Noncontact Atomic Force Microscopy - Yale School of Engineering ...

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LastName FirstName Institution Email Altman Eric Yale University eric.altman@yale.edu Arai Toyoko Kanazawa University arai@staff.kanazawa-u.ac.jp Asakawa Hitoshi Kanazawa University hi_asa@staff.kanazawa-u.ac.jp Baratoff Alexis University of Basel alexis.baratoff@unibas.ch Baykara Mehmet Yale University mehmet.baykara@yale.edu Bechstein Ralf Aarhus University ralf@inano.dk Bernard Laetitia EMPA laetitia.bernard@empa.ch Bettac Andreas Omicon NanoTechnology a.bettac@omicron.de Borowik Lukasz Institut d'Electronique Microelectronique Nanotechnologie lbor@tlen.pl Braendlin Dominik Nanosurf AG braendlin@nanosurf.com Cannara Rachel National Institute of Standard and Technology rachel.cannara@nist.gov Celik Umit Istanbul Technical University umitcelik@itu.edu.tr Chan Ho Bun University of Florida hochan@phys.ufl.edu Chawla Gaurav University of Maryland College Park gchawla@umd.edu Cho Yasuo Tohoku University yasuocho@riec.tohoku.ac.jp Dalvit Diego LANL dalvit@lanl.gov de Boer Maarten Sandia National Labs mpdebo@sandia.gov de Man Sven VU University Amsterdam sdeman@nat.vu.nl Diesinger Heinrich Institut Elelectronique Microelectronique Nanotechnologie 170 heinrich.diesinger@isen.iemn.univlille1.fr Ding Xidong Sun Yat-sen University dingxd@mailsysu.edu.cn Ebeling Daniel University of Muenster Daniel.Ebeling@uni-muenster.de Esquivel-Sirvent Raul Universidad Nacional Autonoma de Mexico raul@fisica.unam.mx Faddis David Nanosurf Inc. faddis@nanosurf.com Falter Jens Westfallische Wilhelms-Universitaet Muenster JensFalter@Uni-Muenster.de Ferrini Gabriele University Cattolica gabriele@dmf.unicatt.it Fukui Ken-ichi Osaka University kfukui@chem.es.osaka-u.ac.jp Fukuma Takeshi Kanazawa University fukuma@staff.kanazawa-u.ac.jp Giessibl Franz University of Regensburg franz.giessibl@physik.uni-r.de Glatzel Thilo University of Basel Thilo.Glatzel@unibas.ch Gomez Carlos IMM - CSIC carlos@imm.cnm.csic.es Graham Noah Middlebury College ngraham@middlebury.edu Gross Leo IBM Research lgr@zurich.ibm.com Grutter Peter McGil University grutter@physics.mcgill.ca Hafizovic Sadik Zurich Instruments sadik.hafizovic@zhinst.com Heer Flavio Zurich Instruments flavio.heer@zhinst.com Heyde Markus Fritz-Haber-Institute of the Max- Planck-Society heyde@fhi-berlin.mpg.de Hoffmann Peter Wayne State University hoffmann@wayne.edu Hori Kenichirou Kanazawa University horiken@stu.kanazawa-u.ac.jp Hosokawa Yoshihiro Kyoto University hosokawa@piezo.kuee.kyoto-u.ac.jp Hölscher Hendrik Forschungszentrum Karlsruhe hendrik.hoelscher@imt.fzk.de Huston Shawn North Carolina State University smhuston@ncsu.edu
Ido Shinichiro Kyoto University ido@piezo.kuee.kyoto-u.ac.jp Jelinek Pavel Institute of Physics of the ACSR, v.v.i. jelinekp@fzu.cz Jesse Stephen Oak Ridge National Laboratory sjesse@ornl.gov Jhe Wonho Seoul National University whjhe@snu.ac.kr Kawai Shigeki University of Basel shigeki.kawai@unibas.ch Kim Woo-Joong Yale University Woo-Joong.Kim@yale.edu Kim Jeehoon Harvard University jeehoonkim@gmail.com Kin Nobuhiro Tohoku University kin@riec.tohoku.ac.jp Kinoshita Yukinori Graduate School of Engineering, Osaka Univ kinoshita@ap.eng.osaka-u.ac.jp Kiyohara Kosei Kanazawa University kosei@stu.kanazawa-u.ac.jp Klocke Michael University of Duisburg-Essen m.klocke@uni-duisburg.de Kobayashi Kei Kyoto University keicoba@iic.kyoto-u.ac.jp Kobayashi Shin-ichiro Research Institute of Electrical Communication kshin@atom.che.tohoku.ac.jp Koch Sascha University of Basel sascha.koch@unibas.ch Kose Rickmer SPECS USA Corp. rkose@specsus.com Kuroda Masaharu National Institute of Advanced Industrial Science and Technology (AIST) m-kuroda@aist.go.jp Kühnle Angelika University of Osnabrueck kuehnle@uos.de Labardi Massimiliano CNR-INFM labardi@df.unipi.it Lamoreaux Steve Yale University steve.lamoreaux@yale.edu Lange Manfred University of Duisburg-Essen manfred.lange@stud.uni-due.de Langewisch Gernot University of Muenster g.langewisch@uni-muenster.de Lengel George SPECS USA Corp. lengel@nanonis.com Li Yanjun Osaka Univarsity liyanjun@ap.eng.osaka-u.ac.jp Loppacher Christian Aix Marseille University Christian.Loppacher@im2np.fr Loske Felix University of Osnabrueck floske@uos.de Maksymovych Petro Oak Ridge National Laboratory maksymovychp@ornl.gov Masago Akira Tohoku University masago@wpi-aimr.tohoku.ac.jp Mavrokefalos Anastassios Massachusetts Institute of Technology anastass@mit.edu Milde Peter TU Dresden peter.milde@iapp.de Milton Kimball University of Oklahoma milton@nhn.ou.edu Minato Taketoshi International Advanced Research and Education Organization minato@atom.che.tohoku.ac.jp Miyahara Yoichi McGill University miyahara@physics.mcgill.ca Moenig Harry Yale University harry.moenig@yale.edu Moon Christopher Agilent Laboratories chris_moon@agilent.com Moores Brad University of Waterloo brad.moores@gmail.com Moriarty Philip University of Nottingham philip.moriarty@nottingham.ac.uk Morita Seizo Osaka University smorita@eei.eng.osaka-u.ac.jp Möller Rolf University of Duisburg-Essen rolf.b.moeller@uni-due.de Nagashima Ken Osaka University nagasima@eei.eng.osaka-u.ac.jp Naitoh Yoshitaka Osaka University naitoh@ap.eng.osaka-u.ac.jp Narayanaswamy Arvind Columbia University arvind.narayanaswamy@columbia.edu 171
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12 th International Conference on N
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Welcome Dear conference participant
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Topics • Atomic resolution imagin
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Committees Program Committee Jaime
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General Information (cont.) Oral Pr
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Exhibitors 9
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Proceedings (cont.) 3. Length: Pape
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Conference Program 13
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Program Summary of the NC-AFM 2009
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Monday, August 10 Satellite Worksho
