This book is a research guide and bibliography of Parliamentary material, including the Old Scottish Parliament and the Old Irish Parliament, relating to patents and inventions from the early seventeenth century to 1976. It chronicles the entire history of a purely British patent law before the coming into force of the European Patent Convention under the Patents Act 1977. It provides a comprehensive record of every Act, Bill, Parliamentary paper, report, petition and recorded debate or Parliamentary question on patent law during the period. The work will be an essential resource for scholars and researchers in intellectual property law, the history of technology, and legal and economic history.

Embedding memories into landscape. Measuring moisture, pressure and wind speed within a bedroom. Drawing power with a potato. These are but a few of the preoccupations described within this book. 'Devices' is a manual celebrating the invention of architectural and spatial machines. Nostalgic, metaphorical, analytical or even the down-right daft, each of the illustrated pieces demonstrates the potential for spatial occupation, leading to new territories in architectural design. A detailed analysis of each device and a 'recipe' for its construction is provided, including working drawings, assembly diagrams, materials and component descriptions. The reader will not only gain an insight into the technical makeup of the devices, but will have all the information at their fingertips to design and construct ground-breaking innovations of their own. With over 40 devices, this book will inspire architects, designers, engineers and artists alike.

Dr Chaloner considers economic history to be a branch of what the French call the historical sciences and believes that it is impossible to treat usefully of the rise, decline and metamorphosis of industries and economics without some consideration of the part played by the efforts of individual men and women in these processes. In this collection of essays, first published in 1963, he provides biographies of certain entrepreneurs, inventors and engineers together with historical surveys of some vital industries.

The invention of the telephone is a subject of great controversy, central is which is the patent issued to Alexander Graham Bell on March 7, 1876. Many problems and questions surround this patent, not the least of which was its collision in the Patent Office with a strangely similar invention by archrival Elisha Gray. A flood of lawsuits followed the patent's issue; at one point the government attempted to annul Bell's patent and launched an investigation into how it was granted. From court testimony, contemporary accounts, government documents, and the participants' correspondence, a fascinating story emerges. More than just a tale of rivalry between two inventors, it is the story of how a small group of men made Bell's patent the cornerstone for an emerging telephone monopoly. This book recounts the little-known story in full, relying on original documents (most never before published) to preserve the flavor of the debate and provide an authentic account. Among the several appendices is the lost copy of Bell's original patent, the document that precipitated the charge of fraud against the Bell Telephone Company.

From Galaxies to Turbines: Science, Technology and the Parsons Family looks at the way science and industry relate to each other, and at the way social attitudes affect this relationship. An expert on the Parsons Family, the author beautifully illustrates this by tracing the story of the remarkable endeavors of the Parsons family during the 125 years that embraced their lives in Ireland and Great Britain during the developing Industrial Revolution. The father of the family, William Parsons, Earl of Rosse, discovered the Spiral Nebulae at his observatory in Ireland and displayed an unusual familiarity with engineering principles in the building of his two giant telescopes. His son, Charles, was at the forefront of the new age of technology among shipbuilders and engineers in the northeast coast of England. Lavishly illustrated throughout, with a handy family tree and map of the River Tyne pin-pointing key historic events, this is a highly accessible and fascinating account for the general reader interested in the way scientific knowledge and industrial application have slowly emerged in recent history.

The 1950s were a vital time in the history of science. In accordance with the intensification of the Cold War, many scientific talents were mobilized to several military-related research and development projects not only in the United States, but also in the Soviet Union. Contrary to the expectation of General Leslie Groves, a leader of the Manhattan Project, the Soviet Union succeeded in their nuclear weapon development in a very short time. And then, by the end of the decade, mankind reached the dawn of the Atomic Age proper with the beginning of the operation of the world's first civil nuclear power plant in Obninsk in 1954. The risky and costly developments of new weapons such as rockets, jet warplanes, and computers were achieved by the Soviet Union in a very short time after World War in spite of the heavy economic damage caused by the battles with German troops in Soviet territory. Why were such a great number of scientific talents mobilized to various Soviet Cold War research and development projects? What were the true natures, and real consequences of the rushed Cold War projects? How did Soviet scientists approach the nuclear age? Thanks to the study of formerly classified Soviet archives, a more nuanced view of Soviet society has become possible. To resolve the above-mentioned questions, Ichikawa analyses the complicated interactions among various factors, including the indigenous contradictions in the historical development of science in the Soviet Union; conflicts among the related interest groups; relationships with the political leadership and the military, the role of ideology and others.

