The NT4D features a wide array of learning and networking opportunities through our technical program. The Conference this year will feature a variety of tutorials and workshops on Monday, a Plenary Session on Tuesday featuring executive level perspectives, technical talks Tuesday through Thursday, an expanded poster session Monday through Wednesday, and a host of networking opportunities via receptions, tours, and side meetings. Below is a top level agenda. To download a copy of the top level agenda, click here. Click here for a detailed agenda or scroll down to the detailed agenda section.
Sunday, 16 November 2014 |
| 1600 ‐ 2000 |
Early Registration (GrandFoyer‐ 2nd Floor) |
| 1300 ‐ 1600 |
Tour of the Smithsonian National Air and Space Museum Steve F. Udvar‐Hazy Center |
Monday, 17 November 2014 |
| 0715 ‐ 0800 |
Speaker Meeting for Monday's Presenters |
| 0700 ‐ 0800 |
Attendee Continental Breakfast (GrandFoyer‐ 2nd Floor) |
| 0700 ‐ 1700 |
Registration Open (GrandFoyer‐ 2nd Floor) |
| 1130 ‐ 1300 |
Attendee Networking Lunch ‐ Full Buffet $10 (FairfaxRoom) |
| 1700 ‐ 1830 |
Exhibits & Posters Open (GrandDominion) |
| 1700 ‐ 1830 |
Exhibit Kick‐Off & Poster Session Technical Interchange (with light hors d'oeuvres & cash bar) (GrandDominion) |
Innovators & Small Business Forum (Jeffersonian1 & 2)
Session Chairs: Dr. Don DiMarzio, Northrop Grumman Aerospace Systems; Mr. Dave Furdek, Boeing Research & Technology; and Ms. Clare Rivero‐Baleine, Lockheed Martin |
| 0800 ‐ 0805 |
Welcome & Announcements |
| 0805 ‐ 0905 |
Leveraging and Partnership Opportunities in the Army Research Laboratory
Mr. Steven Taulbee, U.S. Army Research Laboratory |
| 0905 ‐ 0935 |
DoD SBIR/STTR Program Overview
Mr. Larry Pollack, Defense Threat Reduction Agency |
| 0935 ‐ 1005 |
Moving Manufacturing Left: A Structured Approach for Manufacturing Planning
Dr. Karla Strong, Air Force Research Laboratory |
| 1005 ‐ 1035 |
Break (GrandFoyer‐ 2nd Floor) |
| 1035 ‐ 1125 |
Acquiring R&D Funding from Federal Mission Agencies
Dr. James Murday, University of Southern California |
| 1125 ‐ 1130 |
One‐on‐One Instructions & Final Sign‐Ups |
| 1130 ‐ 1300 |
Attendee Networking Lunch ‐ Full Buffet $10 (FairfaxRoom) |
| Track One (Washingtonian1) |
Tutorials & Workshops |
| Track Two (Jeffersonian1 & 2) |
Track Three (Jeffersonian3 & 4) |
| Innovators & Small Business Forum One‐ on‐One Appointments |
2D Materials Beyond Graphene for DoD Electronics Workshop Workshop Organizers: Dr. Ken Goretta, Air Force Office of Scientific Research; Dr. Pani Varanasi, U.S. Army Research Laboratory; and Dr. Andrey Voevodin, Air Force Research Laboratory |
EM Characterization of Nanomaterials Workshop
Workshop Organizers: Dr. Rick Beyer, U.S. Army Research Laboratory and Dr. Lawrence Drummy, Air Force Research Laboratory |
1300 ‐ 1500
One‐on‐One Appointments |
1300 ‐ 1305
Introduction |
1300 ‐ 1305
Introduction |
|
1305 ‐ 1340
2D Materials and their Heterostructures for RF Devices and Sensors
Dr. Joshua Robinson, Penn State University |
1305 ‐ 1350
Advances in Acquisition and Analysis of Hyperspectral Images: The Basis for 2‐ and 3D Microanalysis
