SYMP. TITLE LOCATION

Moscone

West

a.m. p.m. eve. a.m. p.m. eve.*

A Amorphous & Poly-

crystalline Thin-Film Silicon

Science & Technology

Room 3009 Tutorial** Tutorial** A1: Solar Cell—From

Research to Manufacture

A2: Solar Cell—

Nanocrystalline Si

A3: Solar Cells—Light

Trapping

A4: Low-Gap Materials

A5, A6,

A7: Posters

B Silicon Carbide─

Materials, Processing, &

Devices

Room 2004 B1: Bulk Growth

B2: Defects &

Characterization I

B3: Defects &

Characterization II

C Solution Processing of

Inorganic & Hybrid

Materials for Electronics

& Photonics

Room 2006 C1: Nanoparticle

Processing of

Films/Devices I

C2: Nanoparticle

Processing of

Films/Devices II

C3: Solution-processed

Transparent Contacts

C4: Posters

D Plasmonic Materials

& Metamaterials

Room 2008 Tutorial** Tutorial** D1: Plasmon

Nanophotonics I

D2: Photophysics &

Devices

D3: SPP & Photon

Sources I

D4: Enhanced Emission

& Nanoantennas

E Chemical Mechanical

Planarization as a

Semiconductor Technology

Enabler

Room 2000 Tutorial** Tutorial** E1: CMP for Advanced

Technology Nodes

E2: CMP

Consumables I

E3: Posters

F Materials, Processes,

Integration, & Reliability in

Advanced Interconnects

for Micro- &

Nanoelectronics

Room 2010 F1: Copper

Interconnects

F2: Cu Dielectric Interface

F3: Advances in Metal

Thin-Film Deposition

F4: Posters

G Materials & Physics of

Nonvolatile Memories

Room 2011 G1: Nanocrystal

Memory I

G2: Advanced

Flash I

G3: MRAM I

G4: Organic I G5: ReRAM I G6, G7,

G8: Posters

H Phase-Change Materials

for Memory &

Reconfigurable Electronics

Applications

Room 2009 Tutorial** Tutorial** H1: Theory H2: Structure H3: Posters

I Materials for End-of-Road-

map Scaling of CMOS

Devices

Room 2012

J Materials & Devices for

Beyond CMOS Scaling

Room 2012 J1: Materials & Devices

for Beyond CMOS

Scaling I

J2: Materials & Devices

for Beyond CMOS Scaling

II

J3: Posters

K Functional Materials &

Nanostructures for

Chemical & Biochemical

Sensing

Room 2007 K1: Inorganic Nanowires

in Chemical Sensing

K2: Organic Materials in

Chemical Sensing

K3: Inorganic Materials

in Chemical Sensing

K4: Biosensors I

K5: Posters

L Recent Advances & New

Discoveries in High-

Temperature

Superconductivity

Room 2005 L1: Iron-Arsenide

Superconductors I

L2: Iron-Arsenide

Superconductors II

M Structure-Function

Relations at Perovskite

Surfaces & Interfaces

Room 2003 M1: Two-dimensional

Electron Gases in Oxide

Heterostructures I

M2: The Surface

Chemistry of Perovskite

Oxides

M3: Posters

N Functional Oxide

Nanostructures &

Heterostructures

Room 2001 N1: Oxide Nano-

structures &

Heterostructures I

N2: Nanoelectronics I

N3: Oxides for

RF & Microwave

Applications

N4: Magnetic Oxides I

N5: Ferroics &

Multiferroics I

N6: Posters

2010 MRS SPRING MEETING SESSION LOCATOR

MONDAY, APRIL 5 TUESDAY, APRIL 6

*Poster Sessions: Tuesday poster session—Moscone West Exhibit Hall; Wednesday and Thursday poster sessions—Marriott Marquis Hotel