This book is a research guide and bibliography of Parliamentary material, including the Old Scottish Parliament and the Old Irish Parliament, relating to patents and inventions from the early seventeenth century to 1976. It chronicles the entire history of a purely British patent law before the coming into force of the European Patent Convention under the Patents Act 1977. It provides a comprehensive record of every Act, Bill, Parliamentary paper, report, petition and recorded debate or Parliamentary question on patent law during the period. The work will be an essential resource for scholars and researchers in intellectual property law, the history of technology, and legal and economic history.

Dr Chaloner considers economic history to be a branch of what the French call the historical sciences and believes that it is impossible to treat usefully of the rise, decline and metamorphosis of industries and economics without some consideration of the part played by the efforts of individual men and women in these processes. In this collection of essays, first published in 1963, he provides biographies of certain entrepreneurs, inventors and engineers together with historical surveys of some vital industries.

This book delivers an in-depth analysis of Hercule Florence, who is virtually unknown despite being among the world's photographic pioneers. Based on the texts of various manuscripts, letters, diaries, notes, and advertisements, this book answers numerous questions surrounding Florence's work, including the materials, methods, and techniques he employed and why it took more than a century for his discovery to come to light. Kossoy's groundbreaking research establishes Florence's use of "photographie" to describe the product of his experiments, half a decade before Sir John Herschel recommended "photography" to Henry Fox Talbot. This book aims to change the fact that despite its cultural and historical importance, Florence's photographic breakthrough remains largely unknown in the English-speaking world.

Get Critical Insight into the Modern Patenting Scene We are now living in the "IP Era of the Information Age" where technology businesses are placing increasing emphasis on intellectual property (IP) as a way to add to their bottom lines. As a consequence, those working in a technology business or organization will inevitably be thrust into working with IP in one or more of its various forms. This increasing emphasis on IP matters requires technology workers to have at least a basic practical understanding of IP, particularly patents, so that they can effectively participate in their organizations IP and patenting efforts. Consider a Spherical Patent: IP and Patenting in Technology Business provides an unconventional and unvarnished examination of patents and the reality of how they are used and abused in technology business. The book starts with an overview of patents and how the patenting universe has become so complex, and warns of the danger of making "spherical," simplifying assumptions about patents and patent-related matters. It then takes a look at the cast of characters in the modern patenting world and the roles they play at the "IP Bazaar." The book goes on to explain the increasing emphasis in today's modern IP world of leveraging patents in large collections of patents called "portfolios." The author describes how the fractal nature of innovation allows for the exponential growth of patents to densely pack an "IP space," including how this packing can exceed its normal limits and the adverse consequences. He also explores the evolution and importance of core to improvement to commercialization patents. A modern view of patents based on "quantum patent mechanics" explains some of the mysterious patent-related phenomena that are otherwise inexplicable using "classical patent mechanics." Using examples of actual patents and patent portfolios of real technology businesses, the

Francis Watkins was an eminent figure in his field of mathematical and optical instrument making in mid-eighteenth century London. Working from original documents, Brian Gee has uncovered the life and times of an optical instrument maker, who - at first glance - was not among the most prominent in his field. In fact, because Francis Watkins came from a landed background, the diversification of his assets enabled him to weather particular business storms - discussed in this book - where colleagues without such an economic cushion, were pushed into bankruptcy or forced to emigrate. He played an important role in one of the most significant legal cases to touch this profession, namely the patenting of the achromatic lens in telescopes. The book explains Watkins's origins, and how and why he was drawn into partnership with the famous Dollond firm, who at that point were Huguenot incomers. The patent for the achromatic telescope has never been satisfactorily explained in the literature, and the author has gone back to the original legal documents, never before consulted. He teases out the problems, lays out the evidence, and comes to some interesting new conclusions, showing the Dollonds as hard-headed and ruthless businessmen, ultimately extremely successful. The latter part of the book accounts for the successors of Francis Watkins, and their decline after over a century of successful business in central London.

