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	Quantum information science - Wikipedia, the free encyclopedia
		Quantum information science concerns information science that depends on quantum effects in physics.
		The term quantum information theory is sometimes used, but it fails to encompass experimental research in the area.
		Quantum teleportation is one well-known quantum information processing operation which reliably transfers an unknown quantum state from one point to another distant point, destroying the original state in the process.
	en.wikipedia.org /wiki/Quantum_information_science (185 words)

	21st-Quantum Information Science & Technology
		Quantum computing and communications are a huge paradigm shift that is going to cause massive disruptions in numerous social, economic and industrial areas.
		Fig.1 When information is represented as a quantum state rather than in terms of classical bits, quantum information science is described as being generalizations or extensions of classical theory.
		There is quantum teleportation (yep, it’s been proven to exist) which offers a convenient and safe way to pass quantum information from one part of a quantum computer to another, and even between quantum computers.
	www.vxm.com /Speed.quantum.html (5413 words)

	Research Teams: Quantum Information Science
		The program is designed to establish leadership in quantum information science by integrating the allied disciplines of physics and computer science, to develop and enhance theories, to propose and experimentally realize quantum information protocols, and to create new technologies.
		Quantum information science, emerging from the unification of research in computer science and quantum physics, exploits remarkable quantum effects to address critical issues in nanoscale computer science.
		The experimental quantum effects can supercede the capacity of a standard computer to represent information in binary digits of one or zero, to a quantum computer where the numbers zero and one can simultaneously coexist.
	www.icore.ca /research_quantum.htm (679 words)

	Page of my Quantum Information Science Group
		Quantum Information Science is a novel area of physics that has emerged from the idea of bringing together information theory and quantum mechanics.
		Research in Quantum Information Science employs techniques and ideas from these areas but at the same time tries to investigate them further by viewing them from the hitherto unexplored perspective of information theory.
		This includes a detailed quantitative understanding of quantum entanglement as a resource, the impact of ideas from information theory on other areas of physics such as statistical mechanics, the development of innovative quantum applications and the investigation of novel ways to implement quantum information processing in quantum optical or condensed matter systems.
	www.lsr.ph.ic.ac.uk /~plenio/research.html (257 words)

	INI Programme QIS
		Quantum information science is a new field of science and technology.
		Deep links between the previously unrelated disciplines of quantum physics and computer science/information theory have been forged.
		Quantum information science is one of the most dynamic areas in the physical sciences and in information/computation theory, and new ideas and phenomena are appearing at a remarkable rate.
	www.newton.cam.ac.uk /programmes/QIS (205 words)

	IQI: Quantum Information Science
		Quantum information science (QIS) is a new field of science and technology which draws upon the disciplines of physical science, mathematics, computer science, and engineering.
		Quantum effects have already been used to create fundamentally unbreakable cryptographic codes, to teleport the full quantum state of a photon, and to compute certain functions in fewer steps than any classical computer can.
		We founded the Institute for Quantum Information (IQI) to catalyze and stimulate QIS research.
	www.iqi.caltech.edu /qis.html (289 words)

	Quantum Information Science and Technology (Site not responding. Last check: 2007-10-09)
		Though still in its infancy, quantum information science is nonetheless a rapidly advancing field of endeavor.
		Present studies are directed towards the experimental investigation of solid-state superconducting nanoelectronics as a potential candidate for scalable quantum computing, and the application of quantum information processing to artificial neural network design.
		Experimental research at the Kavli Institute of Nanoscience Delft focuses on understanding and controlling the quantum properties of structures such as superconducting rings, quantum dots, nanowires and carbon nanotubes, with possible application to quantum computing and novel electronics devices.
	artilect.org /altman/physics.html (172 words)