**Refer to Tutorial Schedule Shaded Blocks: No Session

SYMP. TITLE LOCATION

Moscone

West

a.m. p.m. eve. a.m. p.m. eve.*

O Multifunctional

Nanoparticle

Systems─Coupled

Behavior & Applications

Room 2014 Tutorial** O1: Energy

Applications

O2: Optical Probes for

Medical Applications

O3: Posters

P Semiconductor

Nanowires─Growth,

Physics, Devices, &

Applications

Room 2016 P1: Nitride

Nanowires

P2: III-V Nanowire

Growth

P3: III-V Nanowires—

Growth & Devices

P4: Posters

Q Template-Based

Nanofabrication─

Nanowires, Nanotubes, &

Associated

Heteronanostructures

Room 2018 Q1: Assembly for

Nanowire Devices

Q2: Nanowires 1

Q3: Nanowires II Q4: Posters

R Carbon Nanotubes &

Related Low-Dimensional

Materials

Room 2020 R1: Growth Modeling

R2: Nanotube Forest

Growth

R3: In-Situ Growth

Studies

R4: Nanotube Growth

& Properties

R5: Posters

S Graphene Materials

& Devices

Room 2022 S1: Physical

Properties of

Graphene

S2: Mechanical

Properties of

Graphene

S3: Optical Properties

of Graphene

S4: Optical and Electrical

Properties of Graphene

S5: Electrical Properties

of Graphene I

S6: Thermal Properties

of Graphene

T Photovoltaics &

Optoelectronics from

Nanoparticles

Room 2024 T1: Gas-Phase Synthesis

T2: Processing of ZnO &

Related Materials

T3: Optical Properties

T4: Hybrid Photovoltaic

Devices

T5: Posters

U Scanning Probe

Microscopy─Frontiers in

NanoBio Science

Room 3000 U1: Probing

Mechanical Properties

of Biomaterials

U2: Biomolecules & Bio-

assemblies I

U3: Posters

V In Situ Transmission

Electron Microscopy &

Spectroscopy

Room 3003 V1: In-Situ Nanoscale

Deformation

(Room 3006)

V2: In-Situ

Nanoscale Growth

W Diagnostics &

Characterization of

Energy Materials with

Synchrotron & Neutron

Radiation

Room 3004 W1: Solid-Oxide

Fuel Cells & Electronic

Structure of Ceramics

W2: Solid-Oxide

Fuel Cells & Solid-State

Ionics

X Frontiers of

Materials Research

Exhibit Hall X1: Mildred Dresselhaus

(MIT)

Y Computational

Approaches to Materials

for Energy

Room 3006 Y1: Battery &

Fuel-Cell

Materials I

Z Actinides V─Basic Science,

Applications, & Technology

Room 3008 Tutorial** Z1: Actinide Spectroscopy

Z2: Actinide Chemistry I

Z3: Actinide Thin Films

& Surfaces

Z4: Nuclear Fuels

AA Scientific Basis for Nuclear

Waste Management XXXIV

Room 3010 AA1: Repositories

& National Programs

AA2: Spent

Nuclear Fuel

BB Materials for Nuclear

Applications & Extreme

Environments

Room 3012 BB1: Structural

Materials

BB2: Ion-Solid

Interactions & Swift

Heavy Ions

CC Solid-State

Batteries

Room 3011 CC1: Solid-

State Batteries

CC2: 3D

Batteries

2010 MRS SPRING MEETING SESSION LOCATOR

MONDAY, APRIL 5 TUESDAY, APRIL 6

*Poster Sessions: Tuesday poster session—Moscone West Exhibit Hall; Wednesday and Thursday poster sessions—Marriott Marquis Hotel

**Refer to Tutorial Schedule Shaded Blocks: No Session

SYMP. TITLE LOCATION

Moscone

West

a.m. p.m. eve. a.m. p.m. eve.*

DD Thermoelectric

Materials─Growth,

Properties, Novel

Characterization Methods,

& Applications

Room 2002 DD1: Nano-

structures/

Nanocom-

posites/

Nanowires

DD2: Thermo-

electric

Applications

DD3: Bulk Thermo-

electrics—Not Oxides

DD4: Novel Thermo-

electric Materials &

Resonant States

DD5: Posters

EE Defects in Inorganic

Photovoltaic Materials

Room 3007 EE1: Defects in

Oxides & Nitrides

EE2

FF Polymer Materials &

Membranes for Energy

Devices

Room 3005 FF1 FF2

GG Nanoscale Charge Trans-

port in Excitonic Solar Cells

Room 3002 Tutorial** Tutorial** GG1: Small-Molecule OPV

GG2: OPV Imaging

GG3/HH7/II2: Molecular

Engineering

of OPV Materials

(Room 3001)

