Symposium EL08-Diamond Functional Devices—From Material to Applications

Diamond represents a unique carbon material owing to its superb material properties. It is often considered as a material with great potential in many areas, with power and RF electronics, heat spreaders, sensors, MEMs, room temperature quantum applications, tissue engineering and catalysis in extreme environments among the most promising. Importantly, these properties can be controlled by judicious selection of the conditions under which the materials are formed. Single crystal diamond, thin diamond, nanodiamond films, and nanoscale diamond powders are attractive for a wide range of applications including high frequency, high power electronic devices, quantum computing, nanoelectronics, platforms for chemical and biological sensing, bio labeling/drug delivery, bioelectronics, electrochemistry, and protective and biocompatible coatings, etc. Fluorescent nanodiamond particles are now being extensively studied within the biotechnology and biomedical communities for use as biocompatible fluorescent markers for biological molecules or specific cells and for targeted drug delivery. In this respect, contributions dealing with the conjugation of biomolecules/drugs of nanodiamond particles are solicited this year. The symposium will bring together scientists and engineers working at the forefront of microscale and nanoscale diamond material research. Papers are solicited in all areas of high-performance sp3 carbon material research and applications, taking into account the unique combination of their superlative properties including radiation hardness, thermal conductivity, mechanical, electrical, optical, and biological properties.

Topics will include:

Synthesis of diamond with intentional incorporation of defects and dopants
Fabrication of single crystal diamond membranes with low surface roughness for photonic chip and quantum systems
Diamond-based hetero-structures in thermionic, photo-induced, and field-emission devices
Magnetometry and quantitative bio-sensing with color centers in diamond surfaces and particles
Diamond detectors, field-effect transistors and high-current diodes for semiconductor applications
Superconductivity in diamond and graphite-diamond hybrids
Elastic strain band gap engineering in semiconductor diamond
Biocompatible surface functionalization architectures for diamond in bio-imaging, drug delivery, and quantum sensing
Nanoscopic diamond powders and films for photocatalytic and electrocatalytic applications
Boron-doped diamond electrochemical sensors for biomedical and environmental applications
Fiber-integrated diamond photonic sensors and devices, and luminescent diamond composites

Invited Speakers:

Daniel Araujo (Universidad de Cádiz, Spain)
Alessandro Bellucci (Consiglio Nazionale delle Ricerche, Italy)
Dominik Bucher (Technische Universität München, Germany)
Takeshi Kondo (Tokyo University of Science, Japan)
Anke Krueger (Universität Stuttgart, Germany)
Karin Larsson (Uppsala University, Sweden)
Elison Matioli (École Polytechnique Fédérale de Lausanne, USA)
Aldona Mzyk (Technical University of Denmark, Denmark)
Naka Nobuko (Kyoto University, Japan)
Christian Osterkamp (Universität Ulm, Germany)
Philipp Reineck (Royal Melbourne Institute of Technology, Australia)
Romana Schirhagl (Groningen University, Netherlands)
Shimaoka Takehiro (National Institute of Advanced Industrial Science and Technology, Japan)
Teraji Tokuyuki (National Institute for Materials Science, Japan)
Moshe Tordjman (Massachusetts Institute of Technology, USA)
Zuzana Vlcková (Czech Academy of Science, Czech Republic)
Jelena Vuckovic (Stanford University, USA)