Can Change the World One Smart Innovation at a Time Since the 1600s, Boston has been at the forefront of world-changing innovation from starting the country's first public school to becoming the first state to end slavery and giving birth to the telephone. Boston was the site of the first organ transplant and more recent medical and biotech breakthroughs that have saved the lives of thousands. That's not to mention pioneering advances in everything from rockets to robotics. In total, Boston-area inventors have contributed more than four hundred stand-out social, scientific, and commercial innovations and uncounted numbers that are less well known. Boston Made tells the absorbing stories of 50 of these - and why they are no accident. In fact, fresh waves of innovation have brought the city back from four major economic collapses. Dr. Robert Krim lays out a set of "innovation drivers," including strong entrepreneurship, local funding, and networking. From boom to decline and back to boom, Boston has maintained an ability to reinvent, and build anew. Dr. Krim with technologist Alan Earls have developed and outlined a new interpretation of how a resilient city has flourished. At a time when the national and global economy is reeling from pandemic shockwaves, the authors have laid out what a dynamic world-class city has done in the face of adversity to find a fresh and successful path forward.

Edwin Land and Polaroid, the company he created in the 1930s, have spawned many bold scientific innovations over the years. Most of them led quickly to unique commercial products. Best known for revolutionary instant photography systems, Land and Polaroid also achieved miracles in light-polarizing technology that is embedded in many of today's consumer products. During World War II, Polaroid manufactured and created a large array of products for the U.S. military; later, Land's top-secret cold war initiatives led to crucial intelligence breakthroughs. Polaroid features images of signature innovations, scientists, and photographers who pioneered the use of Polaroid film.

Happier? provides the first history of the origins, development, and impact of the shift in how Americans - and now many around the world - consider the human condition. This change, which came about from the fusing of beliefs and knowledge from Eastern spiritual traditions, behavioral economics, neuroscience, evolutionary biology, and cognitive psychology, has been led by scholars and academic entrepreneurs, in play with forces such as neoliberalism and cultural conservatism, and a public eager for self-improvement. Ultimately, the book illuminates how positive psychology, one of the most influential academic fields of the late twentieth and early twenty-first centuries, infused American culture with captivating promises for a happier society.

Raytheon's history is one of the great American success stories. Launched in 1922, the Cambridge-based company quickly moved to the forefront of innovation in the electronics industry. During World War II, thousands of Raytheon workers contributed to the war effort, supplying eighty percent of the magnetron tubes (vital components for U.S. and British radars), developing miniature tubes for the crucial proximity fuse in antiaircraft shells, and providing entire radar systems. Although government contracts slowed after World War II, Raytheon continued to develop military components, including leading-edge radars and missiles for America's defenses in the Cold War, but it also began to offer a host of civilian products: the famous RadaRange (the world's first microwave oven), televisions, marine radars, transistors, miniature hearing aids, and medical equipment.

The U.S. Army Natick Laboratories, dedicated in 1953 under the aegis of the Quartermaster Corps, was an important part of the revolution in military science brought to a head by the fevered pace of developments in military technology during World War II. The laboratory, now known as the Soldier Systems Center and including facilities run by the U.S. Army, Navy, and Coast Guard, focuses entirely on research associated with helping soldiers to be healthier and more effective. U.S. Army Natick Laboratories: The Science behind the Soldier features nearly two hundred historic images depicting the projects and accomplishments of the laboratories, including the development of food irradiation, the freeze-drying technique, meals-ready-to-eat (MREs), body armor, new parachute technology, and clothing for every environment imaginable.