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	Bell Lab- Research
		Their generation time in the lab is about nine months to a year, and crosses between parents from even the most highly divergent populations are viable and fertile.
		Their research on the same morphological traits that we study (see below) are rapidly yielding exciting insights into the genetic architecture of traits that vary within stickleback populations and evolve rapidly.
		In the winter of 2005, the Broad Institute in Cambridge, Massachusetts began to sequence the genome of a specimen from one of the Alaskan populations (Bear Paw Lake) that we study.
	life.bio.sunysb.edu /ee/belllab/research.html (3156 words)

	MIT's UROP: Current Research > Biology (Course 7)
		Our research is focused on identifying the proteins and pathways that play a key role in tumorigenicity and establishing the mechanism of their action in both normal and tumor cells.
		As a collaborative effort with the Hopkins lab, we are using zebrafish to conduct large-scale screens for growth control and cancer genes, which have led to the identification of 8 different genes whose mutation renders the fish highly tumor-prone.
		We research the mechanism in vivo and in vitro of polyester biosynthesis and homeostasis to generate biodegradable polymers with properites of thermoplastics, and rubber biosynthesis.
	mit.edu /urop/research/course7.html (5972 words)

	Research in Physics & Astronomy at Dartmouth College
		Other research within the area of quantum information science focuses on the non-equilibrium dynamics of quantum entanglement in spin-chains, with the motivation to develop a more physical, condensed-matter based understanding of quantum entanglement.
		Another broad research objective is to elucidate the significance of quantum information theory across different fields of physics, including deepening our understanding of quantum correlations in many-body systems, and pushing back the boundaries of quantum-limited measurements.
		Rimberg's research focuses on use of radio-frequency and microwave techniques to investigate the dynamics of electrons in such nanostructures as quantum dots and single-electron transistors.
	www.dartmouth.edu /~physics/research/condensed.matter.html (1002 words)

	Research - People - Genevieve Bell (Site not responding. Last check: 2007-10-31)
		Bell obtained her Ph.D. in anthropology at Stanford, where she wrote a history of the first non-reservation boarding school in the United States at the end of the last century.
		Bell relays, "I was hanging out in Silicon Valley and started to think about the relationship between the ethnographic work I'd done and industry." She met an entrepreneur who asked her what she did and found herself selling him on the idea that the computer industry needed anthropologists.
		Bell reflects, "When we first started to develop a sense of the consumer market we were using a set of traditional market research tools: calling people on the phone, using market research surveys, demographic profiling.
	www.intel.com /technology/techresearch/people/bios/bell_g.htm (1262 words)

	Lucent Technologies Bell Labs Researchers Honored with Stephen O. Rice Prize (Site not responding. Last check: 2007-10-31)
		During his tenure with Bell Labs, Rice led the creation of the theory of noise in radio communication systems, which is the foundation for the mathematical and statistical models used in defining channels for today’s wireless communications systems.
		Bell Labs is the leading source of new communications technologies and has been for eighty years.
		Backed by Bell Labs research and development, Lucent uses its strengths in mobility, optical, software, data and voice networking technologies, as well as services, to create new revenue-generating opportunities for its customers, while enabling them to quickly deploy and better manage their networks.
	i-newswire.com /goprint25360.html (781 words)

	Network Data and Services Research Department -- Home Page (Lucent External)
		The Network Data and Services Research Department is part of the Converged Networks and Services Research Center, which is part of Bell Labs Research.
		This system was supported by Bell Labs for 2 years, and in 1998 sold to Switchboard (which provides mapping for the US Postal Service web site, among others).
		And there are collaborations with outside institutions, including AT&T Labs, Avaya Labs, FORTH (Crete), the Indian Institute of Science, the Indian Institute of Technology, the University of Pennsylvania, the University of Toronto, the University of California, and the University of Manchester.
	www-db.research.bell-labs.com (1459 words)

