Program
| Mar. 1 (Wed) | |
| 08:55~09:00 | Opening |
| Carbon nanotubes: Applications | |
| 09:00~09:30 | Special lecture |
1S-1 | Structure and electrical resistivity of wires made from carbon nanotubes |
| 09:30~09:45 | |
1-1 | Highly Thermally Conductive CNT/Polymer Composite Films Fabricated by Optimized Direct Ink Writing |
| Carbon nanotubes: Others | |
| 09:45~10:00 | |
1-2 | Unified understanding on the temperature dependence of the thermoelectric properties of single walled carbon nanotube thin films with controlled carrier injection |
| 10:00~10:15 | Coffee break |
| Carbon nanotubes: Transport property | |
| 10:15~10:35 | Invited lecture |
1I-1 | Electronic transport and thermoelectric studies of ultrahigh conductivity carbon nanotube fibers |
| Carbon nanotubes: Applications | |
| 10:35~10:50 | |
1-3 | Fabrication and Evaluation of Infrared Sensor with Semiconducting Single-Walled Carbon Nanotubes Separated by ELF Method |
| 10:50~11:05 | |
1-4 | Effect of the polyaniline/carbon black additive on the dispersion state of carbon nanotubes and polymer actuator performance |
| 11:05~11:50 | Poster preview |
| 11:50~13:00 | Lunch |
| 13:00~14:45 | Poster session |
| Carbon nanotubes: Synthesis and growth | |
☆1P-1 | Co13Fe42 alloy icosahedral cluster with super high-melting point revealed by a Tersoff-type bond order potential |
| Carbon nanotubes: Chemistry | |
☆1P-2 | Evaporative self-assembly of unidirectionally-aligned carbon nanotube superstructures |
| Carbon nanotubes: Applications | |
☆1P-3 | Carbon nanotube field-effect transistors with two-dimensional boron nitride as interface layers |
☆1P-4 | Stable and high-capacity SiO negative electrode held in reversibly deformable sponge-like matrix of carbon nanotubes |
| Graphene and 2D materials: Synthesis and growth | |
☆1P-5 | Fabrication of π-conjugated monosheets in a metal-organic framework |
☆1P-6 | Fabrication of artificially designed two-dimensional material and van der Waals heterostructure by fully dry transfer method |
| Graphene and 2D materials: Chemistry | |
☆1P-7 | Functionalization of graphene on the substrate for immobilization of proteins |
| Graphene and 2D materials: Electronic structure | |
☆1P-8 | Symmetry control of twisted bilayer WTe2 using van der Waals assembly |
| Graphene and 2D materials: Transport property | |
☆1P-9 | Fabrication of folded graphene/h-BN van der Waals dual-gated devices using 3D manipulation technique with micro-dome polyvinyl chloride |
| Graphene and 2D materials: Applications | |
☆1P-10 | Self-assembly of molecular hybrids with (XH)4 peptides and hemin on graphite electrodes |
| Graphene and 2D materials: Others | |
☆1P-11 | Highly sensitive thermophysical property measurement for anisotropic materials using frequency-domain thermoreflectance with transducer patterning |
| Fullerenes: Applications | |
1P-12 | Synthesis of C60 fullerene nanowhisker-nickel imidazolate framework composites and their photocatalytic degradation of brilliant green |
1P-13 | Preparation of C60 fullerene nanowhisker-CuS nanoparticle composites and photocatalyst for rhodamine B degradation under blue light emitting diode irradiation |
| Fullerenes: Others | |
1P-14 | Hybrid tungsten trioxide-C60 fullerene nanowhisker composites as photocatalyst |
| Carbon nanotubes: Synthesis and growth | |
1P-15 | Fabrication of nanocarbon hybrid structure composed of carbon nanotubes and carbon foams |
1P-16 | Machine learning molecular dynamics simulation of single-walled carbon nanotube growth |
| Carbon nanotubes: Optical property | |
1P-17 | Oxidation of NbS2 based van der Waals heterostructure in the Atmosphere |
| Carbon nanotubes: Electronic structure | |