Dr. Paul Kotula, Sandia National Laboratories |
1340 ‐ 1415
Device and Thermal Energy Fundamentals and Applications of 2D Materials
Prof. Eric Pop, Stanford University |
1350 ‐ 1435
In‐Situ Characterization near Atomic‐Resolution using Graphene Liquid Cells in an Aberration‐Corrected Scanning Transmission Electron Microscopy
Prof. Robert Klie, University of Illinois ‐ Chicago |
1415 ‐ 1450
2D Materials for Flexible Electronic Applications
Prof. Deji Akinwande, University of Texas at Austin |
1435 ‐ 1520
Ultrafast Electron Microscopy: Materials Science at the Space‐Time Limit
Prof. David Flannigan, University of Minnesota |
1500 ‐ 1530
Break (GrandFoyer‐ 2nd Floor) |
1450 ‐ 1520
Break (GrandFoyer‐ 2nd Floor ) |
1520 ‐ 1550
Break (GrandFoyer‐ 2nd Floor) |
1530 ‐ 1700
One‐on‐One Appointments, cont. |
1520 ‐ 1555
The Advantages and Disadvantages of New 2D Materials Over Graphene and Industry Role in Commercialization
Dr. Chun‐Yun Sung, Lockheed Martin |
1550 ‐ 1700
Panel Discussion |
1555 ‐ 1630
Perspectives of 2D Material Insertions in DoD Device Applications
Dr. Chae Lee, Raytheon |
1630 ‐ 1700
Panel Discussion |
| 1700 ‐ 1830 |
Exhibitor Kick‐Off & Poster Session Technical Interchange (with light hors d'oeuvres & cash bar) (GrandDominion) |
Tuesday, 18 November 2014 |
| 0700 ‐ 0800 |
Attendee Continental Breakfast (GrandDominion) |
| 0700 ‐ 1730 |
Registration Open (GrandFoyer‐ 2nd Floor) |
| 0700 ‐ 0900 |
Exhibits & Posters Open (GrandDominion) |
| 1200 ‐ 1330 |
Attendee Networking Lunch ‐ Full Buffet $10 (FairfaxRoom) |
| 1245 ‐ 1330 |
Speaker Meeting for Tuesday Afternoon Presenters |
| 1330 ‐ 1730 |
Exhibits & Posters Open (GrandDominion) |
Plenary Session (Jeffersonian1 ‐ 6)
Session Chairs: Dr. Rick Beyer, U.S. Army Research Laboratory; Dr. John Busbee, Xerion Advanced Battery Corporation; Dr. Anthony Esposito, Defense Threat Reduction Agency; Dr. Paul Sheehan, Naval Research Laboratory; and Dr. Richard Vaia, Air Force Research Laboratory |
| 0800 ‐ 0815 |
Plenary Session Welcome & Announcements
Moderator: Dr. Michael Meador, Director, National Nanotechnology Coordination Office |
| 0815 ‐ 0845 |
Keynote Address
Dr. Tom Russell, Director, U.S. Army Research Laboratory |
| 0845 ‐ 0915 |
An Update on the National Nanotechnology Initiative
Dr. Lloyd Whitman, Assistant Director, Nanotechnology, White House Office of Science and Technology Policy |
| 0915 ‐ 0945 |
Biology is Technology
Dr. Alicia Jackson, Deputy Director, Biological Technologies Office, Defense Advanced Research Projects Agency |
| 0945 ‐ 1015 |
Nanotechnology Tomorrow: To System Integration and Societal Immersion
Dr. Mihail (Mike) Roco, Senior Advisor for Nanotechnology, National Science Foundation |
| 1015 ‐ 1045 |
Break (GrandFoyer‐ 2nd Floor) |
| 1045 ‐ 1115 |
Implications of 10‐9 in Aerospace Programs
Dr. H.D. Stevens, Director, STAR Labs, Lockheed Martin Space Systems |
| 1115 ‐ 1145 |
High‐Rate Nanoscale Offset Printing Process using Reusable Damascene Templates
Dr. Ahmed Busnaina, Director, Center for High‐Rate Nanomanufacturing, Northeastern University |