	Multimedia Communications Research Lab (Site not responding. Last check: 2007-10-31)
		A lab is roughly the equivalent of a college at a university.
		Bell Labs is the research and development arm of Lucent Technologies.
		The core of AT&T Research Labs was formed primarily with Bell Labs employees at the time of the 1996 spinoff of Lucent.
	www.colloquial.com /carp/lab.html (256 words)

	Stephen P. Bell, Ph.D.
		Stephen P. Bell, Ph.D. Dr. Bell is also Professor of Biology at the Massachusetts Institute of Technology and Assistant Molecular Biologist at Massachusetts General Hospital, Boston.
		Bell pursued postdoctoral studies with Bruce Stillman at Cold Spring Harbor Laboratory.
		Stephen Bell is using a combination of biochemistry, genetics, and molecular biology to uncover the mechanisms responsible for the accurate and regulated duplication of eukaryotic chromosomes.
	www.hhmi.org /research/investigators/bellsp_bio.html (130 words)

	Lucent Technologies expands its global research and development presence with five new laboratories (Site not responding. Last check: 2007-10-31)
		Researchers in the Greek lab, located in Athens, will work on tomorrow's mobile Internet, which will require multimedia technologies and natural interfaces that compensate for the limitations of mobile terminals and take advantage of location awareness in the network.
		The lab located in Shenzhen, China, will be a joint research lab with Huawei Technologies and will conduct research on optoelectronics, microelectronics and data communications.
		Backed by the research and development of Bell Labs, Lucent focuses on high-growth areas such as broadband and mobile Internet infrastructure; communications software; communications semiconductors and optoelectronics; Web-based enterprise solutions that link private and public networks; and professional network design and consulting services.
	www.lucent.com /press/1200/001218.bla.html (633 words)

	Physical Sciences Research (Site not responding. Last check: 2007-10-31)
		During the last 50 years, physical sciences research at Bell Labs has played a crucial role in enabling modern communication networks through the creation of much of its physical layer material and component infrastructure.
		While a substantial part of our research can be described as being associated with the physical layer of the network, we have an increasing presence at the system level, where, in recent years, we have been making significant contributions synergistic with those of other laboratories.
		And two of our scientists are doing groundbreaking work on large scale mapping the distribution of dark matter and energy, one of the most exciting frontiers in the exploration of the universe.
	www.bell-labs.com /org/physicalsciences (366 words)

	Two Berkeley Lab Mathematicians Honored for Contributions to Computational Science and Engineering
		Algorithms developed by Bell, Colella and their research groups at Berkeley Lab are used for studying complex problems arising in fluid mechanics and computational physics.
		Bell and Colella will be presented with the prize on Tuesday, June 17, at the 2003 SIAM Annual Meeting to be held jointly with the Canadian Applied and Industrial Mathematics Society's annual meeting in Montreal, Canada.
		Bell's research focuses on the development and analysis of numerical methods for partial differential equations arising in science and engineering.
	www.lbl.gov /CS/Archive/news060903.html (900 words)

	VMI: Thin Films Lab
		The lab contains the equipment and instruments needed to create and characterize thin films and thin film devices such as interference filters, thin film capacitors, diodes, and transistors.
		Once the lab is completed, interested students will begin serious undergraduate research in the area of thin films and thin film devices.
		The lab contains some of the latest scientific instruments which physics majors at other schools may not otherwise be exposed to at the undergraduate level.
	www.vmi.edu /departments.asp?durki=2026 (1189 words)

	Music Acoustics Research
		In collaboration with Cochlear Ltd, we are conducting research on coding strategies for auditory information to be used in cochlear implants to improve the appreciation of music by users.
		She now has a 3 year research fellowship in Cambridge studying violin acoustics and perception and is a fellow of Wolfson College.
		Our research is supported by the Australian Research Council, as well as by the industrial collaborators and musicians who are acknowledged on the pages concerning the relevant projects.
	www.phys.unsw.edu.au /music/research.html (1757 words)

