Technical Programme - Materials Research Society of Singapore ...

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ICMAT 2009 and IUMRS - ICA 2009 Technical Programme Entrepreneurship in Material Science and Engineering Thursday, 2 July 2009 13:00 – 14:30 hrs Level 2, Ballroom Moderator: LIM Khiang Wee Institute of Materials Research and Engineering, Singapore Panelists: Freddy BOEY Nanyang Technological University, Singapore Yet-Ming CHIANG Massachusetts Insititute of Technology, USA Richard FRIEND Cambridge University, United Kingdom Chad MIRKIN Northwestern University, USA Entrepreneurship in Science and Engineering is related to the formation of spin-off companies which commercialize scientifi c results. In this context, the formation of spin-off companies by scientists themselves is becoming ever more important. In order to inspire ICMAT 2009 participants to pursue entrepreneurial activities by showcasing some successful examples of scientist-entrepreneurs and providing a forum for information and discussion, this panel discussion will be held together with ICMAT 2009. All ICMAT 2009 delegates are welcome to attend. pg 42 Panel Discussion
Peter Doherty Nobel Laureate in Medicine Tuesday, 30 June 2009 18:00 – 19:00 hrs University Cultural Centre, National University of Singapore Chair: George RADDA A*STAR, Singapore Living in an Evidence-Based World Our capacity to “interrogate” nature has been progressing with incredible speed, in ways that would not have seemed possible even a decade ago. In biomedical research, for example, being able to make transgenic mice that express human genes and the possibilities that have been opened by obtaining the whole sequence of human (and other) genomes has already led to enormous advances. Much of this type of science is now characterized by the acquisition of very large data sets that are being analyzed by “systems biology” approaches requiring massive computational resources. The “big science’ that has long been characteristic of areas like experimental physics has now come to biology. Contemporary science in general, whether it is concerned with the nature of immune responses or the climate systems that so constrain our physical environments, is increasingly the science of complexity. As we seek to understand the emerging evidence, we realize that both our existence as physiological beings and where we stand in nature is a function of multiple interactive effects, only some of which can be modifi ed by human intervention. While this should cause us to approach the issue of our long-term survival with some sense of due humility it should also suggest that, providing we engage fully with reality, we have the capacity to drive the human future in positive and sustainable ways. The fi rst, essential step is to begin making the changes that will ensure the good health of this small planet and its myriad of life forms. This in turn requires that we continually inform ourselves by using the best available science to evaluate what is happening, both within ourselves and in the green world around us, and that we act rationally on the basis of what we have learned. ICMAT 2009 and IUMRS - ICA 2009 Technical Programme Public Lectures Peter Gruenberg Nobel Laureate in Physics Tuesday, 30 June 2009 19:00 – 10:00 hrs University Cultural Centre, National University of Singapore Chair: Andrew WEE National University of Singapore, Singapore Spintronics and its applications Due to the discovery of the Giant Magnetoresistance (GMR) effect in 1988, in subsequent years readable storage capacity of hard disk drives (HDD) could be increased by approximately a factor of 100. This remained not the only application in this new fi eld, sometimes also called spintronics. In conjunction with a permanent magnet attached to a moving part it can be used to sense its position speed or rotation. This principle can be applied in macroscopic systems such as traffi c as well as on the micro- and nano scale for the detection of biomolecules. Progress in GMR soon also stimulated new efforts in tunnel magnetoresistance (TMR) with the result that TMR effects of the order of 500% have been observed (as compared to only 20% in equivalent GMR structures). They are now also used in HDDs and challenge GMR. In GMR magnetic alignment in these layered structures has an effect on electrical resistivity. There is also an inverse effect to this called “Current Induced Magnetic Switching” where spinpolarized currents have an impact on magnetic order. The possibility of using this in magnetic data storage is obvious. pg 43
Page 1 and 2: ICMAT 2009 INTERNATIONAL UNION OF M
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Page 7 and 8: National Advisory Committee • Ber
Page 9 and 10: Symposium I Chair Valiyaveettil SUR
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Page 13 and 14: Agilent Technologies, Inc Address :
Page 15 and 16: Carl Zeiss South East Asia Address
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Page 19 and 20: Korea Bone Bank Co., Ltd Address :
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Page 25 and 26: accomplishments. In recognition of
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Page 37 and 38: Plenary Lecture 2 Tuesday, 30 June
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D Symposium D - Functional Ceramic
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Symposium E(1): Nanostructured Magn
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E Symposium E - Nanostructured Magn
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SYMPOSIUM F Nanostructured Material
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14:30 F2-S2.3-4(IN) A02651-04545 pg
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F2-S5: Fuel Cells / Lithium Batteri
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F-S8: Poster Session - Lithium Batt
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F-S8.38(P) A01373-03521 pg F48 MnO
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SYMPOSIUM G Plasmonics and Applicat
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G-S1: Plasmonics Opening Session Mo
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G-S7: Fabrication Technique for Pla
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G-S9: Plasmonic Optics and Nanoimag
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SYMPOSIUM H Carbon Nanotubes: Synth
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H-S1 Monday, 29 June 2009 11:00-12:
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H-S5.09(P) A00833-01453 pg H14 Expe
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H-S8 Wednesday, 1 July 2009 15:30-1
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SYMPOSIUM I Carbon Rich Materials (
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I-S1 Monday, 29 June 2009 11:00-12:
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15:00 I-S7.5(O) A02465-04217 pg I31
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I-S8.33(P) A02433-04150 pg I31 Synt
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J Symposium J - Nanodevices and Nan
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K Symposium K - Nano Patterning & S
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L Symposium L - NEMS/MEMS Technolog
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SYMPOSIUM M DNA Nanoscience and Bio
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M-S1 Monday, 29 June 2009 11:00-12:
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M-S5.21(P) A01765-03093 pg M21 Mole
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16:30 M-S8.5(IN) A01808-03157 pg M2
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SYMPOSIUM N Plastic Electronics The
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N-S1 Monday, 29 June 2009 11:00-12:
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14:30 N-S7.3-4(IN) N90023 pg N57 So
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N-S8.33(P) A01329-03342 pg N28 Effe
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N-S8.69(P) A02791-04774 pg N45 Role
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SYMPOSIUM O Compound Semiconductor
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14:15 O2-S7.2(O) A01752-03060 pg O5
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O1-S10: Optoelectronic Devices & In
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O-S11.23(P) A00702-02292 pg O30 Mag
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O-S11.62(P) A02165-03727 pg O67 Cd
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SYMPOSIUM P Optical Fiber Devices a
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P-S1 Monday, 29 June 2009 10:00-12:
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P-S5.17(P) A02341-04015 pg P35 Bess
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15:45 P-S10.10(O) A01807-03158 pg P
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Symposium Q: Computational Material
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Q Symposium Q - Computational Mater
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SYMPOSIUM R Single Crystals; Growth
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R-S1 Monday, 29 June 2009 11:00-12:
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16:15 R-S5.10(O) A00969-01702 pg R1
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R-S8.24(P) A02144-03694 pg R31 Curr
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S Symposium S - Novel Routes of Sol
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T Symposium T - Advanced Component
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U Symposium U - Mechanical Behavior
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SYMPOSIUM V Materials Education: Ne
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V-S1: New Curricula and Programs -
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SYMPOSIUM W GEM4/SMART Symposium on
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11:00 W-S1.1-2(IN) Title to be anno
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ICMAT 2009 and IUMRS - ICA 2009 Aut
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A B C D E F Advanced Biomaterials a
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Deposition Solutions for R&D and Ma
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