1P-18 | Fabrication of CNT thin films by weak ultrasonic treatment in DMF |
1P-19 | Control of thermoelectric properties of single-walled carbon nanotube films by combining chemical doping and Joule-heating (Ⅱ) |
| Carbon nanotubes: Applications | |
1P-20 | Oxygen reduction electrode properties of manganese oxide / single-walled carbon nanotube composites |
1P-21 | Comparison of hexagonal boron nitride and silicon dioxide as gate dielectrics in carbon nanotube transistors |
1P-22 | Fabrication of Semi-module Organic Solar Cells Using Transparent Carbon Nanotubes Thin-film Electrode |
1P-23 | Fabrication of asymmetric-gate carbon nanotube thin-film transistors by backside exposure and oblique deposition method |
1P-24 | A stand-alone electrochemical doping method for the ambient energy harvesting |
1P-25 | Inverted Organic Solar Cells Using Malti-walled Carbon Nanotubes Sheets as Back Electrodes |
| Carbon nanotubes: Others | |
1P-26 | Effect of pressure and temperature on the molecular structure of sulfur encapsulated in a single-walled carbon nanotube |
1P-27 | Humidity Dependence of Electrical Resistivity of Surfactant-added Bucky Paper |
| Graphene and 2D materials: Synthesis and growth | |
1P-28 | Growth of Nanographene on the Suspended Bilayer h-BN Membrane |
1P-29 | In situ X-ray observation of bilayer graphene precipitation from crystallized Ni catalyst |
1P-30 | Synthesis of Multilayer Graphene Naroribbons via a Floating Catalyst Chemical Vapor Deposition Route |
| Graphene and 2D materials: Optical property | |
1P-31 | Photoluminescence properties of Janus MoSSe monolayers prepared on hBN |
1P-32 | Fabrication of highly strained monolayer light-emitting devices |
| Graphene and 2D materials: Electronic structure | |
1P-33 | Electronic structure of covalent organic frameworks with structural interpenetration |
| Graphene and 2D materials: Transport property | |
1P-34 | Investigation of the cross-plane electrical conductance in stacked multilayer van der Waals heterostructure with ultralow thermal conductance |
| Graphene and 2D materials: Applications | |
1P-35 | Tuning structure and electron transport properties of 2D materials by chemical modification using Ion-beam irradiation |
| Others: Synthesis and growth | |
1P-36 | Fabrication of mesoporous carbon film utilizing the phase separation of precursor components with different heat resistance |
| Graphene and 2D materials: Synthesis and growth | |
| 14:45~15:15 | Special lecture |
1S-2 | Stabilizing MXene suspension with glycerol |
| Others: Optical property | |
| 15:15~15:30 | |
1-5 | Molecular functionalization of boron nitride nanotubes for optical nanomaterial development |
| Graphene and 2D materials: Electronic structure | |
| 15:30~15:45 | |
1-6 | Search for optimal hetero bilayer structure in 2.5D materials using first-principles calculations and Bayesian optimization |
| Graphene and 2D materials: Transport property | |
| 15:45~16:00 | |
1-7 | Observation of Valley Hall effect in non-encapsulated bilayer graphene |
| Graphene and 2D materials: Others | |
| 16:00~16:15 | |
1-8 | Graphene Atlas : A Guide for Quantitative Point Defect Density Comparison in Graphenic System |
| Graphene and 2D materials: Optical property | |
| 16:15~16:30 | |
1-9 | Continuous color-tunable light-emitting devices based on compositionally graded monolayer transition metal dichalcogenide alloys |
| 16:30~16:45 | Coffee break |
| Carbon nanotubes: Optical property | |
| 16:45~17:05 | Invited lecture |
1I-2 | Controlled-NOT gate based on excitons in carbon nanotube coupled quantum dots |
| Graphene and 2D materials: Electronic structure | |
