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SUNDAY AUG 28
NANO-DDS TUTORIALS
ARIFICIAL DNA TO SUPPORT NANOTECHNOLOGY
WHAT: A tutorial to inspire new applications in nanotechnology and nanoelectronics using re-engineered DNA
WHERE: Polytechnic Institute at New York University, Brooklyn New York
WHEN: Sunday, August 28, 2011, 1:00 - 3:40 PM
PRECEPTORS: Steven Benner, Foundation for Applied Molecular Evolution, Gainesville FL and Firebird Biomolecular Sciences LLC (www.ffame.org)
Michael Norton, of Marshall University, Huntington, WV (www.marshall.edu/mbic/atomcrafters/)
MORE INFORMATION: This tutorial precedes and is associated with the "Nanoelectronic Devices for Defense and Security Conference" to be held Aug 29 - Sept 1, 2011 .
SUMMARY: The ability of DNA molecules to assemble by themselves lies at the center of genetics. Further, because this self-assembly follows very simple rules
(A pairs with T, G pairs with C), DNA appears to be the idea lplatform upon which to engineer self-assembling nanostructures. Indeed, one foundation
of biology-related nanotechnology is found in the work of Ned Seeman, featured at the nanoelectronics conference, who constructed cubes and other
assemblies from pieces of DNA using these simple rules.
Following this vision, DNA today is used to form tiles that have two-dimensional assembly properties, folded structures ("origami") that begin with
a large circular DNA molecules, DNA constructs that signal the outside world, and assemblies that perform simple computation and logical processes,
among others.
However, as nanotechnology based on DNA has developed, it has become clear that the DNA structure itself creates constraints and limitations. The
structure of DNA was, after all, not created to be a platform for human engineering. Instead, it is the product of:
(a) constraints imposed by chemistry at the origin of life,
(b) adaptations to create a genetic molecule, and
(c) random events throughout the history of life on Earth.
For example, DNA suffers because one of its base pairs (AT) is weak, while the other (GC) is strong. This makes it difficult to get consistent and predictable
assembly of DNA "biobricks". Years of frustration from attempts to assemble useful DNA nanostructures (not "gee whiz" toys) has driven a reengineering of
DNA itself. The re-engineered artificial DNA is now empowering the design of nanostructures having capabilities far beyond that is possible with natural
DNA, and capabilities beyond those thought to be possible by those familiar with the behavior of natural DNA. It may shortly allow natural selection in the
laboratory to pick up where design lethal in the construction of catalysts and receptors.
This tutorial will be fully interactive; it will not be two hours of lectures . Instead, at the outset, the preceptors will spend a few minutes presenting the new
capabilities that re-engineered DNA deliver. These might include:
(i) Sensors based on self-assembled nanostructures
(ii) DNA diagnostics based on artifical genetic alphabets
(iii) Fluorescent signaling from nanostructures
The emphasis will not be on the chemistry behind re-engineered DNA, but rather on what it can do. The preceptors will then ask the audience for specific
tasks and applications, to find out what kinds of nanodevices participants would like to have in hand. Then, the preceptors will lead an interactive discussion
to explore what re-engineered DNA can for them to deliver the items on the "wish lists" of participants. Then, after a short break that permits participants
to discuss among themselves and to consider options, the group will re-assemble to probe more deeply the potentials and limitations of artificial DNA in
nanotechnology.
GRAPHENE ELECTRONICS
WHAT: This tutorial is aimed at researchers and graduate students in EE, Physics, Material Science, and others who are new to the topic of graphene.
WHERE: Polytechnic Institute at New York University, Brooklyn New York
WHEN: Sunday, August 28, 2011, 4:00 - 6:00 PM
PRECEPTORS: Chagaan Bataar, U.S. Office of Naval Research
Chagaan Baatar is a Program Officer at the Office of Naval Research in Arlington, Virginia, USA. He received his Ph.D. in condensed matter physics from
University of Maryland in 1995. After postdoctoral appointments at MIT and IBM T. J. Watson Research Center, he was employed at Lucent Technologies
Bell Laboratories as a Member of Technical Staff and worked on optical networking architecture design and optimization. Since 2003, Dr. Baatar has managed
ONR’s Nanometer Scale Electron Devices and Sensors program.
In the present tutorial, an overview of the properties and applications of Graphene is presented.
The tutorial will be organized more or less chronologically in terms of the major developments, surveys of some of the representative papers in the literatures,
with an eye toward electronics application. Other aspects such as mechanical, chemical and thermal properties will also be covered briefly.