GG4: Posters

HH Organic Photovoltaic

Science & Technology

Room 3003 HH1: Morphology I

HH2: Industrial

Development of

OPV

HH3: Degradation

Mechanisms &

Reliability

HH4: Materials &

Processes I

Tutorial**

HH5: Excitonic Processes

HH6: Morphology II

HH7/GG3/II2: Mole-

cular Engineering of OPV

Materials

(Room 3001)

II Materials Science & Charge

Transport in Organic

Electronics

Room 3001 Tutorial** II1: Devices I II2/GG3/HH7/:

Molecular Engineering

of OPV Materials

JJ Stretchable Electronics &

Conformal Biointerfaces

Room 2000

KK Micro- & Nanofluidic

Systems for Material

Synthesis, Device

Assembly, & Bioanalysis

Room 3014 KK1: Biological

Applications

KK2: Screening & DNA

KK3: Crystallization &

Phase Diagrams

KK4: Bubbles

LL Directed Assembly & Self

Assembly─From Synthesis

to Device Applications

Room 3016 LL1: Nanopatterning by

Block Copolymers

LL2: Nanopatterning

with Block

Copolymers— Electronic

& Data Storage

Applications

LL3: Posters

MM Evaporative Self

Assembly of Polymers,

Nanoparticles, & DNA

Room 3018 MM1: Far-from-

Equilibrium Assembly

of Materials by

Evaporation I

MM2: Structuring of

Anisotropic Particle

Systems

MM3: Evaporation-

driven Assembly in

Biological Systems

MM4: Posters

NN Materials Exploiting Pep-

tide & Protein Self

Assembly─Toward Design

Rules

Room 3020

OO Hierarchical Self Assembly

of Functional Materials─

From Nanoscopic to

Mesoscopic Length Scales

Room 3020 OO1: Folding, Rolling, &

Wrinkling Structures

OO2: Complex

Particle-based Self

Assembly

OO3: Posters

PP Interfacing Biomolecules

& Functional (Nano)

Materials

Room 3022 PP1: Biointerfaces PP2: Biomaterials PP3: Posters

QQ Biological Materials &

Structures in Physio-

logically Extreme

Conditions & Disease

Room 3024 QQ1: Cell Mechanics

& Cell-Material

Interactions I

QQ2: Cell Mechanics

& Cell-Material Inter-

actions II

2010 MRS SPRING MEETING SESSION LOCATOR

MONDAY, APRIL 5 TUESDAY, APRIL 6

*Poster Sessions: Tuesday poster session—Moscone West Exhibit Hall; Wednesday and Thursday poster sessions—Marriott Marquis Hotel

**Refer to Tutorial Schedule Shaded Blocks: No Session

SYMP. a.m. p.m. eve.* a.m. p.m. eve.* a.m. p.m.

A A8: Novel Devices

A9: Nanostructured

Silicon

A10: Film & Growth

A11: Flexible Electronics

A12: Thin-Film

Transistors & Materials

A13: Characterization

A14: Defects &

Metastability

A15: Carrier Transport

A16, A17, A18,

A19: Posters

A20: Crystalline Si Film

A21: Solar Cell—

Fundamental

B B4: Epitaxial

Growth

B5: Deep-Level Defects

& Carrier Lifetime

B6: Processing

B7: Posters B8: Devices &

Applications

B9: MOS Interface

B10: Graphene & Nano-

Bio

C C5: Solution Processing

of PV Materials

C6: Solution-processed

Metal-Oxide Films

C7: Organic-Inorganic

Hybrid/Sol-Gel/Materials

C8: Posters C9: Printing/

Patterning of Inorganic

Materials I

C10: Printing/

Patterning of Inorganic

Materials II

C11: Posters

D D5: Plasmon

Photovoltaics

D6: SPP & Photon

Sources II

D7: Metamaterials I D8: Posters D9: Nanoparticle

Plasmonics I

D10: Bioplasmonics

& SERS

D11: Posters D12: Super-resolution

D13: Plasmon

Nanophotonics II

D14: Nano-

particle Plasmonics

II

D15: Meta-

materials II

E E4: CMP Con-

sumables II

E5: Novel CMP

Techniques & Devices

F F5: Low-k

Materials

F6: Novel Low-k

Materials

F7: Novel Patterning

Techniques for Low k

F8: Posters F9: 3D Integration/

TSV/Packaging

F10: Emerging

Interconnect

Technologies

G G9: ReRAM II G10: ReRAM III

G11: FeRAM I

G12: Posters G13: FeRAM II G14/H7: Applications II

G15: PCRAM

G16, G17:

Posters

Tutorial** Tutorial**

H H4: Experiment I H5: Experiment II H6: Applications I H7/G14: Applications II

(Room 2011)

I I1: Si MOSFET I2: Novel Devices I3: Ge MOSFET I I4: Ge MOSFET II I5: Posters I6: III-V MOSFET I7: Novel Devices

& III-V MOSFET

J

K K6: Inorganic Materials

for Chemical Sensing

K7: Chemical Sensors

K8: Organic Materials in

Biochemical Sensing I

K9: Organic Materials in

Biological Sensing I

K10: Posters K11: Organic Materials

in Biological Sensing II

K12: Biosensors II

K13: Functional

Materials for

Biochemical Sensing

K14: Functional

Materials for Sensing

L L3: HTS Wires

& Films

L4: Flux Pinning I L5: Characterization of

HTS Materials &

Development of

Templates for Coated

Conductors

L6: Flux Pinning II L7: Posters L8: MgB2, Bi-2212

M M4: Advances in

Electron Microscopy for

Oxide Interfaces

M5: Two-dimensional

Electron Gases in Oxide

Heterostructures II

M6: Interfaces in

Multiferroic Oxides

M7: Defects &

Structure at Oxide

Interfaces

M8: The Effect of

Dimensionality on

Properties of Oxide

Nanostructures

M9: Magnetic

Phenomena

Influenced by Oxide

Interfaces

N N7: Oxides for Energy

Technologies—

Transport

N8: Oxides for Energy

Technologies—

Nanostructures

N9: Nanoelectronics II

N10: Nanostructured

Oxide Synthesis &

Characterization I

N11: Posters N12: Ferroics &

Multiferroics II

N13: Magnetic

Oxides II

N14: Oxides for Energy

Technologies—Films &

Heterostructures

N15: Oxides for Energy

Technologies—

Thermodynamics

& Photochemistry

N16: Posters N17: Oxide Nano-

structures &

Heterostructures II

N18: Ferroics &

Multiferroics III

N19: Nanostruc-

tured Oxide

Synthesis &

Characterization II

N20: Functional

Oxide Synthesis &

Characterization

2010 MRS SPRING MEETING SESSION LOCATOR

WEDNESDAY, APRIL 7 THURSDAY, APRIL 8 FRIDAY, APRIL 9

SYMP. a.m. p.m. eve.* a.m. p.m. eve.* a.m. p.m.

O O4: Fundamentals

for Medical Applications

O5: Magnetic

Nanoparticles for

Medical Applications

O6: Posters O7: Medical

Applications

O8: Multifunctional

Polymers

O9: Multifunctional

Oxides

O10: Coupled

Behaviors & Other

Multi-

functional

Nanoparticle

Systems

P P5: Growth of Si & Ge

Nanowires I

P6: Si & Ge Nanowire

Devices I

P7: Growth of Si & Ge

Nanowires II

P8: Si & Ge Nanowire

Devices II

P9: Nanowires—

Mechanical & Thermal

Properties

P10: Nanowire

Characterization

P11: Nanowires—

Thermal & Optical

Properties

P12: Nanowire Solar

Cells

P13: Posters P14: Nanowire Appli-

cations—Solar Cells

& Sensing

P15: ZnO Nanowires I

P16: ZnO Nano-

wires II

P17: Nanowires—

Properties &

Applications

Q Q5: Nanotemplates Q6: Atomic Layer

Deposition

Q7, Q8:

Posters

Q9: Fabrication Through

Inorganic Templates

Q10: Fabrication

Through Organic

Templates

Q11: Posters Q12: Inorganic Nanotubes

Q13: Fabrication Through

Block Copolymer

Templates

Q14: Templated

Top-down Nano-

fabrications

R R6: Transistors from

Aligned Nanotubes

R7: Solution-

processed Devices

R8: Growth for Electronic

& Thermal Applications

R9: Water Scale Growth

& Applications

R10: Posters R11: Separation of

Nanotubes

R12: Optical Properties

of Nanotubes

R13: Nanotube Devices

& Field Emission

R14: Thin-Film Devices I

R15: Nanotube Devices

R16: Thin-Film Devices II

S S7: Electrical Properties

of Graphene II

S8: Electrical Properties

of Graphene III

S9: Electrical Properties

of Graphene IV

S10: Chemistry of

Graphene

S11: Synthesis of

Graphene (SIC)

S12: Synthesis of

Graphene (Exfoliation)

S13: TEM Anaylsis of

Graphene

S14: Posters S15: Graphene Materials

and Devices

S16: Synthesis/

Applications of Graphene

(GO)

S17: Synthesis/

Applications of

Graphene

(Composite)

S18: Nano-

machining of

Graphene

(Exfoliated)

T T6: Assembly &

Functionalization

T7: Printing & Related

Deposition Methods

T8: Optoelectronic

Properties

T9: Electroluminescent

Devices

T10: Posters T11: Synthesis &

Structure

T12: Transport

Properties

T13: Composite

Photovoltaic Devices

T14: Photovoltaic

Devices

U U4: Electronic Beha-

vior of Inorganic,

Molecular, &

Biological Systems

U5: Biomolecules

& Bio-assemblies II

U6: SPM

Instrumentation

U7: Single-

molecule SPM

V V3: TEM Imaging in

Liquid Environment

V4: In-Situ Nanoscale

Transport

V5: Posters

W W3: H₂ Storage &

Hydrogen in Solids I

W4: H₂ Storage &

Hydrogen in Solids II

W5: PEM Fuel Cells &

Electrocatalysis

W6: Posters W7: Batteries &

Photosynthesis

W8: Solar Cells W9: Catalysis W10: Porous

Media &

Disordered Systems

X X2: Paul Denholm

(NREL)

X3: Randy Kirchain

(MIT)

Y Y2: Battery & Fuel-

Cell Materials II

Y3: Electrical &

Chemical Energy Storage

Materials

Y4: Catalytic

Materials for Energy

Y5: Photovoltaic

Materials—Organic

& Thin Film

Y6: Posters Y7: Nuclear Energy

Materials

Y8: Thermal Transport in

Energy Materials

Y9: Nanostructures

& Surfaces for

Energy Conversion

Z Z5: Chemistry of

Nuclear Fuels

Z6: Actinide Chemistry II

Z7/AA5: Actinide

Chemistry

Z8: Actinide

Metallurgy

Z9: Electronic Structure

Z10: Physical Properties

of Actinides

Z11: Posters Z12: Properties of

Actinide Superconductors

Z13: Actindes &

Magnetism

AA AA3: Glass Waste Forms

AA4: Cementitous Waste

Forms

AA5/Z7: Actinide

Chemistry

(Room 3008)

AA6: Posters AA7: Ceramic

Waste Forms

AA8/BB7: Radiation

Effects in Waste Forms

& Ceramics

AA9: Solubility

of Nuclear Material

BB BB3: Surfaces,

Interfaces &

Nanomaterials

BB4: Nuclear

Fuels

BB5: Posters BB6: Theory, Modeling,

& Simulation

BB7/AA8: Radiation

Effects in Waste Forms

& Ceramics

(Room 3010)

CC CC3: Nanostruc-

tured Materials

CC4: Cathode &

Anode Materials

CC5: Posters CC6: Li-Ion Battery

Materials

2010 MRS SPRING MEETING SESSION LOCATOR

WEDNESDAY, APRIL 7 THURSDAY, APRIL 8 FRIDAY, APRIL 9

SYMP. a.m. p.m. eve.* a.m. p.m. eve.* a.m. p.m.

