Lucent Technologies

Figure 7.3. The evolution of electronics a vacuum tube, a discrete transistor in its protective package, and a 150 nun (diameter) silicon wafer patterned w ith hundreds of integrated circuit chips. Each chip, about I enr in area, contains over one million transistors, 0..35 pm in size (courtesy M.L. Green, Bell Laboratories/Lucent Technologies).

S. V. Frolov Bell Laboratories Lucent Technologies 600 Mountain Ave. [Pg.10]

Howard E. Katz, Bell Laboratories, Lucent Technologies James R. Katzer, ExxonMobil... [Pg.205]

Elsa Reichmanis, Bell Laboratories, Lucent Technologies... [Pg.206]

Dr. Meng was awarded a Ph.D. from the University of California, Los Angeles, under the supervision of Professor Fred Wudl in 2002. Before joining DuPont Company, he pursued internship training at Lucent Technologies, Bell Laboratories under Professor Zhenan Bao (now at Stanford University) in the field of organic electronics. [Pg.695]

RodneyJ Bartlett Quantum Theory Project PO Box 118435 University of Florida Gainesville, FL 32611-8435 USA R. B. van Dover Bell Laboratories Lucent Technologies Murray Hill, NJ 07974 USA... [Pg.307]

Bell Laboratories Lucent Technologies Murray Hill, NJ 07974 USA... [Pg.308]

Lucent Technologies, Klotz Receiver chipset NASCAR, ISC America s largest... [Pg.260]

Elsa Reichmanis (NAE), Lucent Technologies F. Fleming Crim (NAS), University of Wisconsin... [Pg.5]

Lucent Technologies, Optical Fiber Solutions Norcioss, Georgia... [Pg.1163]

Jose A. i.opez, Baylor College of Medicine. Houston. TX. http //www bcnumc.edu/. Nanotechnology iMoleculari Lucent Technologies, Optical Fiber Solutions. Notvtvss. G.4. Optical Fiber Systems... [Pg.1841]

Mary L. Mandich, Lucent Technologies When I saw market-driven research, I immediately thought about financial market drivers. How do you think the forward-looking strategy of corporate-supported research and innovation is affected by market trends and stock prices ... [Pg.17]

Mary L. Mandich, Lucent Technologies Do you think that portfolio management prevents that or that... [Pg.25]

Lisa Reichmanis is director of the materials research department at Bell Laboratories, Lucent Technologies, in Murray Hill, NJ. She has also been elected president of the American Chemical Society, the world s largest scientific society, for the term beginning January 2003. [Pg.28]

Our communications infrastructure relies heavily on advanced materials chemistries. From the manufacturing processes used to fabricate optical fiber cables to molecular beam epitaxy techniques for the creation of nanoscale heterostructures that enable many optical devices, innovations in materials chemistry have played a role. An example of a recent technological achievement that relates to optical communications systems is the MEMS-based (microelectromechanical system) Lambda Router. The Lambda Router is an optical system developed at Lucent Technologies for switching narrowly focused... [Pg.31]

Elsa Reichmanis Life has certainly changed, but Bell Labs really benefits from the executive level s belief—meaning Patricia Russo, CEO, Lucent Technologies Bill O Shea, president of Bell Labs Jeff Jaffe, president of research and advanced technologies for Lucent and the board—in supporting long-range, fundamental research. [Pg.35]

Elsa Reichmanis, Lucent Technologies I have had some direct experience with long-distance collaborations. In one collaboration we had a joint R D program with a company located in Switzerland, and in another we collaborated with a company located on the East Coast, only a few hours away from our location. In both cases the initial few meetings were face to face, which helped with the social aspects of the project. Because we had the chance to get to know each other, it was much easier to pick up the phone and talk to the relevant researchers in either organization to get information and understand what was going on. Daily e-mail communication helped us stay informed of progress. [Pg.107]

Mary L. Mandich, Lucent Technologies I have a question directed toward Michael, about the comparison of innovation and research with stocks. Maybe I am overly influenced by a book called Stocks for the Long Run, by Jeremy J. Siegel and Peter L. Bernstein, but the basic point of that book was that you would make the most money in the long run not if you tried to find one stock that would do superbly well, but if you backed really good horses. There is a dichotomy of market-driven research that will make a lot of money versus the fundamental belief that innovation is the way to go. I see a conflict there, and maybe you can resolve it better than I can. [Pg.113]

Kenneth A. Pickar, California Institute of Technology David R. Rea, E. I. du Pont de Nemours and Company (retired) Elsa Reichmanis, Lucent Technologies C. E. Rinehart, ExxonMobil... [Pg.120]

A second type of nanotweezer was reported less than a year later by researchers at Lucent Technologies. Lucent researchers used three strands of DNA to make their grasping device. One strand (labeled A in the diagram on page 100) was constructed to have a V-shape, to which two additional strands of DNA (B and C) could he attached. The total length of the device, from the vertex of the A strand to the ends of the B and C strands was about 7 nm. [Pg.99]

Reports from 3M [46] and from Lucent Technologies [47] have indicated that combining thiophenes and acenes may also be a promising approach. The thiophene systems are somewhat easier to synthesize and purify, because of their greater solubility, but the acenes are typically higher-performing. The combination of the two has shown some intriguing initial results. [Pg.54]

A complete list of accomplishments would require an inordinate amount of space - many industrial research groups including IBM, Lucent Technologies, 3M, Infineon, PARC, EInk, Samsung, Hitachi, NHK (and... [Pg.55]

Modulation can be accomplished in a variety of ways. For example, the output of a laser can be modulated directly or external modulation can be applied using electro-optic or electro-absorptive modulators. Currently, commercial electrooptic modulators are fabricated from lithium niobate. The performance characteristics of one family of lithium niobate modulators, produced by Lucent Technologies (Breinigsville, PA), are given in Table 1. [Pg.8]

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