A rough outline follows:
1) Summary of salient physical properties of graphene
2) Summary of leading graphene synthesis methods
3) More in-depth and up-to-date review of current literature on electronic properties of graphene, e.g. bandgap, mobility,
graphene nanoribbons and edge structures etc.
4) Summary of other interesting graphene programs on-going in the US and overseas
6) Brief overview of some major properties of graphene and other related materials
5) Potential applications, e.g. transparent electrodes, nanoelectronics, optoelectronics, sensors, NEMS etc.
MONDAY AUG 29 TIME CODE ID TITLE
WELCOME/INTRO
7:50AM
KEYNOTE SESSION CHAIR: JEFF SALYARDS
8:00AM 30 min Major General Nick Justice KEYNOTE TECHNOLOGY & THE WARFIGHTER
8:30AM 30 min Jeff Salyards KEYNOTE FORENSIC SCIENCE: FACT, FICTION AND FUTURE NEEDS
9:00AM 30 min Douglas Ubelaker KEYNOTE TECHNOLOGICAL APPLICATIONS IN FORENSIC ANTHROPOLOGY
9:30AM 30 min Mark Griep KEYNOTE BIONANO-HYBRID ELECTRONICS FOR REAL-TIME TARGET SENSING
10:00AM Morning Break
SESSION I-A FORENSIC SCIENCE & NANOTECHNOLOGY I CHAIR: JEFF SALYARDS & JOSE ALMIRALL
10:20AM 30 min Eugene Peters PLENARY FORENSIC SCIENCE RESEARCH AT THE FBI LABORATORY
10:50AM 30 min Jose Almirall PLENARY SAMPLING AND PRECONCENTRATION OF VOLATILES FROM DRUGS AND EXPLOSIVES USING A NOVEL PLANAR SOLID PHASE MICROEXTRACTION (PSPME) GEOMETRY COUPLED TO ION MOBILITY SPECTROMETRY
11:20AM 30 min James Harper PLENARY RAPID HUMAN DNA ANALYSIS FOR FIELD FORENSICS: ACCELERATED NUCLEAR DNA EQUIPMENT (ANDE)
11:50AM Lunch
12:10PM 30 min Gregory & David Chudnovsky KEYNOTE CHALLENGES OF IN-CIRCUIT FUNCTIONAL TIMING TESTING OF SYSTEM-ON-A-CHIP
Luncheon Speakers
SESSION I-B FORENSIC SCIENCE & NANOTECHNOLOGY II CHAIR: NIAMH NIC DAEID & MICHAEL NORTON
1:00PM 30 min Max Coleman PLENARY USE OF STABLE ISOTOPE ANALYSIS IN FORENSIC SCIENCE
1:30PM 30 min Kenneth Pye PLENARY RECENT DEVELOPMENTS IN THE ANALYSIS OF SOIL AND DUST FOR FORENSIC INTELLIGENCE PURPOSES
2:00PM 30 min Frances Ligler PLENARY HYDRODYNAMIC FOCUSING FOR SENSNG AND MICRO/NANO-FABRICATION
2:30PM 30 min Walter Reisner PLENARY DENATURATION MAPPING OF DNA IN NANOFLUIDIC CHANNELS: A NEW APPROACH TO SINGLE-MOLECULE DNA ANALYSIS
3:00PM Afternoon Break
SESSION I-C FORENSIC SCIENCE & NANOTECHNOLOGY III CHAIR: SUE BLACK & JOHN ZAVADA
3:20PM 30 min Ioanna Kakoulli PLENARY MOLECULAR AND NANOSCIENCE IN PALEOFORENSICS AND MODERN CRIMINAL INVESTIGATIONS
3:50PM 30 min Narayan Khandekar PLENARY ANALYSIS OF MODERN AND CONTEMPORARY ART: WHAT WE KNOW AND WHAT WE WANT TO KNOW
4:20PM 30 min Marco Leona PLENARY RECENT ADVANCES IN THE APPLICATION OF SURFACE-ENHANCED RESONANCE RAMAN SCATTERING TO ART AND FORENSIC ANALYSIS