Get Critical Insight into the Modern Patenting Scene We are now living in the "IP Era of the Information Age" where technology businesses are placing increasing emphasis on intellectual property (IP) as a way to add to their bottom lines. As a consequence, those working in a technology business or organization will inevitably be thrust into working with IP in one or more of its various forms. This increasing emphasis on IP matters requires technology workers to have at least a basic practical understanding of IP, particularly patents, so that they can effectively participate in their organizations' IP and patenting efforts. Consider a Spherical Patent: IP and Patenting in Technology Business provides an unconventional and unvarnished examination of patents and the reality of how they are used and abused in technology business. The book starts with an overview of patents and how the patenting universe has become so complex, and warns of the danger of making "spherical," simplifying assumptions about patents and patent-related matters. It then takes a look at the cast of characters in the modern patenting world and the roles they play at the "IP Bazaar." The book goes on to explain the increasing emphasis in today's modern IP world of leveraging patents in large collections of patents called "portfolios." The author describes how the fractal nature of innovation allows for the exponential growth of patents to densely pack an "IP space," including how this packing can exceed its normal limits and the adverse consequences. He also explores the evolution and importance of core to improvement to commercialization patents. A modern view of patents based on "quantum patent mechanics" explains some of the mysterious patent-related phenomena that are otherwise inexplicable using "classical patent mechanics." Using examples of actual patents and patent portfolios of real technology businesses, the author discusses how patenting strategies are defined based on "central organizing principles" behind why patents are being pursued. He describes the operational realities of running an internal patenting system as well as how to avoid the prevalent trap of accepting a high degree of disorder (entropy) in the business's patenting system. He also takes a close look at other problematic areas, such as the use and abuse of provisional patent applications and how "no shame claims" can be issued by the patent office and the havoc they can create.

SHORTLISTED FOR THE ROYAL SOCIETY SCIENCE BOOK PRIZE 2018 Bestselling author Simon Winchester writes a magnificent history of the pioneering engineers who developed precision machinery to allow us to see as far as the moon and as close as the Higgs boson. Precision is the key to everything. It is an integral, unchallenged and essential component of our modern social, mercantile, scientific, mechanical and intellectual landscapes. The items we value in our daily lives – a camera, phone, computer, bicycle, car, a dishwasher perhaps – all sport components that fit together with precision and operate with near perfection. We also assume that the more precise a device the better it is. And yet whilst we live lives peppered and larded with precision, we are not, when we come to think about it, entirely sure what precision is, or what it means. How and when did it begin to build the modern world? Simon Winchester seeks to answer these questions through stories of precision’s pioneers. Exactly takes us back to the origins of the Industrial Age, to Britain where he introduces the scientific minds that helped usher in modern production: John ‘Iron-Mad’ Wilkinson, Henry Maudslay, Joseph Bramah, Jesse Ramsden, and Joseph Whitworth. Thomas Jefferson exported their discoveries to the United States as manufacturing developed in the early twentieth century, with Britain’s Henry Royce developing the Rolls Royce and Henry Ford mass producing cars, Hattori’s Seiko and Leica lenses, to today’s cutting-edge developments from Europe, Asia and North America. As he introduces the minds and methods that have changed the modern world, Winchester explores fundamental questions. Why is precision important? What are the different tools we use to measure it? Who has invented and perfected it? Has the pursuit of the ultra-precise in so many facets of human life blinded us to other things of equal value, such as an appreciation for the age-old traditions of craftsmanship, art, and high culture? Are we missing something that reflects the world as it is, rather than the world as we think we would wish it to be? And can the precise and the natural co-exist in society?

Nothing ensures the rapid development of new technology like the involvement of the military. From the trebuchet and the cannon to the tank and the ballistic missile, military research programmes have produced the most devastating weapons imaginable, but military masterminds are responsible for a number of surprises along the way as well. Radar, walkie-talkies and the jet engine are more obvious examples of military inventions that are now in everyday use around the world, but there are plenty of items with which all of us come into contact on a daily basis that have been developed from military technology. Rod Green describes how the microwave oven in your kitchen, the sat-nav in your car or the Internet that you use every day all owe their existence to the military as he takes us on a highly entertaining voyage of discovery through the world of military inventions ancient and modern.

'More than just a memoir. A manifesto for a whole way of thinking' Daily Mail 'An idiosyncratic and gripping memoir about his life and the indomitable career of the Cube' Observer 'The rise and enduring power of the world's most popular puzzle toy . . . Cubed is less a memoir than a chronicle of Rubik's evolving relationship with his creation' Financial Times *** As a child, Erno Rubik became obsessed with puzzles of all kinds. To him, they weren't just games - they were challenges that captured his imagination, creativity and perseverance. Rubik's own puzzle went on to be solved by millions worldwide, becoming one of the bestselling toys of all time. In Cubed, he tells us the story of the unexpected and unprecedented rise of the Cube for the very first time - and makes a case for why rediscovering our playfulness and inner curiosity holds the key to creative thinking.

Pockets, matches, spectacles, postage stamps. Whether it's the stitches that hold our clothes together or the syringes that deliver life-saving vaccines, small things really do make a big difference. Yet these modest but essential components of everyday life are often overlooked. Science and comedy writer Helen Pilcher shares the unexpected stories of 50 humble innovations - from the accidental soldering of two bits of metal that created the pacemaker, to the eighteenth-century sea captain whose ingenious invention paved the way for the filming of Star Wars - and celebrates the joy of the small yet mighty.