| 1145 ‐ 1200 |
Poster Session Awards
Dr. Akbar Khan, Defense Threat Reduction Agency; Dr. James Murday, University of Southern California; and Dr. Revell Phillips, Defense Threat Reduction Agency |
| 1200 ‐ 1330 |
Attendee Networking Lunch ‐ Full Buffet $10 (Fairfax Room) |
Track One |
Track Two |
Advanced Coatings & Films (Jeffersonian1 ‐ 4)
Session Chairs: Dr. Kay Blohowiak, The Boeing Company; Dr. Jill Seebergh, The Boeing Company; and Dr. Andrey Voevodin, Air Force Research Laboratory |
Energy Storage & Conversion (Jeffersonian5 & 6)
Session Chairs: Dr. John Busbee, Xerion Advanced Battery Corporation;
Dr. Justin Golightly, Lockheed Martin Space Systems; and Dr. Benjamin Leever, Air Force Research Laboratory |
| 1330 ‐ 1335 |
Session Introduction |
1330 ‐ 1335 |
Session Introduction |
| 1335 ‐ 1400 |
In‐Situ Control of Nanostructured Ti‐6Al‐4V via Laser Cold Spray Processing
Mr. Aaron Birt, Worcester Polytechnic Institute |
1335 ‐ 1400 |
The Road Beyond Lithium Batteries is Paved with Zinc
Dr. Debra Rolison, Naval Research Laboratory |
| 1400 ‐ 1425 |
Grain Refinement, Surface Alloying, and Corrosion Response using Surface Mechanical Attrition Treatment
Dr. Heather Murdoch, U.S. Army Research Laboratory |
1400 ‐ 1425 |
Layered Carbon Nanotube Architecture for High Power Lithium Ion Batteries
Prof. Sivasubramanian Somu, Center for High‐Rate Nanomanufacturing, Northeastern University |
| 1425 ‐ 1450 |
Counter‐Rotational Blown Film Processing’s Effects on the Mechanical and Barrier Properties of Bio‐Based Polymers and Additives
Mr. Corey Hauver, U.S. Army ‐ Natick Soldier Research, Development, and Engineering Center |
1425 ‐ 1450 |
Nanotechnology Advances in Early Storage and Conversion Devices
Dr. Cynthia Lundgren, U. S. Army Research Laboratory |
| 1450 ‐ 1515 |
Printable Integrated Photonic Devices with a High Refractive Index
Dr. Christophe Peroz, aBeam Technologies & LBNL |
1450 ‐ 1515 |
Nanotechnology Uses for Thermoelectric Applications
Dr. Douglas Crane, Alphabet Energy |
| 1515 ‐ 1545 |
Break (GrandDominion) |
| 1545 ‐ 1610 |
Nanoscale, Antireflective Surface Structures on Optics for High Energy Laser Applications
Dr. Lynda Busse, Naval Research Laboratory |
1545 ‐ 1610 |
Nanotechnology Breakthroughs in Energy Storage Applications
Dr. Kurt Swogger, Molecular Rebar, Inc. |
| 1610 ‐ 1635 |
Airship Leakage Control via Nanomaterial‐Containing Light‐ Weight Coating
Mr. Jaime Ballester, Lockheed Martin Aeronautics ‐ Palmdale |
1610 ‐ 1635 |
Lithium Sulfur Chemistry: Challenges & Progress
Dr. Surya Moganty, NOHMs Technologies |
| 1635 ‐ 1700 |
Engineered Room Temperature Thermochromic Nanomaterial and Nanocomposite Coatings Dr. Qingwu Wang, Agiltron, Inc. |
1635 ‐ 1700 |
Highly Efficient Light‐Trapping Structure Design Inspired by Natural Evolution
Prof. Cheng Sun, Northwestern University |
| 1700 ‐ 1725 |
Functionalized Organosilicate Materials
Dr. Brandy White, Naval Research Laboratory |
1700 ‐ 1725 |
Nano‐Enhanced Portable Photovoltaic Power to Enhance Warfighter Sustainability