4:50PM 30 min Jurian Hoogewerff PLENARY BASELINE STUDIES FOR A PROBABILISTIC APPROACH TO GEOGRAPHICAL ORIGIN INTELLIGENCE
5:20PM Free Time
SESSION I-D ROUND TABLE DISCUSSION CHAIR: AMAL KASRY & DWIGHT WOOLARD
8:00PM 60 min LEGAL, MEDICAL & CULTURAL RAMIFICATIONS OF MOLECULAR-LEVEL SENSING
9:00PM Adjourn
TUESDAY AUG 30 CODE TIME ID CHAIR: HAL GRUBIN, BORIS GELMONT, JOHN ZAVADA
POSTER SESSION
6:30PM
Ayhan Elmali 26 GOOD OPTICAL LIMITING PERFORMANCE OF INDIUM AND GALLIUM PHTHALOCYANINES IN A SOLUTION AND SOLID PMMA COMPOSITE FILMS
Ashwini Srivastava 36 POTENTIOMETRIC STRIPPING ANALYSIS OF METHYL PARATHION EMPLOYING CARBON NANOPARTICLES AND HALLOYSITE NANOCLAY MODIFIED CARBON PASTE ELECTRODE
Orest Malyk 41 THE LOCAL CHARGE CARRIER SCATTERING ON THE CRYSTAL LATTICE DEFECTS IN GAN
Sheikh Al Ahmed 42 SILICON NANOCRYSTALS-EMBEDDED LANTHANUM FLUORIDE LAYER: A PROMISING INSULATING MATERIAL FOR ADVANCED MIS DEVICES
Daniel Kaplan 49 AB-INITIO DENSITY-FUNCTIONAL THEORY CALCULATIONS ON THE EFFECTS OF APPLIED EXTERNAL VOLTAGE ON THE BANDGAP OF FLUORINATED GRAPHENE STRUCTURES
Randall Feenstra 52 FORMATION OF EPITAXIAL GRAPHENE ON SILICON CARBIDE: COMPARISON OF SI-FACE AND C-FACE
Michael Lowry 56 SYNTHETIC CONTROL OVER THE STRUCTURE AND SYMMETRY OF CARBON NANOTUBES
Joel Hemanth 64 FABRICATION AND FRACTURE TOUGHNESS OF CRYOGENICALLY SOLIDIFIED ALUMINUM-ALLOY (LM-27) REINFORCED WITH NANO-ZRO2 METAL MAREIX COMPOSITE (CNMMCS)
Julia Gusakova 69 QUANTUM CHEMICAL ANALYSIS OF THE EFFECT OF SILICON NANOCLUSTERS ON POINT MUTATIONS OF DNA
Aruna Ramanayaka 74 METHOD FOR MEASURING THE ELECTRON TEMPERATURE IN MICROWAVE PHOTO-EXCITED TWO DIMENSIONAL ELECTRON SYSTEMS
Ramesh Mani 77 MICROWAVE REFLECTION FROM THE MICROWAVE PHOTO-EXCITED TWO-DIMENSIONAL ELECTRON SYSTEM
Aleksander Sesek 86 UNCOOLED NANOMETRIC SCALE BOLOMETER SYSTEM FOR THZ SENSOR ARRAY
Brahim Akdim 92 EFFECTS OF PEPTIDE ADSORPTION ON THE ELECTRONIC PROPERTIES OF GRAPHENE
Youngkyu Lee 102 TAILORING OPTICAL RADIAITONS USING NANOPATTERNS
Matthew Gilbert 121 VORTEX LINES IN TOPOLOGICAL INSULATOR - SUPERCONDUCTOR HETEROSTRUCTURES
Marco Rolandi 128 CHITIN NANOFIBER BIOPHOTONIC STRUCTURES VIA REPLICA MOLDING
Marco Rolandi 130 INTERFACING CELLS WITH PROTONIC TRANSISTORS FOR SENSOR APPLICATIONS
Farkhad Akhmedzhanov 133 ACOUSTO-OPTICAL PROPERTIES OF SILICON CRYSTALS IN VISIBLE RANGE OF SPECTRUM
Barbara Cloutier 134 VALIDATION OF ELECTRICALLY MAGNETIC NANOPARTICLE CAPTURE AND CONCENTRATION OF E. COLI O157:H7 IN BROTH AND WHOLE FLUID MILK
Xiao-Qian Wang 136 DONOR-ACCEPTOR PYRENE ALKYLAMIDE DERIVATIVES AFFINITY FOR METALLIC CARBON NANOTUBES AND GRAPHENE
Daniel Kropman 145 POINT DEFECTS INTERACTION WITH IMPURITIES AT THE SI-SIO2 SYSTEM AND ITS INFLUENCE ON THE INTERFACE PROPERTIES.