| 17:05~17:20 | |
1-10 | Geometry and electronic structure of Janus WSSe |
| 17:20~17:35 | |
1-11 | Electronic-state tuning of WS2 by sumanene adsorption |
| Graphene and 2D materials: Synthesis and growth | |
| 17:35~17:50 | |
1-12 | Comparative study on stacking structure of graphene/nanospacers by experimental and molecular dynamics approaches |
| 17:50~18:05 | |
1-13 | In-situ monitoring plasma atomic functionalization for synthesis of high quality Janus WSeS |
| 18:05~18:20 | Coffee break |
| Carbon nanotubes: Electronic structure | |
| 18:20~19:50 | Tutorial |
1T-1 | 第一原理計算ツールは便利なブラックボックスか? |
| Mar. 2 (Thu) | |
| KGS - FNTG Friendship Joint Symposium | |
| Graphene and 2D materials: Synthesis and growth | |
| 09:00~09:30 | Special lecture |
2S-1 | Wafer-scale Epitaxial Growth of Single-Crystal Three-atom-thick Nanoribbons and beyond |
| Graphene and 2D materials: Applications | |
| 09:30~09:50 | Invited lecture |
2I-1 | Two-Dimensional Graphene and MXene Electrodes for Flexible and Stretchable Organic Light-Emitting Diodes |
| Graphene and 2D materials: Synthesis and growth | |
| 09:50~10:10 | Invited lecture |
2I-2 | Engineering Stacking and Stitching Boundaries in 2D Materials |
| Graphene and 2D materials: Electronic structure | |
| 10:10~10:30 | Invited lecture |
2I-3 | Van der Waals Heterostructures for Orbital Gating in Photo-transistors and Electronic Spectroscopy |
| Graphene and 2D materials: Synthesis and growth | |
| 10:30~10:50 | Invited lecture |
2I-4 | Growth of Single-Crystal Hexagonal Boron Nitride by Chemical Vapor Deposition |
| Carbon nanotubes: Others | |
| 10:50~11:10 | Invited lecture |
2I-5 | Rediscovery of Graham Bell's photo-thermal acoustic phenomena in nanostructured materials |
| 11:10~11:55 | Poster preview |
| 11:55~13:00 | Lunch |
| 13:00~13:30 | Award ceremony |
| 13:30~15:15 | Poster session |
| Carbon nanotubes: Synthesis and growth | |
☆2P-1 | One-dimensional van der Waals (hetero)2structure |
☆2P-2 | Elucidation of growth mechanism of single-walled carbon nanotubes from platinum catalyst by in situ XAFS analysis |
| Carbon nanotubes: Optical property | |
☆2P-3 | Ordinary and extraordinary complex refractive index spectra of single-chirality carbon nanotube membrane with birefringent properties |
| Carbon nanotubes: Transport property | |
☆2P-4 | Dephasing effect on current fluctuation in CNTs due to phonon scattering |
| Carbon nanotubes: Applications | |
☆2P-5 | Wet-processable eDIPS-based Single-walled Carbon Nanotubes Electrode for Replacing ITO in Perovskite Solar Cells |
☆2P-6 | Japanese-solid-ink-inspired xerogels with dispersed carbon materials |
| Graphene and 2D materials: Synthesis and growth | |
☆2P-7 | Synthesis of polyacene mediated by a metal–organic framework |
| Graphene and 2D materials: Optical property | |
☆2P-8 | Observation of a single moiré exciton in nano-fabricated twisted MoSe2/WSe2 heterobilayers |
| Graphene and 2D materials: Electronic structure | |
☆2P-9 | Strain modulation of moiré pattern in 2D material heterobilayers |
| Graphene and 2D materials: Applications | |
☆2P-10 | Magnetic Tunneling Junction using CVD-grown Hexagonal Boron Nitride |
| Others: Optical property | |
☆2P-11 | Polarized Raman spectroscopy of Indium-Intercalated Nanofibers of W6Te6 Atomic Wires |
| Fullerenes: Chemistry | |
2P-12 | Synthesis of poly(amidoamine)dendron having a [70]fullerene at the focal point |
| Carbon nanotubes: Synthesis and growth | |
2P-13 | Fabrication of Self-Supporting Boron Nitride Nanotube Thin Film Using Carbon Nanotube as a Template |
2P-14 | Nonequivalent incorporation of ethanol into catalyst nanoparticles for semiconducting and metallic carbon nanotubes |