	Quantum Information Science
		A three-day short course designed to encourage recruitment of post-doctorates into the field of Quantum Information Science (QIS) was held May 29-31, 2002 at the Hotel Europa Tyrol in Innsbruck, Austria.
		Quantum information science (QIS) is a new field of science and technology, combining and drawing on the disciplines of physical science, mathematics, computer science, and engineering.
		Until recently, such quantum effects have mostly been seen as a nuisance, causing small devices to be less reliable and more error-prone than their larger cousins.
	www.wtec.org /QIS (544 words)

	NIST: Physics Laboratory's - Quantum Information
		The starting point for quantum information at NIST was in 1995 when the Ion Storage Group demonstrated the first quantum-logic gate.
		The NIST Quantum Information Program is an effort that builds on the broad internationally recognized research program involving trapped ions by the NIST Physics Laboratory's Ion Storage Group headed by David Wineland.
		This effort entitled A Scalable Quantum Information Network is led by Carl Williams and includes representatives of the Electronics and Electrical Engineering Laboratory, the Information Technology Laboratory, and the Physics Laboratory.
	qubit.nist.gov (943 words)

	Leeds : Physics & Astronomy : Quantum Information Group (Site not responding. Last check: 2007-10-09)
		The Quantum Information (QI) Group is a new group in the School of Physics and Astronomy, at Leeds, starting on October 1st 2004.
		The research in the QI group will cover all aspects of quantum computation and information processing, including the more theoretical aspects of computational complexity and the mathematical theory of quantum entanglement as well as more practical issues of analysing systems capable of supporting a large scale quantum computation.
		There will also be a substantial interest in the fundamental issues in quantum mechanics, such as geometric phases and exotic particle statistics (anyons), the relationship between quantum theory and thermodynamics, as well as in the study of many body systems typical for solid state and condensed matter physics.
	www.physics.leeds.ac.uk /pages/QuantumInformationGroup (294 words)

	Research Fellow in Quantum Information Science (Site not responding. Last check: 2007-10-09)
		University of Queensland (UQ) is hiring a Research Fellow in theoretical quantum information science, for a fixed term of five years.
		We are looking for a dynamic and innovative person with internationally recognized research in any area of theoretical quantum information science, including, but not limited to, quantum algorithms, quantum computation, entanglement, quantum control, quantum optics, and quantum information theory.
		quantum information theory group, Physics at UQ also hosts one node of the Australian Research Council Center of Excellence in Quantum Computer Technology.
	www.qinfo.org /position (714 words)

	INFORMATION SCIENCE: ON QUANTUM ERROR CORRECTION (Site not responding. Last check: 2007-10-09)
		She cannot generate copies of it (that is, prepare further atoms in the same state) because no method to do that is physically possible (the "no-cloning" theorem, which if broken would lead to various contradictions involving non-local correlations).
		These parameters are related to the quantum parameters of Alice's atom, and when the three-atom group is perturbed by an error, the function of error-correction is to manipulate the group until the quantum parameters of Alice's atom are restored.[2,3]
		He demonstrated the essential unity of all information media, pointing out that text, telephone signals, radio waves, pictures, film, and every other mode of communication could be encoded in the universal language of binary digits, or "bits" -- a term that first appeared in that Shannon 1948 paper.
	scienceweek.com /2005/sb050218-1.htm (996 words)

	QiSci (Site not responding. Last check: 2007-10-09)
		An interactive proof system is a notion in computer science concerned with the following problem: A verifier V wants to decide whether a string x belongs to a language L. Sadly, V is polynomial time bounded which makes it difficult for him to solve this problem.
		One of the biggest puzzles in the foundations of quantum computing is to determine which specific feature of quantum theory is responsible for the exponential speedup with respect to classical computing.
		Whilst the attempt is not entirely successful, in that quantum computations cannot be thought of as merely tests of propositions in SQL, a method for deciding the truth of a proposition in SQL with nonzero probability of success on a quantum computer does exist.
	www.qinfo.org (1480 words)