Indranil Lahiri 169 CNT-ON-GRAPHENE COMPOSITE STRUCTURE AS TRANSPARENT-FLEXIBLE FIELD EMISSION DEVICE
Weidong Zhang 173 A QUANTUM BOLTZMANN EQUATION FOR OPTICAL CONDUCTIVITY IN GRAPHENE
Peiji Zhao 175 SCHRÖDINGER DYNAMICS AND ENERGY SPECTRUM OF AN ASYMMETRIC DOUBLE-QUANTUM-DOT SYSTEM IN A QUANTIZING MAGNETIC FIELD
Robert Correll 178 1D STATIONARY-ELECTRODE MODEL OF TRAVELING WAVE ELECTROPHORESIS
Wu Lu 182 INSTABILITY IN CURRENT-VOLTAGE CHARACTERISTICS OF GATE-RECESSED ALGAN/GAN FIELD-EFFECT TRANSISTORS
Jeremy Katusak 187 PIEZOELECTRIC TRANSDUCTION FROM MOLECULAR MODELS
Jeyantt Sankaran 194 PEO AS THE HYDROPHILIC MATERIAL FOR CIRCULAR MICROCHANNEL FABRICATION IN PDMS USING SELF-ASSEMBLED INTERACTIONS
Seong Seo 198 SERS DETECTION OF E. COLI USING THIN FILMS OF GOLD NANOPARTICLES
Seong Seo 199 DIFFERENTIATION BETWEEN NORMAL AND CANCEROUS BREAST CELLS USING ATR-FTIR
David Mokrauer 209 MULTI-DIMENSIONAL SPARSE SURROGATE MODELS FOR DETERMINING LIGHT-INDUCED EFFECTS ON MOLECULAR CONFORMATIONS
Chunlei Wang 214 DESIGN, FABRICATION AND EVALUATION OF MICRO-SUPERCAPACITORS
Jesus Perez 220 SYNTHESIS OF AIR-STABLE, UNOXIDIZED BORON NANOPARTICLES USING BALL MILLING TECHNIQUE
Laurenee London 222 INVESTIGATION OF THERMAL DECOMPOSITION OF HMTD EXPLOSIVES
Franklin Carrero-Martinez 223 DROSOPHILA AS AN ECONOMICAL TEST PLATFORM FOR NANOMATERIAL ASSESSMENT
Peng Jiang 227 DEVELOPMENT OF A SCALABLE BOTTOM-UP NANOFABRICATION PLATFORM FOR INTEGRATING MULTIFUNCTIONAL 3D NANOSTRUCTURES
Kellie Burris 231 RAPID DETECTION AND MONITORING OF BACTERIAL PATHOGENS AND TRANSGENES USING MOLECULAR BEACON TECHNOLOGY
Anne Costolanski 238 PARALLEL IMPLEMENTATION OF THE WIGNER-POISSON FORMULATION FOR MODELING RESONANT TUNNELING DIODES
Xiaoyang Huang 243 DNA PHOTONIC CRYSTAL FOR BIOCHEMICAL SENSING IN THE TERAHERTZ REGION
Tianying Chang 244 PATH LOSS CONSIDERATION OF A FAST BEAM SCANNING 2.2 THZ SPECTRAL IMAGING RADAR
Laurenee London 245 PREPARATION OF ORGANIC MOLECULES WITH PLANAR GEOMETRY FOR THE MODIFICATION OF CARBON NANOTUBES
8:30PM End Poster Session
WEDNESDAY AUG 31 CODE TIME ID TITLE
8:00AM Alexandre Carella PLENARY 25 min 34 CHEMICALLY FUNCTIONALIZED NANOMATERIALS BASED GAS SENSORS FOR THE DETECTION OF NERVE AGENTS
Session III-B1 SPECTRAL-DETECTION BASED TECHNIQUES CHAIR: GREG RECINE
8:40AM Elliott Brown & Michael Norton INVITED 25 min 236 EXPERIMENTAL DESIGN OF SINGLE-CRYSTAL DNA FOR THZ SPECTROSCOPY
9:05AM Kimberly Taylor 20 min 137 MICROWAVE AND UV-VIS FORENSIC PROBING OF SKELETAL TISSUE: MYOGLOBIN AS A MARKER
9:25AM Tatiana Globus 20 min 122 SUB-TERAHERTZ SPECTROSCOPY OF BIO-MATERIALS WITH HIGH SPECTRAL AND SPATIAL RESOLUTION
