23,003 research outputs found
Converting Intellectual Assets into Property
The mouse and graphic interface were first commercialized on Macintosh computers. Yet, Steve Jobs is said to have derived both from the Alto computer developed by Xerox\u27s Palo Alto Research Center. While Jobs became a billionaire, Xerox completely failed to get into the personal computer business, missing one of the biggest business opportunities in history.
Preferring to be more akin to Apple than to Xerox, firms are increasingly mindful that their most valuable assets are apt to be ideas and information instead of land, buildings and inventory. Not capable of being fenced in or locked up, intangible assets can be protected when they are converted into patents, copyrights, trademarks and trade secrets -- collectively intellectual property (IP)
Scientific Facts vs. Political Values
Professor Field takes exception to a recent Science editorial
IP Basics: Advice on IP Careers for Those with Technical Backgrounds
[Excerpt] Full-time law school takes three years and culminates in the Juris Doctor. A J.D. from a school accredited by the American Bar Association qualifies a person to take the bar exam in any state. As mentioned above, college graduates need not pursue any particular line of study to be accepted into law school. At the University of New Hampshire School of Law, for example, over a third of our students have degrees in engineering or science, and many have had extensive experience or advanced degrees, including M.D.s and Ph.Ds. -- the last being particularly helpful for biotechnology patent careers
IP Basics: Copyright for Digital Authors
Written for computer artists and programmers, this paper addresses the basics, as well as the registration of multiple works, difference between works that are and are not prepared for hire, and other matters of interest to entrepreneurs as well as to free-lance programmers and artists
Intellectual Property: The Practical and Legal Fundamentals
Patents, copyrights, trademarks and related interests are known as intellectual property (IP). It has not been long since patents especially were regarded in U.S. courts, and the Supreme Court in particular, as tools of monopolists, and their owners often fared poorly. However, people have come increasingly to view privately funded innovation as critical to national economic well-being and to agree that such innovation cannot occur unless companies that succeed in the marketplace can recoup their research, development and marketing costs. That is a major function of IP, and, particularly within the past dozen years, IP has been seen, both here and abroad, as playing a key role in developing technologies for the next century
Controlling Patent Prosecution History
[Excerpt] “One of the most salient effects of patent prosecution history arises in the context of the doctrine of equivalents. Under that doctrine, although patent claims may be found to be broader than their literal scope, territory surrendered during prosecution cannot be encompassed as equivalent. Nor can territory forfeited by initial failure to claim be captured under the doctrine of equivalents. Most attorneys who prosecute applications are apt to be aware of such problems and to take measures to avoid them.
Pursuing Transparency through Science Courts
[Excerpt] The frequency and magnitude of risks and benefits are facts. The acceptability of risks associated with particular benefits is not. In the best of all worlds, normative choices based on facts would be made directly by persons at risk. We do not have the best of all worlds. As we move from consumer to occupational and environmental risks, political transparency increasingly must substitute for individual autonomy. When we cannot each have our way, we should be able to decide which facts are important, to have access to such facts and to be able to influence decisions based on them
Book Reviews
Reviews of the following two books: VALUING HEALTH Risks. COSTS, AND BENEFITS FOR ENVIRONMENTAL DECISION MAKING (P. Brett Hammond and Rob Coppock, eds.) THE LIABILITY MAZE: THE IMPACT OF LIABILITY LAW ON SAFETY AND INNOVATION (Peter W. Huber And Robert E. Litan, eds.
Which Scientist Do You Believe - Process Alternatives in Technological Controversies
Beyond introducing these papers, Professor Field argues that those designing processes for tasks originally contemplated by the Science Court proposal should closely consider, e.g., intervening experience with alternative dispute resolution
IP Basics: Trademarks and Business Goodwill
This is information all business owners need if they wish to preserve their hard-won goodwill. It discusses, for example, the important differences between strong and weak marks for products and services, the value of state and federal registrations and the importance of searches (to avoid wasting money)
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