	What We Do - Quantum Information Technology Group
		The NUS Quantum Information Technology (Quantumlah) group focuses on quantum cryptography (new protocols and its implementation), quantum computation, investigating interaction between light and matter and fundamentals of quantum mechanics.
		The efforts of the NUS Quantum Information Technology Group is the subject of an article in the Singapore Straits Times.
		The Singapore Quantum Information effort is mentioned under the heading "Rise of the Quantum Island".
	www.quantumlah.org (278 words)

	MIT MAS.961: Quantum Information Science
		Advanced graduate course on quantum computation and quantum information.
		Topics include quantum circuits, quantum Fourier transform and search algorithms, physical implementations, the quantum operations formalism, quantum error correction, stabilizer and Calderbank-Shor-Steane codes, fault tolerant quantum computation, quantum data compression, entanglement, and proof of the security of quantum cryptography.
		Prior knowledge of quantum mechanics and basic information theory is required.
	www.media.mit.edu /quanta/mas961/index.php (388 words)

	university of calgary quantum information science
		The Institute for Quantum Information Science is a multidisciplinary group of researchers from the areas of Computer Science, Mathematics, and Physics.
		The goals of Calgary's Institute for Quantum Information Science are to conduct leading research in key theoretical and experimental topics of quantum information science, to provide excellent education and training in quantum information and cognate areas, and to foster linkage between the Institute and other quantum information institutes and with industrial partners.
		The Institute has the dual objective of applying quantum physics to produce revolutionary advances in information and communication science and technology, and to advance understanding and methods in quantum physics by applying breakthroughs in quantum information research.
	www.iqis.org (182 words)

	2003 GRC on Quantum Information Science
		Quantum Information Science will be a yearly conference focusing on the rapidly growing field of Quantum Information Processing.
		The primary focus of the conference will be on physical and theoretical aspects that arise in implementation of quantum information processing for computation or communication.
		The conference will bring together researchers from the diverse fields of physics, computer science, mathematics, chemistry, materials science, and engineering, with the common interest of increasing our understanding of how to formulate, manipulate, and process information using physical systems that operate on quantum mechanical principles.
	www.grc.uri.edu /programs/2003/quantinf.htm (206 words)

	53. DARPA - Quantum Information Science & Technology (QuIST)
		The goal of the Defense Advanced Research Projects Agency's (DARPA) Quantum Information Science and Technology (QuIST) program is to demonstrate advances required for practical use of quantum logic and information in computing, communications, and other applications.
		The program is aimed at developing theory, hardware, and integrated demonstrations that may include scalable assemblies of quantum logic and memory, quantum teleportation-based communication, ultra-precise clock synchronization, communication of quantum information over large distances, and network backbones based on coherent optical and quantum techniques.
		The Quantum Information Science and Technology program is a five-year (60-month) program with a total budget of about $100M.
	apps.rgp.ufl.edu /research/fyi/back_issues/v28n09/fyi053.cfm (429 words)

	MIT MAS.865 / Physics 8.371J: Quantum Information Science
		As an experiment, parts of the quantum information course material will be taught as part of 8.422 (Atomic Physics II).
		The first semester of this two-course sequence (18.435) was taught by Peter Shor in the Fall of 2003, and covered quantum algorithms, quantum error correction, cryptography, and introduced fault tolerance.
		This semester, we will focus on two areas: (1) additional applications of quantum information, including metrology, communication, and authentication, and (2) implementations, including NMR, trapped ions, neutral atoms, superconductors, and photons.
	www.media.mit.edu /quanta/mas865/index.php (317 words)