| Carbon nanotubes: Chemistry | |
2P-15 | Enrichment of Semiconducting SWNTs through the Extraction with Phenanthroline-based Nanocalipers |
| Carbon nanotubes: Optical property | |
2P-16 | Photoluminescence of carbon nanotubes in boron nitride nanotubes grown by fullerene coalescence |
| Carbon nanotubes: Transport property | |
2P-17 | Thermoelectric properties of aligned single chirality single-walled carbon nanotubes thin film |
| Carbon nanotubes: Applications | |
2P-18 | Simulation and Analysis on Variability of Carbon Nanotube Thin-film Transistor-based CMOS Differential Amplifiers |
2P-19 | Development of highly efficient thermoelectric devices using single-walled carbon nanotubes doped by boron-based Brønsted acids |
| Carbon nanotubes: Others | |
2P-20 | Feature extraction and clustering using autoencoder from CNT forest cross-sectional SEM images |
| Graphene and 2D materials: Synthesis and growth | |
2P-21 | Growth, structures, and transport properties of MoS2-based multilayer in-plane heterostructures |
2P-22 | Study of direct precipitation of graphene using photoresist as carbon source |
2P-23 | Influence of electrolysis of water on electrochemical exfoliation/ functionalization of graphene |
| Graphene and 2D materials: Optical property | |
2P-24 | Fabrication and photoluminescence properties of hBN-encapsulated Janus WSSe/WSe2 heterobilayers |
2P-25 | Control of high-harmonic generation in MoS2 by carrier injection |
2P-26 | Raman spectroscopy in defective multi-layer graphene |
| Graphene and 2D materials: Electronic structure | |
2P-27 | Electronic structure of multilayer graphene under an external electric field |
2P-28 | Quantum spin Hall states in WTe2/MoTe2 lateral heteromonolayers |
| Graphene and 2D materials: Transport property | |
2P-29 | Thermal conductivity and DOS of multilayer hexagonal BN nanoribbon by layers using eHEX algorithm in MD evaluation |
| Graphene and 2D materials: Applications | |
2P-30 | Ultrasensitive photoactivated NO2 gas sensors based on MoS2/Graphene hybrid structure |
2P-31 | Fluorescence imaging of self-assembled peptides on h-BN using Thioflavin-T |
2P-32 | Application of laser irradiation for multilayer MoTe2: phase transition, contact engineering and TFET fabrication |
2P-33 | Photocatalytic properties of graphite-like carbon nitride/graphene/metal-oxide composites |
| Graphene and 2D materials: Others | |
2P-34 | Doping effect of MoS2 using periodically polarization-inversed structure |
| Others: Synthesis and growth | |
2P-35 | Synthesis of small-diameter WSe2 nanotubes from CVD-grown WOx nanowires |
| Others: Chemistry | |
2P-36 | Optical properties of inclusion complexes consisting of boron nitride nanotubes and aromatic compounds |
| Carbon nanotubes: Electronic structure | |
| 15:15~15:45 | Special lecture |
2S-2 | Forty years of research on nanostructured carbon materials |
| Carbon nanotubes: Optical property | |
| 15:45~16:15 | Special lecture |
2S-3 | Progress and Perspective of Carbon Nanotube |
| Carbon nanotubes: Others | |
| 16:15~16:45 | Special lecture |
2S-4 | Chemical Physics of Carbon Nanotubes in Solution |
| 16:45~17:00 | Coffee break |
| Carbon nanotubes: Synthesis and growth | |
| 17:00~17:20 | Invited lecture |
2I-6 | Electrical characterization of SWNT bundles |
| Carbon nanotubes: Optical property | |
| 17:20~17:40 | Invited lecture |
2I-7 | Hyperspectral Detection of the Fluorescence Shift between Enantiomers of Empty and Water-Filled Single-Wall Carbon Nanotubes |
| Carbon nanotubes: Applications | |
| 17:40~17:55 | |
2-1 | Energy-Harvestable Piezocomposite embedded with One-Dimensional P(VDF-TrFE) Nanofibers and Single-Walled Carbon Nanotubes |