9:45AM Claudio Parolo INVITED 25 min 242 NANOMATERIALS FOR FAST DETECTION OF DNA, PROTEIN AND CELLS
10:10AM Morning Break
SESSION IV-C2 LOW-POWER SYSTEMS CHAIR: DEMING CHEN
8:40AM Mircea Stan 25 min 144 MILLIVOLT NANOSCALE DEVICES AND CIRCUITS USING METAL-INSULATOR TRANSITION (MIT) MATERIALS
9:05AM Faquir Jain 20 min 94 MULTI-STATE QUANTUM DOT CHANNEL (QDC) FIELD EFFECT TRANSISTORS (FETS): A NEW PARADIGM IN CIRCUIT DESIGN
9:25AM Eric Pop 20 min 179 ENERGY DISSIPATION AND CONVERSION IN NANOSCALE DEVICES
9:45AM Sayeef Salahuddin INVITED 25 min 139 POSSIBILITY OF PIEZOELECTRIC-FERROMAGNET BILAYER BASED MICROWAVE RESONATORS AND OSCILLATORS
10:10AM Morning Break
SESSION IV-A1 ENGINEERED NANOPARTICLES-PROPERTIES CHAIR: AVINASH PANDEY & MARIO ANCONA
8:40AM Wiqar Shah INVITED 25 min 143 ENHANCEMENT OF MAGNETIC AND TRANSPORT PROPERTIES IN DOPED RARE-EARTH MANGANITES AT THE NANO-SCALE
9:05AM Vyom Parashar 20 min 57 SIMPLE AND QUICK SYNTHESIS OF BRIGHTLY FLUORESCENT GRAPHENE AND SOME NOVEL PERSPECTIVES
9:25AM Indranil Lahiri 20 min 170 PERFORMANCE OPTIMIZATION OF CARBON NANOTUBE-BASED FIELD EMISSION DEVICES THROUGH INTERFACE ENGINEERING
9:45AM Mark Griep 20 min 153 EFFECTS OF PH ON THE FUNDAMENTAL INTERACTION BETWEEN SINGLE-STRAND DEOXYRIBONUCLEIC ACID OLIGOMERS AND GOLD NANO PARTICLES
10:05AM Morning Break
SESSION IV-S1 GRAPHENE GROWTH & FUNCTIONALIZATION CHAIR: ELIAS TOWE
8:40AM Amal Kasry INVITED 25 min 224 EMPLOYING GRAPHENE MONO-AND MULTILAYERS IN NANOELECTRONIC BIOSENSORS
9:05AM Nathaniel Safron 20 min 90 BOTTOM-UP GROWTH OF MICRO- AND NANOPATTERNED GRAPHENE
9:25AM Siarhei Samsonau 20 min 59 GRAPHENE FILMS GROWN ON INSULATING SUBSTRATES
9:45AM Michael Stroscio 20 min 47 APTAMER-BASED SMALL-ANALYTE DETECTOR ON A GRAPHITE ELECTRODEAPTAMER-BASED SMALL-ANALYTE DETECTOR ON A GRAPHITE ELECTRODE
10:05AM Morning Break
SESSION III-B1 ELECTRO/OPTICAL-INTERACTION BASED TECHNIQUES CHAIR: ALEXANDER SINITSKII
10:25AM Lan Yang INVITED 25 min 205 ON-CHIP OPTICAL RESONATORS FOR SINGLE NANOPARTICLE DETECTION AND MEASUREMENT
10:50AM Michael Norton 20 min 55 DNA BASED NANOSTRUCTURES AS COMPONENTS OF A SANDWICH ASSAY FOR RICIN
11:10AM Marco Rolandi 20 min 114 A BIOCOMPATIBLE PROTONIC (H+) TRANSISTOR AS A NOVEL TOXIN SENSING PLATFORM
11:30AM Jian Xu 20 min 166 NANOLASER ENABLED COHERENT BARCODING TECHNOLOGY
11:50AM Richard Claus 20 min 207 SELF-ASSEMBLED METAL NANOCLUSTER AND CARBON NANOTUBE MATERIALS WITH INCREASED CONDUCTIVITY
12:10PM Lunch Break
SESSION IV-C2 NEW SYSTEM FUNCTIONALITY CHAIR: ERIC POP
10:25AM Deming Chen INVITED 25 min 142 3D FPGAS WITH NANOTECHNOLOGY