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Wednesday, August 12 Oxides Chair:
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Friday, August 14 Method Developmen
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Poster Session I cont. (Tuesday) In
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POSTER Session II (Wednesday) Molec
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Poster Session II cont. (Wednesday)
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Non-retarded and retarded interacti
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Mo-0955 Multiple Scattering Casimir
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Diego Dalvit 1 Dispersive Casimir i
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Using Casimir and capillary forces
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Near-field radiative heat transfer
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Mo-1615 Tricks and facts in a high
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Measuring the topological dependenc
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Mo-1755 Contact potential differenc
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3D Scanning Force Microscopy at Sol
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Tu-1000 Experimental and Theoretica
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Dynamic Force Spectroscopy of Singl
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Simultaneous measurement of force a
Page 55 and 56:
Water, Ions, Membranes, Real Metals
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Tu-1530 The Effective Quality Facto
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We-0900 Imaging Single Atoms on Oxi
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We-0940 Character of the short-rang
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We-1020 Local surface photovoltage
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We-1140 Theoretical DFT simulations
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We-1220 Theoretical study of the fo
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Steering the formation of molecular
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Molecular scale dissipation in olig
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Dependence of the atomic scale imag
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Th-0940 Intramolecular features of
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Th-1020 Adhesion-induced energy dis
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Measuring Atomic Charge States by n
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Th-1220 Controlling electron transf
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Oral Presentations Friday, 14 Augus
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Small amplitude atomic resolution N
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Fr-1000 Visualization of Anisotropi
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Atomic resolution dynamic lateral f
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Bimodal AFM imaging of antibodies a
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Poster Session I Tuesday, 11 August
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P.I-02 Force Map of Atomic Force Mi
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P.I-04 Improved atomic-scale contra
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P.I-06 Resonance frequency shift du
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P.I-08 Atomic force microscope cant
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Self-assembled Boronitride Nanomesh
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P.I-12 Resolution enhanced multifre
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P.I-14 Kelvin Force Microscopy Dyna
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Open source scanning probe microsco
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P.I-18 Design of a Variable Tempera
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P.I-20 Besocke style quartz tuning
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P.I-22 A homebuilt low-temperature
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P.I-24 High-Speed Frequency Modulat
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P.I-26 Deciphering Nanoscale Intera
Page 121 and 122: Dual-Frequency-Modulation AFM Spect
Page 123 and 124: P.I-30 Internal Resonances and Spat
Page 125 and 126: Relation between lateral forces and
Page 127 and 128: M. Teresa Cuberes Ultrasonic Nanoli
Page 129 and 130: Contacting self-ordered molecular w
Page 131 and 132: Molecular Structures of Organic Sin
Page 133 and 134: One and Two Dimensional Structure o
Page 135 and 136: Temperature-dependent growth of C60
Page 137 and 138: P.II-07 Atomic Force Microscopy Stu
Page 139 and 140: Imaging and Detection of Single Mol
Page 141 and 142: P.II-11 Imaging Schwann Cell NGF Re
Page 143 and 144: Molecular Resolution Investigation
Page 145 and 146: Development of Multifrequency High-
Page 147 and 148: Noncontact observation in liquid wi
Page 149 and 150: P.II-19 Cantilever Holder Design fo
Page 151 and 152: P.II-21 Manipulation Mechanism of S
Page 153 and 154: nc-AFM Investigations of Metal Nano
Page 155 and 156: P.II-25 Contrast formation on cross
Page 157 and 158: P.II-27 Non-contact scanning nonlin
Page 159 and 160: P.II-29 Local Dielectric Spectrosco
Page 161 and 162: P.II-31 Polarization-dependent elec
Page 163 and 164: Magnetic Resonance Force Microscopy
Page 165 and 166: P.II-35 Enhancement of the Exchange
Page 167 and 168: Abe M. 51,58,92,141 Clerk A. A. 78
Page 169 and 170: Martinez N. F. 69 Parashar P. 31 Ma
Page 171: List of Participants 169
Page 175 and 176: Wright Alan University of Maryland
Page 177 and 178: Ultra-high precision spatial positi
Page 179 and 180: AD VT-QPlus_ONUS / 09-May Nanotechn
Page 181: Surface Analysis Technology Aarhus
Page 184 and 185: Notes
Page 186: NC-AFM 2009 Sessions Monday August
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