Video Leadership Seminars: Capitalizing on Nanotechnology Intellectual Property with Chinh Pham of Greenberg Traurig, LLP

Product Description
The goal of this Video Leadership Seminar is to provide lawyers and executives with essential information and strategies for capitalizing on nanotechnology intellectual property. The DVD is viewable on any computer or iPod (that supports video) and features 30 minutes of live video with Chinh H. Pham of Greenberg Traurig, LLP sharing his knowledge of and experience with clients in the nanotechnology industry. The Video Leadership Seminar provides invaluable information for designing a strong IP portfolio, including the steps to take and what to avoid, as well as an overall framework and timeline for how to proceed.

Topics covered in the Video Leadership Seminar include:

Step by step for capitalizing on nanotechnology IP
Strategies for negotiating IP terms
Roles and motivations of the key players
Laws that impact nanotechnology IP
Case Studies of specific situations and what you can learn from them

Samples of the types of questions answered in the Video Leadership Seminar include:

Please start out by giving a brief summary of what you do with respect to helping executives understand nanotechnology and intellectual property issues, as if you were explaining to a new client what you could do on their behalf.
If you were doing due diligence on a new client, in terms of judging their best course of action and any the best way to help capitalize on interests in nanotechnological intellectual property, what would you look at with respect to their company, competitors, industry or anything else?
What are the areas or factors that work in your client s favor for the most beneficial result in nanotechnology intellectual property?
What strategies have you developed personally to help executives and companies with nanotechnology and intellectual property related issues?
What are the 2-3 items most often negotiated when discussing nanotechnological intellectual property? Why?
What is the most difficult aspect of structuring the best way for a client to capitalize on nanotechnology and IP?
What do you consider a success from a negotiations standpoint? Upon what factors will this depend? Why?
Do you handle negotiations with respect to a settlement between your client and the opposing party any different?
What are the most significant IP and nanotechnology laws that affect companies? Of these, which is the most important for clients to know about and be in compliance with?
How have IP laws related to nanotechnology changed over the last 5 years? In your opinion, have these changes been positive or negative?
How do you explain the financial exposure to your client in a situation such as this? How may financial exposure change during the course of your representation?

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Important Projects in the World

At any given moment, millions of scientists, researchers, programmers and others, are working for the common good. Some have selfish motivations, and others may not understand the import of their work but in the end we may all benefit from their endeavors. Since we do not know what the future holds, it is difficult to accurately predict which projects will turn out to be the most significant; it is likely that many ventures will end in failure, and in retrospect, we may even be surprised that some were even undertaken. We can, however, uncover some leading candidates for most critical projects currently underway.

Medicine – We’ll start with the most obvious. Medical improvements can benefit all of us, either directly or indirectly. Cures to epidemics, or new medical therapies, perhaps genetic, can improve the quality of our lives. A cure for cancer or AIDS can end up saving millions of human lives and elevating the quality of life for millions more. Perhaps the most important work in this area is being performed by those trying to come up with new and faster methods to cure communicable diseases; there are many teams preemptively working on systems and techniques to quickly determine the root causes of new diseases and to devise the plans to eradicate them.

Diplomacy – The population of our planet has been steadily increasing, but living space and available natural resources remain finite. Tensions are likely to flare, and there are many people working to make sure that the various power structures in the world will function cohesively in the future. Major discord between competing entities can lead to unprecedented harm. Those that are working to eradicate terrorism at its source, and those that work toward international accord may be involved in today’s most important work.

Spiritual - There are many people that dismiss the importance of physical practicalities of our lives, and focus their efforts on more grandiose ends such as personal fulfillment, enlightenment and moral living. They urge us to strive for meaningful lives as opposed to merely comfortable ones; others try to shift attention to the afterlife as opposed to the here and now. It is possible that the work done in promoting these spiritual ends will accomplish the most for humanity in the long run.

Alternative Energy – Just a few hundred years ago, the issue of energy was mostly irrelevant. People collected wood for cooking and heat, and maybe used sunlight to warm water. Modern society, however, is entirely different, and much of what we do is directly or indirectly based on energy. Energy is used for transportation, industrial production, communications – even the harvesting and transportation of fruits and vegetables relies on a surprising amount of energy.

Nanotechnology – Nanotechnology is a field of applied science and technology covering a broad range of topics. The main unifying theme is the control of matter on a scale smaller than one micrometre, as well as the fabrication of devices on this same length scale. It is a highly multidisciplinary field, drawing from fields such as colloidal science, device physics, and supramolecular chemistry. Much speculation exists as to what new science and technology might result from these lines of research. Some view nanotechnology as a marketing term that describes pre-existing lines of research.

Computing, Internet and Artificial Intelligence – As processing power improves, the functionality and value of computers tends to increase significantly. The best computers of just a decade ago could not even handle tasks that the average desktop computer now handles with ease. The networking of these computers has expanded the possibilities even further. Computing and the internet has already changed many of our lives. We plan trips, research products, and explore our history in entirely new and more efficient ways. It seems clear, however, that the impact of the internet has just begun its influence on our lives.

Robotics – The field of robotics has been around for many years, and although there have been plenty of advancements, robots do not seem to affect our daily lives in any significant way. Of course robots make great toys, many are used in manufacturing facilities, and others are used for sea exploration or bomb detonation. It is likely, however, that all of this will change. As computing power improves and becomes less expensive, robots are given the ‘brains’ that they need to become very useful.

Space Travel – To some, this may be the most perplexing entry on this list. Suppose that the medical researchers described above are not able to stave off some future viral plague. Or imagine the nightmare scenario of a huge asteroid colliding with earth. What if drastic climate change ends up rendering our planet inhospitable to any form of life.

It is clear that some important issues were omitted from the list above, but it was not intended to be exhaustive. It may turn out that the most important work isn’t even on the radar right now. What is clear, is that although we are faced with unprecedented issues and problems, we have the technology and capacity to solve them; it is certainly a very exciting time to be alive!