10:50AM Idongesit Ebong 20 min 70 ADAPTIVE READING, WRITING, AND ERASING IN A MEMRISTOR CROSSBAR MEMORY
11:10AM Drago Strle 20 min 30 DETECTING VAPOR TRACES OF EXPLOSIVES USING SELF ASSEMBLED MONO LAYER ON SURFACE-MODIFIED MEMS CAPACITOR AND CMOS ELECTRONICS
11:30AM Emanuel Tutuc 20 min 191 GRAPHENE BILAYERS: FABRICATION, ELECTRON TRANSPORT, AND POTENTIAL APPLICATIONS
11:50AM Mingoo Seok 20 min 206 THE NEXT CLASS OF COMPUTERS: MILLIMETER-SCALE
12:10PM Lunch Break
SESSION III-A2 NANO-ELECTRONICS & NANO-OPTICS II CHAIR: WILLIAM CLARK & ELLIOTT BROWN
10:25AM Josep Jornet INVITED 25 min 172 GRAPHENE-BASED NANO-ANTENNAS FOR ELECTROMAGNETIC COMMUNICATION AMONG NANO-DEVICES
10:50AM Pehr Pehrsson 20 min 158 FABRICATION OF VERTICALLY ALIGNED NANOWIRE ARRAYS WITH POROUS TOP ELECTRODES USING NANOSPHERE LITHOGRAPHY
11:10AM Mustafa Karabiyik 20 min 119 SUBWAVELENGTH MULTIMODE PLASMONIC TERAHERTZ LENSES
11:30AM Tillmann Kubis 20 min 148 CONCEPTUAL DESIGN IMPROVEMENTS FOR TERAHERTZ QUANTUM CASCADE LASERS NEEDED FOR MOLECULE DETECTION
11:50AM Alexander Popov 20 min 37 CONCEPT OF NONLINEAR-OPTICAL SENSOR FOR REMOTE MONITORING
12:10PM Lunch Break
SESSION III-C1 TRANSDUCTION-BASED BIO-SENSING DEVICES CHAIR: MICHAEL STROSCIO & JORGE SEMINARIO
10:25AM Manel del Valle INVITED 25 min 25 IMPEDIMETRIC GENOSENSORS AND APTASENSORS BASED ON NANOMATERIALS
10:50AM Nikolai Lebedev 20 min 149 CONSTRUCTION OF HIGHLY CONDUCTIVE MOLECULAR WIRES FOR ELECTRONIC, SENSING, AND ENERGY CONVERTING DEVICES
11:10AM Harold Grubin 20 min 87 FABRICATION OF III-N RESONANT TUNNELING DEVICE STRUCTURES WITH DILUTE MAGNETIC BARRIER LAYERS
11:30AM Christopher Anton 20 min 95 RAPID DETECTION OF AIRBORNE BIOLOGICAL PATHOGENS USING QUANTUM DOT FRET-BASED TECHNOLOGY
11:50AM Amin Salehi-Khojin INVITED 25 min 204 FAST CARBON NANOTUBE SENSORS FOR GAS CHROMATOGRAPHY APPLICATIONS
12:15PM Lunch Break
12:15PM Jadranka Travas-Sejdic KEYNOTE 30 min 146 LABEL-FREE DNA SENSORS BASED ON INTRINSICALLY CONDUCTING POLYMERS
Luncheon Speaker
1:10PM Sessions End
BANQUET SHERATON BROOKLYN NEW YORK HOTEL: PROSPECT BALLROOM
7:00PM 228 Duffield Street
Brooklyn, NY
THURSDAY 9-1 CODE TIME ID TITLE
8:00AM Andrew Briggs PLENARY 30 min 195 CARBON-BASED NANOELECTRONIC DEVICES
Session III-C2 QUANTUM-DRIVEN SENSING CHAIR: DAVID JANES
8:40AM Peiji Zhao 25 min 176 THE ROLE OF CODON INTERACTIONS IN DEFINING THE OPTICAL SPECTRA DERIVED FROM SSDNA
9:05AM Xuejin Wen 20 min 181 SCALING LAW OF SILICON NANOWIRE BIOSENSORS
9:25AM Ramesh Mani 20 min 109 PHOTOEXCITED TRANSPORT IN EPITAXIAL GRAPHENE