Dr. Richard Osgood, III, U.S. Army ‐ Natick Soldier Research, Development, and Engineering Center |
Wednesday, 19 November 2014 |
| 0715 ‐ 0800 |
Speaker Meeting for Wednesday's Presenters |
| 0700 ‐ 0800 |
Attendee Continental Breakfast (GrandDominion) |
| 0700 ‐ 0900 |
Exhibits & Posters Open (GrandDominion) |
| 0700 ‐ 1700 |
Registration Open (GrandFoyer‐ 2nd Floor) |
| 1155 ‐ 1330 |
Attendee Networking Lunch ‐ Full Buffet $10 (Fairfax Room) |
| 1330 ‐ 1930 |
Exhibits & Posters Open (GrandDominion) |
| 1730 ‐ 1930 |
Poster Session Technical Interchange (with light hors d'oeuvres & cash bar) ‐ Sponsored by Lockheed Martin (GrandDominion) |
Track One |
Track Two |
Nano‐Biology & Biotechnology for Health (Jeffersonian1 ‐ 4)
Session Chairs: Dr. Anthony Esposito, Defense Threat Reduction Agency; Dr. Jennifer Weisman, Strategic Analysis, Inc.; and Dr. Natalie Wisniewski, PROFUSA, Inc. |
Advanced Manufacturing (Jeffersonian5 & 6)
Session Chairs: Dr. Khershed Cooper, National Science Foundation;
Dr. Joey Mead, University of Massachusetts Lowell; and Dr. James Murday, University of Southern California |
| 0800 ‐ 0805 |
Session Introduction |
0800 ‐ 0805 |
Session Introduction |
| 0805 ‐ 0830 |
Engineered Opsonins for Pathogen Diagnosis and Sepsis Therapy
Dr. Michael Super, Wyss Institute, Harvard University |
0805 ‐ 0830 |
Inkjet‐Printed Nanotechnology‐Enabled "Zero‐Power" Wireless Sensor Nodes for "Smart Skin" Applications Prof. Manos Tentzeris, Georgia Tech |
| 0830 ‐ 0855 |
Combining Evolution and Intelligent Design for Creating Functional Biomimetic Materials
Dr. Rajesh Naik, Air Force Research Laboratory |
0830 ‐ 0855 |
Flexible and Printed Nanotube and Nanowire Sensors
Dr. Jin‐Woo Choi, Louisiana State University |
| 0855 ‐ 0920 |
Design of Aptamer‐Gold Nanoparticle Conjugates for Fast Detection of Human Performance Biomarkers
Dr. Nancy Kelley‐Loughnane, Air Force Research Laboratory |
0855 ‐ 0920 |
Novel Direct Printing Process for Fabrication of Tooling with Micro and Nanostructured Surfaces
Dr. Carol Barry, University of Massachusetts Lowell |
| 0920 ‐ 0945 |
Semiconducting SWCNT Sensor Platform for Pathogen Detection and Physiological Monitoring
Prof. Sivasubramanian Somu, Center for High‐Rate Nanomanufacturing, Northeastern University |
0920 ‐ 0945 |
Compact, Low‐Cost, High‐Resolution Spectrometer‐On‐Chip
Dr. Christophe Peroz, aBeam Technologies & LBNL |
| 0945 ‐ 1015 |
Break ‐ Sponsored by The Boeing Company (GrandFoyer‐ 2nd Floor) |
| 1015 ‐ 1040 |
Surface Enhanced Raman Spectroscopy Based Biological Warfare Agent Analyzer
Dr. Wayne Weimer, Agiltron, Inc. |
1015 ‐ 1040 |
Controllably Fabrication and Nitrogen Doping of Holey Graphene via Rapid One‐Step Reactions
Dr. Huixin He, Rutgers University ‐ Newark |
| 1040 ‐ 1105 |
Targeted Delivery of Antibiotics to Cells Infected with Francisella Tularensis Using Mesoporous Silica Nanoparticle‐ Supported Lipid Bilayers
Dr. Carlee Ashley, Sandia National Laboratories |
1040 ‐ 1105 |
3‐D Printing Carbon Composites
Dr. Kenneth Church, Sciperio |
| 1105 ‐ 1130 |
Building Synthetic Vaccines with DNA Nanotechnology and Computer‐Aided Design Software