	EQIS04
		The EQIS meetings are to focus on quantum information science and technology, a new interdisciplinary field bridging computer science, quantum physics, mathematics, information theory, statistics, optics- and nano-technologies.
		EQIS'04 will be the fourth conference in a series and is to concentrate on theoretical and also experimental aspects of quantum information science.
		Contributions for short communications and posters will be solicited in the research areas related to quantum information science, including, but not limited to:
	www.qci.jst.go.jp /eqis04 (343 words)

	university of calgary quantum information science
		Director of the Center for the Mathematics of Information and member of the Institute for Quantum Information at the California Institute of Technology.
		Director of the Institute for Quantum Computing and founding member of the Perimeter Institute for Theoretical Physics in Waterloo.
		Financial support for this festival is gratefully acknowledged from the Alberta Informatics Circle of Research Excellence, Department of Physics and Astronomy, Department of Computer Science, Faculty of Science, Faculty of Communication and Culture at the University of Calgary.
	www.iqis.org /events/festival05/festival05.html (297 words)

	Quantum Information Science at UVigo (Site not responding. Last check: 2007-10-09)
		We are interested in those theoretical aspects of Quantum Information Science that could improve the current level of information security in computing and communication systems.
		Marcos Curty, David J. Santos, Esther Perez, Priscila Garcia-Fernandez: "Quantum message authentication", ERATO Workshop on Quantum Information Science, Tokyo, 6--8 September 2001.
		Marcos Curty, David J. Santos: "Protocols for quantum steganography" 2nd Bielefeld Workshop on Quantum Information and Complexity, Bielefeld, Germany, 12--14 October 2000.
	www.com.uvigo.es /~dsantos/qis.html (441 words)

	Quantum Information Processing Jobs
		Calgary's Institute for Quantum Information Science (IQIS) is a multidisciplinary research institute presently involving the Departments of Computer Science, Physics & Astronomy, and Mathematics & Statistics, with the dual objectives of producing revolutionary advances in information and communication science and technology as well as to advance the understanding of quantum science through quantum information research.
		Members of IQIS conduct leading research in quantum algorithms and complexity and in atomic and photonic implementations of quantum information tasks and protocols, and soon a major effort will commence in the area of practical quantum cryptography.
		Researchers interested in all aspects of the interface between information science and physical science are invited to apply.
	www-rcf.usc.edu /~tbrun/QIPJobs (1804 words)

	PIMS-MITACS Summer School on Quantum Information Science (Site not responding. Last check: 2007-10-09)
		If there is any discrepancy between the information on this page and the new site, the information on the new site should be used.
		The goal of this summer school is to introduce a general audience of computer scientists, physicists, and mathematicians with little or no background in quantum information science to this exciting field.
		The purpose of this school is to introduce a general audience of computer scientists, mathematicians, and physicists to the field of quantum information science.
	www.pims.math.ca /industrial/2003/ssqis (199 words)

	Quantum Information Science (Site not responding. Last check: 2007-10-09)
		Quantum technology has made great strides in recent years.
		While quantum computers offer many benefits, we are far from seeing them implemented on a mass scale.
		Here we review the basic building blocks of quantum information processing, identify the advantages of quantum physics over classical physics, explain how quantum communication protocols work and identify the challenges we need to overcome to realize a quantum computer.
	www.osa-opn.org /abstract.cfm?URI=OPN-13-11-42 (81 words)

	Quantum Information Science and Technology Roadmapping Project
		Version 2.0 of the quantum computation (QC) roadmap is now publicly available for download.
		NEW: Version 1.0 of the quantum cryptography roadmap is now available for download.
		Please e-mail comments on the quantum computation roadmap to Richard Hughes with a copy to Todd Heinrichs.
	qist.lanl.gov (72 words)

	Quantum Information Science Study Group (Site not responding. Last check: 2007-10-09)
		This is the Quantum Information Science Study Group organized by Tzu-Chieh Wei under the supervision of Prof.
		The main purpose is to meet weekly to study some literature on quantum information science.
		They are mostly theory papers: from teleportation, factoring, searching, to bound entanglement, error correction, and quantum games, etc. (One particular goal is for people in theory groups to make effort to learn and do quantum information.)
	www.physics.uiuc.edu /Research/Quiss/about.html (119 words)

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