	Shape of Things to Come: Fruits of the Kearneysville Lab
		The research can go two ways: The gene may be used to dwarf scions, the tree shoots grafted onto dwarfing rootstocks, or to impart dwarf-producing properties to the rootstocks.
		In 1998, Scorza released a new plum and Bell, in conjunction with researchers at Ohio State University, introduced a fire-blight-resistant pear.
		Ralph Scorza and Richard L. Bell are at the USDA-ARS Appalachian Fruit Research Station, 45 Wiltshire Rd., Kearneysville, WV 25430-9425; phone (304) 725-3451, fax (304) 728-2340.
	www.ars.usda.gov /is/AR/archive/jul99/fruits0799.htm (1133 words)

	Bell Lab- Links
		Our lab is studying variation in brain structure in relation to spatial learning, feeding in stickleback with contrasting diets, evolution of gene expression and resulting changes in skeletal development, and evolutionary relationships of individuals within and among populations.
		Most students become involved with ongoing projects by helping feed and maintain live fish, counting and measuring structures under a dissecting microscope, capturing digital images of specimens and digitizing landmarks on those images, maintaining collections of preserved fish, and preparing DNA and fossils for data collection.
		They usually begin by working on an existing project, but as their skills develop, they are encouraged to undertake a project that could become an undergraduate honors thesis (students must meet other academic requirements for an honors degree) or a publication in the scientific literature.
	life.bio.sunysb.edu /ee/belllab/undergrad_research.html (317 words)

	NanoEngineering World Forum 2003
		Currently, we have a number of research projects under way, including experiments on the optical and electrical properties of quantum dots and quantum wires; molecular-scale transistors and other devices; bio-mimetic nanotemplating of complex shaped crystals; self assembly of nanotransistors; the electrical properties of break-junctions; and atomic resolution imaging of single atom dopants.
		Our researchers are also growing complex heteroepitaxial materials atomic layer by atomic layer to enable future novel devices-this could also be considered nanotechnology.
		Bell Labs is one of the founding members of the New Jersey Nanotechnology Consortium, a partnership between industry, academia, and the state to provide facilities for nanotechnology R&D and to enable regional commercialization of nanotechnology.
	www.iec.org /events/2003/nanoengineering/interview_murray.html (625 words)

	Statistics Research at Bell Laboratories
		Statistics research at Bell Labs is part of Mathematical Sciences research, and also part of Computer Science research via a "dotted-line" relation.
		Today, by continuing to focus on data from a host of challenging applications, we are working on new ways to think about, look at, and compute with data.
		Bell Labs hosted this one-day workshop where many of John's past and present collaborators and friends joined us to recognize his contributions and leadership in statistical computing.
	stat.bell-labs.com (174 words)

	New Jersey Nanotechnology Consortium
		The nucleus of this LLC is the world-renowned Bell Labs nanofabrication laboratory in Murray Hill, along with the Bell Labs scientists and researchers.
		By combining the leading-edge fabrication capabilities of this lab with regional academic research institutions and universities, NJNC is able to carry out basic and applied nanotechnology research while stressing the unique capability of bringing nanotechnology ideas from concept to commercialization.
		With a highly experienced research team, NJNC offers design, prototyping and fabrication capabilities to industry, academic and government members, including companies in the pharmaceutical, biotechnology, materials, optical/photonics, defense/aerospace and semiconductor markets.
	www.njnano.org /about/index.shtml (410 words)

	IBM Research \| Stuart Feldman (Site not responding. Last check: 2007-10-31)
		I am responsible for driving the long term and exploratory worldwide science strategy in computer science and connected fields such as mathematics, management sciences, social sciences, and for ensuring that IBM Research is firmly established as the premier place to conduct computer science research in the world.
		Before joining Bellcore, I was a computer science researcher at Bell Labs and a member of the original UNIX research team.
		I served on the board of the Computing Research Association(CRA), of the Association to Advance Collegiate Schools of Business (AACSB International), and was chair of ACM SIGPLAN and founding chair of ACM SIGecom.
	domino.research.ibm.com /comm/research_people.nsf/pages/feldman.index.html (455 words)