9:45AM Nikolai Lebedev 20 min 150 INTERMOLECULAR CONDUCTANCE AND CHARGE TRAPPING IN PARAQUAT-TETRAPHENYLBORATE INVERSE PHOTOCHEMICAL CELL
10:05AM Greg Recine 20 min 171 FUNCTIONALIZED COMPOUND ORGANIC MOLECULAR SWITCH DESIGN FOR NOVEL BIO-SENSING APPLICATION
10:25AM Morning Break
SESSION IV-C1 NANO-ARCHITECTURES FOR BIO-SENSING CHAIR: DAVID RICKETTS & SAMEER SINGHAL
8:40AM Anne Andrews INVITED 25 min 235 BRAIN BIOSENSING: FROM MICRO TO NANO
9:05AM Mitchell Lerner 20 min 38 ATTACHMENT OF AN ENGINEERED ANTIBODY TO A CARBON NANOTUBE TRANSISTOR FOR DETECTION OF PROSTATE CANCER BIOMARKERS
9:25AM Padma Gopalan 20 min 61 OPTICAL AND ELECTRO-OPTICAL MODULATION OF BIOMIMETICALLY-FUNCTIONALIZED NANOTUBESCARBON NANOTUBES
9:45AM Mark Griep 20 min 156 AMINO ACID INTERACTIONS WITH VARYING GEOMETRY GOLD NANOPARTICLES
10:05AM Michael McAlpine INVITED 25 min 46 BIONANOTECHNOLOGY-ENABLED MULTIFUNCTIONAL SENSING
10:30AM Morning Break
SESSION IV-A1 ENGINEERED NANOPARTICLES FOR BIO-SENSING DEVICES CHAIR: RAVI PANDEY & JOHN ZAVADA
8:40AM V. K. Rao INVITED 25 min 159 ELECTROCHEMICAL DETECTION OF BRUCELLA ABORTUS CE-PROTEIN ANTIGEN AMPEROMETRICALLY BY USING NANO POROUS ZNO-NANOSHEET/CHITOSAN COMPOSITE SCREEN PRINTED ELECTRODES
9:05AM Han Song 20 min 84 CHARACTERIZATION OF MAGNETIC NANOPARTICLES FOR BIO-SENSING APPLICATIONS
9:25AM Ashwini Srivastava 20 min 36 POTENTIOMETRIC STRIPPING ANALYSIS OF METHYL PARATHION EMPLOYING CARBON NANOPARTICLES AND HALLOYSITE NANOCLAY MODIFIED CARBON PASTE ELECTRODE
9:45AM Alessandra Luchini 20 min 108 MULTIFUNCTIONAL CORE-SHELL NANOPARTICLES ALLOW FOR DISCOVERY OF PREVIOUSLY INVISIBLE PROTEIN BIOMARKERS
10:05AM Radhakrishnan Balu 20 min 201 QUANTUM CHEMICAL STUDY OF THE FUNDAMENTAL INTERACTIONS BETWEEN DEOXYRIBONUCLEIC ACID (DNA) OLIGOMERS AND AU NANO PARTICLES
10:25AM Morning Break
SESSION IV-S1 GRAPHENE ANALYSIS & CHARACTERIZATION CHAIR: JEREMY ROBINSON
8:40AM Brian LeRoy INVITED 25 min 79 SCANNING TUNNELING SPECTROSCOPY OF GRAPHENE ON SILICON OXIDE AND BORON NITRIDE
9:05AM Peter Burke 20 min 103 SHEET RESISTANCE OF MULTI-LAYER GRAPHENE IN RADIO FREQUENCY
9:25AM Tino Hofmann 20 min 105 OPTICAL PROPERTIES OF GRAPHENE ON SIC POLYMORPHS DETERMINED BY SPECTROSCOPIC ELLIPSOMETRY
9:45AM Nishant Sule 20 min 89 FREQUENCY-DEPENDENT ELECTRON TRANSPORT IN GRAPHENE
10:05AM Randall Feenstra INVITED 25 min 52 FORMATION OF EPITAXIAL GRAPHENE ON SILICON CARBIDE: COMPARISON OF SI-FACE AND C-FACE
10:30AM Morning Break
SESSION III-B1 NANOMECHANICAL BASED TECHNIQUES CHAIR: USHA VARSHNEY
10:45AM Sarah Muhlberger INVITED 25 min 53 OPTIMIZED DEPOSITION OF COLUMNAR THIN FILMS FOR VISUALIZATION OF LATENT FINGERPRINTS