Dr. David Danley, Parabon NanoLabs, Inc. |
1105 ‐ 1130 |
ThermoChemical NanoLithography
Prof. Elisa Riedo, Georgia Tech |
| 1130 ‐ 1155 |
Glycelles ‐ A Bio‐Nanotechnology for the Collection and Immobilization of Biohazards from Fluids and Surfaces Ms. Elaine Mullen, The MITRE Corporation |
1130 ‐ 1155 |
Nanomanufacturing’s Role within the Advanced Manufacturing Paradigm
Dr. Khershed Cooper, National Science Foundation |
| 1155 ‐ 1330 |
Attendee Networking Lunch ‐ Full Buffet $10 (Fairfax Room) |
| 1200 ‐ 1330 |
Steering & Technical Programming Committee Wrap‐Up Meeting (Treaty Room) |
Track One |
Track Two |
Metamaterials (Jeffersonian1 ‐ 4)
Session Chairs: Dr. Luke Bissell, Air Force Research Laboratory;
Dr. Ned Thomas, Rice University; and Dr. Richard Vaia, Air Force Research Laboratory |
Advanced Manufacturing, cont. (Jeffersonian 5 & 6) |
| 1330 ‐ 1335 |
Session Introduction |
1330 ‐ 1335 |
Session Announcements |
| 1335 ‐ 1400 |
Multifunctional Fibers for Defense Applications
Dr. Yoel Fink, MIT Research Laboratory of Electronics |
1335 ‐ 1400 |
NASCENT
Dr. S.V. Sreenivasan, The University of Texas at Austin |
| 1400 ‐ 1425 |
Light Emitters Based on Hyperbolic Metamaterials
Prof. Vinod Menon, The City College of New York |
1400 ‐ 1425 |
Center for Hierarchical Manufacturing ‐ Selected Highlights of Materials and Processes for Scalable Nanoscale Device Fabrication
Prof. James Watkins, University of Massachusetts |
| 1425 ‐ 1450 |
Fabrication of Novel 3‐D Homogenous and Hybrid Nanostructures through Directed Nanoparticle Assembly for Highly Sensitive Plasmonic Based Biosensing
Prof. Ahmed Busnaina, Center for High‐Rate Nanomanufacturing, Northeastern University |
1425 ‐ 1450 |
Polymer Based Products and Continuous Offset Printing for Nano‐Enabled Applications
Dr. Joey Mead, University of Massachusetts Lowell |
| 1450 ‐ 1515 |
Icosahedral Plasmonic Nanoclusters: From Viruses to High‐ Throughput Metamolecules
Dr. Jake Fontana, Naval Research Laboratory |
1450 ‐ 1515 |
Toward a Continuous Process in CNT Rollstock Manufacturing
Dr. Edward Chan, General Nano, LLC |
| 1515 ‐ 1545 |
Break (GrandDominion) |
Track One |
Track Two |
| Metamaterials, cont. (Jeffersonian 1 ‐ 4) |
Warfighter Capabilities/Energetic Materials for Propulsion & Power
(Jeffersonian5 & 6)
Session Chairs: Dr. Rick Beyer, U.S. Army Research Laboratory and Dr. Revell Phillips, Defense Threat Reduction Agency |
| 1545 ‐ 1550 |
Session Announcements |
1545 ‐ 1550 |
Session Introduction |
| 1550 ‐ 1615 |
Inkjet Printing of Metamaterial Chaff
Mr. Kendall Mills, U.S. Army ARDEC |
1550 ‐ 1615 |
New Wide Band IR Laser Eye Protection Technology
Dr. Milan Buncick, AEgis Technologies Group, Inc. |
| 1615 ‐ 1640 |
Chiral Plasmonic Nanolens Arrays via Directed Assembly of Gold Nanoparticles
Dr. Richard Vaia, Air Force Research Laboratory |
1615 ‐ 1640 |
Motion of Liquid Drops on Spindle‐Knot Fibers
Dr. Stephen Michielsen, North Carolina State University |
| 1640 ‐ 1705 |
Flexible and 3‐Dimensional Conformal Polarization Controllable THz Stereometamaterial Absorber Prof. Patrick Kung, University of Alabama |