A prismatic look at the meeting of Marie Curie and Albert Einstein and the impact these two pillars of science had on the world of physics, which was in turmoil.

In 1911, some of the greatest minds in science convened at the First Solvay Conference in Physics. Almost half of the attendees had won or would go on to win the Nobel Prize. Over the course of those few days, these minds began to realise that classical physics was about to give way to quantum theory, a seismic shift in our history and how we understand not just our world, but the universe.

At the centre of this meeting were Marie Curie and a young Albert Einstein. In the years preceding, Curie had faced the death of her husband. She was on the cusp of being awarded her second Nobel Prize, but scandal erupted all around her when the French press revealed that she was having an affair with a fellow scientist, Paul Langevin.

The subject of vicious misogynist and xenophobic attacks in the French press, Curie found herself in a storm that threatened her scientific legacy.

Albert Einstein proved a supporter in her travails. He was young and already showing flourishes of his enormous genius. Curie had been responsible for one of the greatest discoveries in modern science. Utilising never before seen correspondence and notes, Jeffrey Orens reveals the human side of these brilliant scientists, one who pushed boundaries and demanded equality in a man’s world, no matter the cost, and the other, who was destined to become synonymous with genius.

Timed to coincide with the release of Walter Isaacson's latest biography on the famous painter and inventor, as well as the latest thriller in Dan Brown's Da Vinci Code series, this book includes 101 in-depth facts about Leonardo Da Vinci. 101 Things You Didn't Know About Da Vinci provides you with all the fascinating facts you didn't know about the famous artist, inventor, and creator of the Mona Lisa and the Vitruvian Man, including details about his personal life, information about his inventions and art, his interactions with his contemporaries, and his impact on the world since his death. Some facts include: -Da Vinci was left handed, and wrote from right to left, even writing his letters backwards. -Da Vinci's The Last Supper started peeling off the wall almost immediately upon completion, due to a combination of the type of paint Leonardo used and the humidity -Among Leonardo's many inventions and creations was a mechanical lion he created to celebrate the coronation of King Francois I of France Whether you're seeking inspiration, information, or interesting and entertaining facts about history's most creative genius, 101 Things You Didn't Know About Da Vinci has just what you're looking for!

This book contends that various forms of regulation have costs as well as benefits and it examines the impact of government regulation on the innovativeness of 'monopolies' - in this book meaning firms with the power to affect market price. The government regulation analyzed in this case is limited to rate-of-return regulation. Using theoretical models such as the Averch-Johnson model and a two-stage Nash equilibrium model, this volume examines whether regulated monopolies engage in more or less technological innovation than unregulated monopolies. Furthermore, if the unregulated (or less regulated) monopolies do engage in more research and development than regulated ones, it questions whether social welfare would be greater with the former. Using a case study of ten privately-owned electric utilities in the State of Texas, USA, it then tests out the general propositions brought forward by the theoretical modelling and finally makes its conclusions taking into consideration both theoretical and empirical findings.

It is clear that artifacts have the power to provoke thought, inspire action and arouse passions. There is evidence of this in the ever-increasing number of museums as well as in the ability of those museums to stimulate controversy through exhibits. As a consequence, much has been written analyzing the interaction between objects and museum visitors. Less well recognized, or understood, is the value of objects for historical research. In this series of books we propose to show by example how artifacts can be employed in the study of the history of science and technology in ways ranging from motivating a line of research to providing hard evidence in the solution of an otherwise insoluble problem. The first volume focused on medicine; in this, the second volume, the topic our authors address is electronics. As readers will discover, there is considerable scope in the range of topics and in the range of uses of artifacts. There is also a section that suggests to readers what kind of questions they might consider when they visit electrical exhibits, and where those exhibits are to be found.
This series is sponsored by the Deutsches Museum in Munich, the Science Museum in London, and the Smithsonian Institution in Washington, with help from professional historians in other museums and elsewhere.