| Fullerenes: Chemistry | |
| 17:55~18:10 | |
2-2 | Intercalated Nanofilm Made of Conical Fullerene Amphiphiles with Large-Area Uniformity |
| 18:30~20:30 | Banquet |
| Mar. 3 (Fri) | |
| Graphene and 2D materials: Chemistry | |
| 09:00~09:30 | Special lecture |
3S-1 | Visualization of the catalytic activity on 2D materials using scanning probe microscopy |
| Carbon nanotubes: Applications | |
| 09:30~09:45 | |
3-1 | Effects of amount and metal/semiconducting ratio of CNT on ambipolar CNT-FET gas sensor response to NO2 |
| 09:45~10:00 | |
3-2 | Nitrogen dioxide gas response rate at contact and channel in ambipolar carbon nanotube field-effect transistors |
| Graphene and 2D materials: Applications | |
| 10:00~10:15 | |
3-3 | Real-time observation of peptide self-assembly on graphene using imaging SPR |
| 10:15~10:30 | Coffee break |
| Fullerenes: Electronic structure | |
| 10:30~10:45 | |
3-4 | Localization of nuclear wave functions of lithium in [Li+@C60]PF6-: theoretical perspective on two-site disorder-order transition |
| Fullerenes: Chemistry | |
| 10:45~11:00 | |
3-5 | Transcription of chirality from a metal-organic framework to nanocarbon materials |
| 11:00~11:45 | Poster preview |
| 11:45~13:00 | Lunch |
| 13:00~14:45 | Poster session |
| Carbon nanotubes: Synthesis and growth | |
☆3P-1 | Impact of dynamic density reduction by length change of CNT forests on electrical resistivity |
☆3P-2 | Cobalt-Iron bi-metallic catalyst for chirality-specific growth of single-walled carbon nanotube |
| Carbon nanotubes: Applications | |
☆3P-3 | High energy density Li-S battery with active materials and salts held by carbon nanotube paper |
☆3P-4 | Characterization of electrical properties of flexible CNT wiring formed on polypropylene film |
| Carbon nanotubes: Others | |
☆3P-5 | Raman spectroscopy of multi-walled carbon nanotubes coexisting with H2 under high pressure |
| Graphene and 2D materials: Synthesis and growth | |
☆3P-6 | Synthesis and structure of layered Mo-S-Cl cluster compounds |
☆3P-7 | Bayesian optimization for the mechanical exfoliation of monolayer WSe2 |
| Graphene and 2D materials: Optical property | |
☆3P-8 | Optical properties of armchair graphene nanoribbon aynthesized by metal-organic framework |
| Graphene and 2D materials: Applications | |
☆3P-9 | Gas-phase odor sensing by graphene field-effect transistors modified with self-assembled peptide |
| Others: Chemistry | |
☆3P-10 | Catalytic effect of unpaired spins in carbon edge sites |
| Others: Optical property | |
☆3P-11 | Synthesis of relatively small-diameter WS2 nanotubes by sulfurization of CVD grown tungsten oxide nanowires and their optical properties |
| Carbon nanotubes: Synthesis and growth | |
3P-12 | Activation of Alkanes for Growth of Single-Wall Carbon Nanotubes by Chemical Vapor Deposition |
3P-13 | SWCNT synthesis with high-entropy alloy catalysts: dependence of property on growth condition |
3P-14 | In-situ synthesis of zeolite-based BNNT hetero-nanotubes on TEM grid and their structural characterization |
| Carbon nanotubes: Optical property | |
3P-15 | Second harmonic generation in enantiomer enriched, aligned Chiral-carbon nanotubes |
3P-16 | Comparison of optical properties of polymer- and surfactant-separated single chirality (6,5) carbon nanotube membranes |
3P-17 | Cross-linked polymer gel coating on locally functionalized single-walled carbon nanotubes and their length separation |
3P-18 | Optical properties of heterostructured SWCNT@BN film |
| Carbon nanotubes: Applications | |
3P-19 | Improved nanotube-metal contacts and switching behaviors in single SWCNT@BNNT transistors |