	Transcript of Oct. 5, 2005 Bear in Mind: Research at UC Berkeley
		I mean the research and teaching are completely interwoven, and the vitality of research is part of what is so attractive to students at Berkeley.
		I was at Bell Laboratories doing research during the time that fiber optics were developed and spent a lot of time talking with different people involved.
		And when research is explicitly sponsored by a company, we must have an agreement both for the intellectual property and also for publication that students can publish the work on a reasonable time scale and it won't [hurt] the advancement of their career.
	www.berkeley.edu /news/chancellor/bim/oct05_transcript.shtml (11454 words)

	IBM Research \| Mark S Squillante (Site not responding. Last check: 2007-10-31)
		He has been a Research Staff Member at the IBM Thomas J. Watson Research Center, Yorktown Heights, NY, since 1990, and an adjunct faculty member of the Department of Computer Science at Columbia University, New York, NY, from 1991 through 1996.
		From 1982 to 1985 he was a Member of the Technical Staff at Bell Telephone Laboratories, Murray Hill, NJ.
		His research interests concern fundamental problems in the mathematical analysis, modeling and optimization of computer systems, applications and services.
	domino.research.ibm.com /comm/research_people.nsf/pages/mss.index.html (140 words)

	fUSION Anomaly. Bell Laboratories
		23 by Bell Laboratories physicists William Shockley, 38, John Bardeen, 40, and Walter H. Brattain, 46, will replace the glass vacuum tube pioneered by Bell Labs physicist H. Arnold in 1912.
		Xerox, Chester F. Carlsonm went to University of Riverside then Caltech in 1930 bachelor of science in physics worked as a research engineer at Bell Labs in NYC for $35 a week.
		As of 1995 Bell Labs remains a scientific hothouse, with a US$3 billion total budget - $2.7 billion for development and $300 million for research.
	fusionanomaly.net /belllaboratories.html (242 words)

	Department of Chemistry - Thomas W. Bell
		Our research projects draw upon concepts and methods in synthetic and physical organic chemistry, coordination chemistry, spectroscopy and structural chemistry.
		The unifying theme is molecular devices: molecules that are tailored to bind and sense other molecules, to act as switches or motors, or to act as drugs interfering with biochemical processes.
		Two examples are a chromogenic reagent for measuring blood creatinine, which is an indicator of kidney function, and a fluorescent sensor for bicarbonate ion.
	www.chem.unr.edu /faculty/twb (621 words)

	NanoEngineering World Forum 2003
		Bell Labs is the leading source of new communications technologies.
		Bell Labs scientists have received six Nobel Prizes in physics, nine U.S. Medals of Science, and eight U.S. Medals of Technology.
		Backed by Bell Labs research and development, Lucent relies on its strengths in mobility, optical, data, and voice networking technologies, as well as software and services to develop next-generation networks.
	www.iec.org /events/2003/nanoengineering/042903.html (617 words)

	KStAR: Kansas State Aviation Research Lab (Site not responding. Last check: 2007-10-31)
		Uhlarik’s research applies the principles of psychology (such as attention, perception, and cognition) to engineering problems which is often referred to as human factors engineering.
		Current research focuses on information display formatting and the development of optimal (user friendly) graphical user interfaces for computer driven displays used in aviation.
		In addition, Dr. Uhlarik maintains active research in some basic research issues in visual perception including size and distance perception and form perception.
	www.k-state.edu /psych/kstar/uhlarik.html (207 words)

	E-Nose Pty. Ltd.
		E-Nose Pty Ltd was founded in February 2003 by Dr. Graham Bell and six scientists who have pioneered research in smell and electronic noses.
		Further research is progressing on diagnosis of diseases on the breath of humans.
		Projects are underway with clinical approval and the collaboration of appropriate expert clinicians, in the fields of diabetes and the early diagnosis of lung cancer.
	www.chemosensory.com (694 words)

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