Program

Featuring over 190 oral/poster presentations, NDNC 2018 will offer a strong program with 29 technical sessions focused on the following topics:

A: Diamond and Related Materials

Synthesis, Growth, Interfaces, Doping, Defects, Processing, Electrical Properties and Electronic Devices, Impurities, N-V and Other Quantized States, Quantum Electronics and Optics, Sensors and Detectors, Electron Emission, Electrochemical and Biochemical Properties, Electrodes for Neural Stimulation, Energy Applications, Optical Properties and Applications, Thermal Properties and Materials Integration, and Novel Properties and Applications

A1: Growth, Characterization, Surfaces, Interfaces, Properties, and Processing
A2: New Science and Applications
A3: Theory and Simulations from Fundamental Properties to Devices
A4: Defects, Impurities, Structure, Surfaces, Interfaces and Fundamental Properties
A5: Electronic Structure, Interfaces and Devices (High Power, High Frequency, Digital and Novel)
A6: Phonons, Thermal Properties and Barriers, Materials Integration and MEMS
A7: Bio and Chemical Sensors, Photo-Electro Chemistry, Neural Interfaces, Biomedical Interfaces
A8: Quantum Effects, Structures and Devices
A9: Photonics, Nanophotonics and Optoelectronics
A10: Energy and Charge Transfer Materials and Devices

B: Nanocarbons, Nanodiamonds, Diamond Scaffolds, Nanocrystalline, and Diamondlike Carbon Films

Synthesis, Growth, Composites, Nanostructure, Properties, Characterization and Modelling, Surface Structures and Chemistry, Electronic and Optical Properties, N-V Centers, Quantum Sensors, Low Friction, Micromechanical, and Novel Properties and Applications

B1: Growth, Characterization, Surfaces, Interfaces, Properties, and Processing
B2: New Science and Applications
B3: Theory and Simulations from Fundamental Properties to Devices
B4: Defects, Impurities, Structure, Surfaces, Interfaces and Fundamental Properties
B5: Electronic Structure, Interfaces and Devices (High Power, High Frequency, Digital and Novel)
B6: Phonons, Thermal Properties and Barriers, Materials Integration and MEMS
B7: Bio and Chemical Sensors, Photo-Electro Chemistry, Neural Interfaces, Biomedical Interfaces
B8: Quantum Effects, Structures and Devices
B9: Photonics, Nanophotonics and Optoelectronics
B10: Energy and Charge Transfer Materials and Devices

C: Graphene and 2D Materials

Synthesis, Growth, Nanostructure and 2D Properties, Characterization and Modelling, Surface Structures and Chemistry, Electronic and Optical Properties, Quantum Sensors, Micromechanical, and Novel Properties and Applications

C1: Growth, Characterization, Surfaces, Interfaces, Properties, and Processing
C2: New Science and Applications
C3: Theory and Simulations from Fundamental Properties to Devices
C4: Defects, Impurities, Structure, Surfaces, Interfaces and Fundamental Properties
C5: Electronic Structure, Interfaces and Devices (High Power, High Frequency, Digital and Novel)
C6: Phonons, Thermal Properties and Barriers, Materials Integration and MEMS
C7: Bio and Chemical Sensors, Photo-Electro Chemistry, Neural Interfaces, Biomedical Interfaces
C8: Quantum Effects, Structures and Devices
C9: Photonics, Nanophotonics and Optoelectronics
C10: Energy and Charge Transfer Materials and Devices

D: New Diamond and Nanocarbons Technology

Materials and Substrates, Technology Supply Chain, Scale-Up, Entrepreneurial Advances, and Opportunities

D1: Growth, Characterization, Surfaces, Interfaces, Properties, and Processing
D2: New Science and Applications
D3: Theory and Simulations from Fundamental Properties to Devices
D4: Defects, Impurities, Structure, Surfaces, Interfaces and Fundamental Properties
D5: Electronic Structure, Interfaces and Devices (High Power, High Frequency, Digital and Novel)
D6: Phonons, Thermal Properties and Barriers, Materials Integration and MEMS
D7: Bio and Chemical Sensors, Photo-Electro Chemistry, Neural Interfaces, Biomedical Interfaces
D8: Quantum Effects, Structures and Devices
D9: Photonics, Nanophotonics and Optoelectronics
D10: Energy and Charge Transfer Materials and Devices

Speakers

Plenary

Invited

  • Amanda Barnard, Commonwealth Scientific and Industrial Research Organisation (CSIRO), Australia
  • James E. Butler, Cubic Carbon Ceramics, USA
  • Nathalie de Leon, Princeton University, USA
  • Michael Geis, Lincoln Laboratory, Massachusetts Institute of Technology, USA
  • Laia Ginés, Cardiff University, United Kingdom
  • Mario Hofmann, National Taiwan University, Taiwan
  • Martin Kubal, University of Bristol, United Kingdom
  • Bingbing Liu, State Key Laboratory of Superhard Materials, China
  • Julien Pernot, Institut Néel, France
  • Philipp Reineck, RMIT University, Australia
  • Eleftheria Roumeli, California Institute of Technology, USA
  • Tokuyuki Teraji, National Institute for Materials Science, Japan

Innovation and Entrepreneurship

  • Gauthier Chicot, DiamFab, France
  • Manpuneet Benipal, Advent Diamond, USA
  • Adam Hoffman, ICDAT-Israeli Center of Advanced Diamond Technology, Israel

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