3P-20 | Data-scientific exploration of optimized thermoelectric performance of carbon nanotube films |
3P-21 | New energy cycle “HI Cycle” using encapsulation property of single-walled carbon nanotubes |
| Carbon nanotubes: Others | |
3P-22 | Carrier doping effect of fluoro-sumanenes on carbon nanotube |
| Graphene and 2D materials: Synthesis and growth | |
3P-23 | C3-Symmetrical BN-doped Nanographene Supramolecular System with Tunable Structure and Magnetism |
3P-24 | Local synthesis of h-BN within graphene plane by non-catalytic CVD |
3P-25 | Anisotropic thermal etching of CVD-grown monolayer WS2 |
| Graphene and 2D materials: Chemistry | |
3P-26 | Modulation of Oxygen Molecular doping in Graphene and MoS2 by applying gate voltage |
| Graphene and 2D materials: Electronic structure | |
3P-27 | Electronic structure of trilayer in-plane heterostructures of graphene and hBN |
| Graphene and 2D materials: Optical property | |
3P-28 | Quenching effects of the fluorescence of Rhodamine molecules on Graphene |
3P-29 | Controlling the photoluminescence properties in monolayer MoS2 making van der Waals heterostructures with graphene-based materials |
| Graphene and 2D materials: Transport property | |
3P-30 | Tuning molecular adsorption effects on graphene by changing acidity of SiO2 substrate |
3P-31 | Control of transport properties of WS2/MoS2 vertical heterostructures by surface oxidation |
3P-32 | Effect of Nb doping on electronic structures and thermoelectric properties of layered MoS2 |
3P-33 | P-type doping and contact property control for WSe2-FET by charge transfer doping via self-assembled monolayer |
| Others: Synthesis and growth | |
3P-34 | Comparative Study on the CVD Synthesis of Tungsten Oxides Nanowires Using Different Substrates |
| Others: Electronic structure | |
3P-35 | Geometry of 4D diamond lattice and Brillouin zone |
| Others: Applications | |
3P-36 | Production of metal-carbon core-shell nanoparticles by the bipolar arc discharge method and their application to cancer therapy |
| Carbon nanotubes: Others | |
| 14:45~15:15 | Special lecture |
3S-2 | Investigating and accelerating the degradation of CNTs in macrophages and solutions for risk management |
| Graphene and 2D materials: Others | |
| 15:15~15:35 | Invited lecture |
3I-1 | Multitimescale time-resolved electron diffraction measurements for nanocarbon materials |
| Carbon nanotubes: Others | |
| 15:35~15:50 | |
3-6 | Dry purification of SWCNTs by using iron chloride and the mechanism |
| Carbon nanotubes: Synthesis and growth | |
| 15:50~16:05 | |
3-7 | An Overview of Sub-nanometer diameter SWCNTs Growth by ACCVD |
| 16:05~16:20 | Coffee break |
| Carbon nanotubes: Optical property | |
| 16:20~16:35 | |
3-8 | Resonance Raman scattering of Armchair Carbon Nanotubes |
| Carbon nanotubes: Chemistry | |
| 16:35~16:50 | |
3-9 | Optical Resolution of SWNTs with Small Chiral Molecules Tethered by Dipyrrin Nanobrackets through Metal Complexation |
| Carbon nanotubes: Applications | |
| 16:50~17:05 | |
3-10 | A mechanistic Study on Enhanced PEDOT:PSS for Organic Photovoltaic Cells Using Semiconducting Single-walled carbon nanotubes in Different Diameters |
| Carbon nanotubes: Optical property | |
| 17:05~17:20 | |
3-11 | Fabrication of polythiophene/carbon nanotube composites in the liquid phase and spectroscopic studies of them |
| 17:20~17:35 | |
3-12 | Diameter-dependent single- and double-file stacking of squaraine dyes inside single-wall carbon nanotubes |
| 17:35~17:50 | |
3-13 | Control of high-harmonic generation in single-walled carbon nanotubes from non-perturbative to perturbative regime by tuning Fermi level |
| 17:50~18:00 | Closing |