1640 ‐ 1705 |
Tunable Performance for On‐Chip Porous Silicon Combustion
Dr. Nicholas Piekiel, U.S. Army Research Laboratory |
| |
1705 ‐ 1730 |
Biomimetic Strategies for Energetic Nanomaterials
Dr. Joseph Slocik, UES, Inc. at AFRL |
| 1730 ‐ 1930 |
Poster Session Technical Interchange (with light hors d'oeuvres & cash bar) ‐ Sponsored by Lockheed Martin (GrandDominion) |
Thursday, 20 November 2014 |
| 0715 ‐ 0800 |
Speaker Meeting for Thursday's Presenters |
| 0700 ‐ 0800 |
Attendee Continental Breakfast (GrandFoyer‐ 2nd Floor) |
| 0700 ‐ 1500 |
Registration Open (GrandFoyer‐ 2nd Floor) |
| 1155 ‐ 1330 |
Attendee Networking Lunch ‐ Full Buffet $10 (Fairfax Room) |
Track One |
Track Two |
Next Generation Electronics (Jeffersonian1 ‐ 4)
Session Chairs: Dr. Ashok Maliakal, LGS Innovations and Dr. Paul Sheehan, Naval Research Laboratory |
Nanostructured Materials (Jeffersonian5 & 6)
Session Chairs: Dr. Wade Adams, Rice University; Dr. Mike Meador, National Nanotechnology Coordination Office; and Dr. Hamid Saghizadeh, The Boeing Company |
| 0800 ‐ 0805 |
Session Introduction |
0800 ‐ 0805 |
Session Introduction |
| 0805 ‐ 0830 |
Nano‐Enabled Sensing Platform
Dr. Padraig Moloney, Lockheed Martin Space Systems |
0805 ‐ 0830 |
NanoEngineered Materials
Prof. Pulickel Ajayan, Rice University |
| 0830 ‐ 0855 |
Physically Flexible High Performance Single Crystal CMOS Integrated with Printed Electronics
Mr. Richard Chaney, American Semiconductor, Inc. |
0830 ‐ 0855 |
Nanofiber Sensors for Trace Chemical Detection
Mr. Benjamin Rollins, Vaporsens, Inc. |
| 0855 ‐ 0920 |
Challenges and Frontiers in Wearable Electronics
Mr. Sanjay Gupta, MC10, Inc. |
0855 ‐ 0920 |
Optoelectronic Vapor Sensors Based on Organic Nanofibers
Prof. Ling Zang, University of Utah |
| 0920 ‐ 0945 |
DNA‐Carbon Nanotube Vapor Sensors for Monitoring of Warfighter Status
Mr. Nick Kybert, University of Pennsylvania |
0920 ‐ 0945 |
Low Filler‐Concentration Advanced Thermal Management Materials for Power Systems Components
Dr. Sayangdev Naha, ADA Technologies, Inc. |
| 0945 ‐ 1015 |
Break (GrandFoyer‐ 2nd Floor) |
| 1015 ‐ 1040 |
Applications of Nano‐Scale Multiferroic Materials
Dr. Scott Keller, TANMS ‐ UCLA |
1015 ‐ 1040 |
CNT Composites for High Energy Dissipation
Dr. Veera Boddu, U.S. Army Engineer Research and Development Center |
| 1040 ‐ 1105 |
Scalable High Mobility Graphene Transistor Arrays
Dr. Mitchell Lerner, SPAWAR Systems Center Pacific |
1040 ‐ 1105 |
Durable Superhydrophobic Coatings for Icephobic Applications
Dr. John Shearer, University of Massachusetts Lowell, Nanomanufacturing Center |
| 1105 ‐ 1130 |
Development of the World's First Nanocomputers
Dr. James Ellenbogen, The MITRE Corporation |
1105 ‐ 1130 |
Microporous Networks of Platinum Nanourchins on Microfibrilated Cellulose Films for Propelling Underwater Vehicles via Hydrogen Peroxide Decomposition
Dr. Jonathan Claussen, Iowa State University |
| 1130 ‐ 1155 |
Radiation Exposure Characteristics of Electrically Biased and Unbiased ZnO TFTs
Mr. Israel Ramirez, Penn State University |