The scientific and proto-scientific community of Elizabethan and Jacobean London has lately attracted much scholarly attention. This book advances the subject by means of an investigation of the life and work of Sir Hugh Plat (1552-1611), an author, alchemist, speculator and inventor whose career touched on the fields of alchemy, general scientific curiosity, cookery and sugar work, cosmetics, gardening and agriculture, food manufacture, victualling, supplies and marketing. Unlike many of his colleagues and correspondents, much manuscript material, in the form of notebooks and workings, has survived. Not much, however, is known of his personal life and among his manuscripts there are few letters, diaries or other private materials. What can be learned about him is summarised by Malcolm Thick in the first chapter, before he proceeds to analyse various aspects of his public output. Plat has such a wide range of interests that modern scholars have tended to concentrate on that aspect of his work which most affects their own research. Most recently he has fallen amongst historians of science and while they have carefully examined his written and published works they have, in some cases, interpreted almost all that he wrote as a quest for scientific knowledge, in the same way that the gardening writers thought him primarily a gardener or the cookery writers treated his cookery book as his most important work. By devoting a whole book to his multifarious interests, Thick illustrates Plat as a gentlemen of varied interests, a Londoner trying to make his way in the world, and as a man of his time and place. The chapter on military inventions, for instance, reveals Plat as an inventor who talked to military commanders and bent his mind to their most pressing military needs. His work on famine relief was an immediate response to a run of bad harvests that threatened the food supply of by far the largest city in the country. The medicines he developed aimed to cure the diseases most feared by his friends and neighbours. Even something as frivolous as his work on cosmetics was of great value to those at court, where appearance might dictate fortune. Two important aspects of his research, alchemy and enquiries about the current technology of various trades, were not so immediately dictated by the needs of the time. While his alchemical writings are the most esoteric and complex of his surviving manuscripts, much had a practical end in view - to develop powerful, effective medicines. His work on the technology of trades was by no means disinterested; in more than one instance, he developed better ways of carrying out industrial processes than was then practised and tried, by patents or other means, to make money thereby. The chapters, backed up by a full bibliography, references and documentary appendices, are as follows: Introduction; Biography; Gardening; Agriculture; Military Food & Medicine; The Writing of Delightes for Ladies and Sundrie new and artificiall remedies against famine; Alchemy; Medicine; Scientific Thought and Technique; Inventions; Moneymaking.

"Charley Ellis has written a magnificent portrait, capturing the indomitable spirit of Joe Wilson and his instinctive understanding of the need for and commercial usefulness of a transforming imaging technology. Joe Wilson and his extraordinary team, which I had the good fortune to first meet in 1960, epitomized the wonderful observation of George Bernard Shaw who said, 'Some look at things that are, and ask why? I dream of things that never were and ask why not?'

"Xerox and xerography are not only a part of our vocabulary, but part of our everyday life. Charley Ellis gives the reader a poignant understanding of just how this happened through the life, adventures, critical business decisions, and dreams of Joseph Wilson and a cadre of remarkable individuals.

"This book will surely join the library of memorable biographies that capture the building of America into a risk-tolerant, technologically sophisticated, idea-oriented society that thrives by understanding what Charles Darwin really said:

'Survival will be neither to the strongest of the species, nor to the most intelligent, but to those most adaptable to change.'"
--Frederick Frank, Vice Chairman, Lehman Brothers Inc.

Preserving the Promise: Improving the Culture of Biotech Investment critically examines why most biotech startups fail, as they emerge from universities into an ecosystem that inhibits rather than encourages innovation. This "Valley of Death" squanders our public investments in medical research and with them, the promise of longer and healthier lives. The authors explicate the Translation Gap faced by early stage biotech companies, the result of problematic technology transfer and investment practices, and provide specific prescriptions for improving translation of important discoveries into safe and effective therapies. In Preserving the Promise, Dessain and Fishman build on their collective experience as company founders, healthcare investor (Fishman) and physician/scientist (Dessain). The book offers a forward-looking, critical analysis of "conventional wisdom" that encumbers commercialization practices. It exposes the self-defeating habits of drug development in the Valley of Death, that waste money and extinguish innovative technologies through distorted financial incentives.

'A terrific book - essential reading for everyone seeking to make sense of Artificial Intelligence' Professor Sir Adrian Smith, Director and Chief Executive of the Alan Turing Institute In this myth-busting guide to AI past and present, one of the world's leading researchers shows why our fears for the future are misplaced. The ultimate dream of AI is to build machines that are like us: conscious and self-aware. While this remains a remote possibility, rapid progress in AI is already transforming our world. Yet the public debate is still largely centred on unlikely prospects, from sentient machines to dystopian robot takeovers. In this lively and clear-headed guide, Michael Wooldridge challenges the prevailing narrative, revealing how the hype distracts us from both the more immediate risks that this technology poses - from algorithmic bias to fake news - and the true life-changing potential of the field. The Road to Conscious Machines elucidates the discoveries of AI's greatest pioneers from Alan Turing to Demis Hassabis, and what today's researchers actually think and do. 'Nobody understands the past, the present, the promise and the peril of this new technology better than Michael Wooldridge. The definitive account' Matt Ridley, author of The Rational Optimist 'Effortlessly readable. The perfect guide to the history and future of AI' Tom Chivers, author of The AI Does Not Hate You