DD DD6: Thermoelectrics

Nano Bulk I

DD7: Thermoelectrics

Nano Bulk II

DD8: Superlattices,

Nanowires, Nano-

particles I

DD9: Superlattices,

Nanowires, Nano-

particles II

DD10: Posters DD11: Thermoelectric

Oxides

DD12: Thermo-

electric

Measurement

Methods

EE EE3 EE4 EE5: Posters EE6 EE7

FF FF3 FF4 FF5: Posters FF6

GG GG5: DSSC I/Hybrid Solar

Cells

GG6/HH8/II4: Advan-

cing Org. P'voltaics I

(Room 3001)

GG7/HH9/II5:

Advancing Organic

Photovoltaics II

(Room 3001)

GG8: Carrier Dynamics

GG9: Novel Structures

GG10: Charge

Transport

GG11: DSSC II

HH HH8/GG6/II4: Advancing

Organic Photovoltaics I

(Room 3001)

HH9/GG7/II5:

Advancing Organic

Photovoltaics II

(Room 3001)

HH10:

Posters

HH11: Charge Transport

& Photophysics I

HH12: Charge Transport

& Photophysics II

HH13: Materials &

Processes II

HH14: Posters HH15: Oxide Interfaces

HH16: Electrode

Engineering

HH17: Device

Physics & Modeling

HH18: Materials &

Processes III

II II3: Materials &

Patterning

II4/GG6/HH8: Advancing

Organic Photovoltaics I

II5/GG7/HH9:

Advancing Organic

Photovoltaics II

II6: Posters II7: Devices II I8: Charge

Transport

II9: Posters II10: Conjugated

Polymers

II11: Interfaces &

Morphology

JJ JJ1: Stretchable

Bioelectrodes

JJ2: Electrode-Tissue

Interfaces

JJ3: Soft Actuators

JJ4: Soft Transducers

JJ5: Posters JJ6: Ultracompliant

Electronic Devices

JJ7: Stretchable

Electrodes

JJ8: Stretchable

Circuits

JJ9: Mechanical

Design

KK KK5: Electric Field-

Controlled Flow

KK6: Particle Assembly &

Nanofluidics

KK7: Flow Droplets &

Diffusion

KK8: Synthesis—

Particles & Membranes

KK9: Posters KK10: Devices &

Materials Fabrication

KK11: Particle Synthesis

LL LL4: Directed Assembly

& Self Assembly for Clean

Energy Applications

LL5: Directed Assem-

bly. Self Assem. of

N'particles & N'wires

LL6/OO6: Biomimetic &

Hybrid Materials

(Room 3020)

LL7: Novel Assembly

Methods, Structures, &

Properties I

LL8: Directed

Assembly & Self

Assembly—

Simulation & Modeling

LL9: Posters LL10: Novel

Assembly Methods,

Structures, & Properties II

LL11: Novel

Assembly Methods,

Structures, &

Properties III

MM MM5: Assembling

Nanomaterials

by Surface Patterning

MM6: Evaporation-

induced Assembly in

Polymeric

Nanostructures I

MM7: Controlled Evap.

Assembly of Polymers &

Nanocrystals in Confined

Geometries

MM8: Far-from-Equili-

brium Assembly of

Materials by Evaporation

II

MM9: Evaporation-

induced Assembly in

Polymeric

Nanostructures II

NN NN1: Peptide

Amphiphile &

Conjugate—Self

Assembly & Applications

NN2: Peptide

Self Assembly &

Applications I

NN3: Posters NN4: Protein

Self Assembly &

Applications I

NN5: Peptide

Self Assembly &

Applications II

OO OO4: Biomaterials

for Engineering—

DNA, Peptide, & Phage-

based Self Assembly I

OO5: Biomaterials for

Engineering—

DNA, Peptide, & Phage-

based Self Assembly II

OO6LL/6: Biomimetic &

Hybrid Materials

PP PP4: Bioinspired PP5: Bio/Nano PP6: Posters PP7: Dynamic

Systems

PP8: Biofunctionalized

Nanoparticles

PP9: Posters

QQ QQ3: Cell Mechanics &

Human Disease

QQ4: Ectopic

Materials in the Context

of Prion & Amyloid

Diseases

QQ5: Posters QQ6: Nanomechanics

of Biological Molecules

& Structures

QQ7: Structural

Materials & Tissues I

QQ8: Structural

Materials & Tissues II

QQ9: Multiscale

Soft-Tissue Mechanics

2010 MRS SPRING MEETING SESSION LOCATOR

WEDNESDAY, APRIL 7 THURSDAY, APRIL 8 FRIDAY, APRIL 9