1130 ‐ 1155 |
Stabilization and Mechanical Properties of Nano‐Crystalline Copper by Alloying with Tantalum
Dr. Kris Darling, U.S. Army Research Laboratory |
| 1155 ‐ 1330 |
Attendee Networking Lunch ‐ Full Buffet $10 (Fairfax Room) |
Track One |
Track Two |
Tech Insertion Success Stories (Jeffersonian1 ‐ 4)
Session Chairs: Dr. James Murday, University of Southern California and Dr. Edward Silverman, Northrop Grumman Corporation |
Nanostructured Materials, cont. (Jeffersonian 5 & 6) |
| 1330 ‐ 1335 |
Session Introduction |
1330 ‐ 1335 |
Announcements |
| 1335 ‐ 1400 |
Nanotechnology Propellant Health Monitoring Sensors: Success Through Multi‐Stakeholder Interest
Mr. Kenneth Watkins, Polymer Aging Concepts, Inc. |
1335 ‐ 1400 |
Synergistic Behavior of Tubes, Junctions and Sheets Imparts Mechano‐ and Thermo‐Mutable Functionality in 3‐D Porous Boron Nitride Nanostructures
Prof. Rouzbeh Shahsavari, Rice University |
| 1400 ‐ 1425 |
Carbon Nanotube Structural Core Emergence and the Demonstrated Advantages for Spacecraft Composite Sandwich Structures
Mr. Anthony Bluth, ATK |
1400 ‐ 1425 |
Recent Advances in Flash Sintering of n ‐Ceramics
Dr. Lawrence Kabacoff, Office of Naval Research |
| 1425 ‐ 1450 |
Carbon Nanotube Flexible Thermal Interface Materials for Cooling Aerospace Microelectronics Applications
Dr. Jesse Tice, Northrop Grumman Aerospace Systems |
1425 ‐ 1450 |
Fully Dense 3‐D Periodic Multiphase Nanostructures by Enhanced High Pressure Sintering
Dr. Boris Feigelson, Naval Research Laboratory |
| 1450 ‐ 1515 |
GRAPHENE: From Tape to Tons
Mr. Ian Fuller, Angstron Materials, Inc. |
1450 ‐ 1515 |
Pyrolosis of Agricultural Waste to Form Nano‐Structures of b‐
SiC
Dr. Edward Gorzkowski, Naval Research Laboratory |
| 1515 ‐ 1545 |
Break (GrandFoyer‐ 2nd Floor) |
| 1545 ‐ 1610 |
Nano Adaptive Hybrid Fabric (NAHF‐X) System – 60‐Inch Commercial‐Scale Pilot Trial Results and Technical Opportunities and Challenges
Dr. Paul Kladitis, University of Dayton Research Institute |
1545 ‐ 1610 |
Directed Assembly of Plasmonic Antennas Using Molecular Engineering and Polymer Scaffolding
Dr. Jennifer Shumaker‐Parry, University of Utah |
| 1610 ‐ 1635 |
High Capacity, No‐Power‐Needed, Transparent Organosilica Sorbents for Passive Sampling and/or Colorimetric Detection of Volatile Chemical Agents
Dr. Stacey Dean, ABS Materials, Inc. |
1610 ‐ 1635 |
Novel Silicon Carbide Polymers for Electro‐Optics Applications
Dr. Larry Burggraf, Air Force Institute of Technology |
| 1635 ‐ 1700 |
Manufacturing of Lightweight CNT Cables
Mr. Tom Kukowski, Minnesota Wire |
1635 ‐ 1700 |
Effective Nanoscale Energy Distribution through Quantum Dot‐ Anchored DNA Photonic Wires
Dr. Christopher Spillmann, Naval Research Laboratory |
| 1700 ‐ 1725 |
Commercializing Carbon Nanotube Technology for 21st Century Defense Applications
Mr. John Dorr, Nanocomp Technologies, Inc. |
1700 ‐ 1725 |
DNA Organized Nanostructures for Optimizing FRET Efficiency
Dr. Susan Buckhout‐White, George Mason University |
| 1725 |
Conference Adjourns |
| 1730 ‐ 1830 |
NT4D Networking Happy Hour (Marriott Wellington Pub) |