11:10AM Ming Su 20 min 68 MULTIPLEXED RECONFIGURABLE BIOMARKER DETECTION IN THERMAL SPACE USING SOLID-LIQUID PHASE CHANGE NANOPARTICLES
11:30AM Vandana Tewari 20 min 65 APPLICABILITY OF NANOMECHANICAL IMPRINTS IN ORAL CANCER DETECTION: DIFFERENTIATION FROM NORMAL TISSUES
11:50AM Alexei Bykhovski 20 min 72 HYBRID FIRST-PRINCIPLE/MOLECULAR MECHANICAL STUDY OF BIOTIN - STREPTAVIDIN COMPLEX
12:10PM Avinash Pandey INVITED 25 min 63 NANOMAGNETS BASED SIMULTANEOUS DETECTION AND ISOLATION OF CHEMICAL AND BIOLOGICAL WARFARE AGENTS
12:35PM End of Conference
SESSION III-A2 BIO-NANO SENSORS CHAIR: LAN YAN & PETER BURKE
10:45AM Alexandr Noy INVITED 25 min 240 BIO-NANOELECTRONICS WITH NANOWIRES AND NANOTUBES
11:10AM Elliott Brown 20 min 157 STRONG THZ SIGNATURES FROM NUCLEIC-ACID BIOMOLECULES IN NANOCHANNELS UNDER ELECTROPHORETIC CONTROL
11:30AM Richard Claus 20 min 39 NANOSTRUCTURED THIN FILM TRANSISTOR CIRCUIT AND SENSOR SKIN APPLIQUES
11:50AM Anderson Chen 20 min 141 A PIXEL-FREE IMAGING SENSOR USING STIMULI-RESPONSIVE THERMOCHROMIC POLYMERS
12:10PM Andrei Kolmakov 20 min 107 TRANSITION EDGE SENSOR BASED ON METAL-INSULATOR TRANSITION IN VO2 NANOWIRE
12:30PM End of Conference
SESSION IV-A1 ENGINEERED NANOPARTICLES FOR GAS SENSING DEVICES CHAIR: JOSEPH SLOCIK & SHASHI KARNA
10:45AM Mario Ancona 25 min 112 NANOCLUSTER DESIGN FOR HIGH SENSITIVITY/SELECTIVITY CHEMORESISTIVE SENSING
11:10AM Benoit Tard 20 min 202 FUNCTIONALISED NANODIAMOND LAYERS AS HIGH AFFINITY TUNEABLE SENSITIVE COATINGS FOR ULTRATRACE GAS DETECTION
11:30AM Kun Yao 20 min 43 TOWARDS ONE KEY TO ONE LOCK: HIGHLY SENSITIVE AND SELECTIVE GAS SENSOR BASED ON SURFACE MODIFIED INDIUM OXIDE NANOPARTICLE FILM
11:50AM Jerry Houser 20 min 76 PREDICTING PROPERTIES OF NANOCOMPOSITES FOR ENHANCING SECURITY SENSORY DEVICES
12:10PM Anatoliy Pinchuk 20 min 96 PLASMONIC BIOCHEMICAL SENSOR BASED ON ANISOTROPIC EXTINCTION OF LIGHT BY ARRAYS OF GOLD NANOCYLINDERS
12:30PM End of Conference
SESSION IV-S1 GRAPHINE DEVICE FABRICATION & OPTIMIZATION CHAIR: ERIC POP
10:45AM Alexander Sinitskii 25 min 185 PATTERNING SEMICONDUCTIVE GRAPHENE NANOSTRUCTURES THROUGH THE SELF-ASSEMBLED TEMPLATES
11:10AM Myungwoong Kim 20 min 62 FABRICATION OF SEMICONDUCTING NANOPERFORATED GRAPHENE USING BLOCK COPOLYMER LITHOGRAPHY
11:30AM Samarth Trivedi 20 min 111 PHOTO-INDUCED EFFECTS IN GRAPHENE CHANNELS INTERFACED WITH QUANTUM DOTS IN FIELD EFFECT TRANSISTORS
11:50AM Yo-Rhin Rhim 20 min 180 NANOWIRE-GRAPHENE ELECTRODE HYBRID DEVICES
12:10PM Jean-Pierre Leburton 20 min 60 MODELING GRAPHENE NANOELECTRONICS: AN HISTORICAL PERSPECTIVE
12:30PM End of Conference
