Product 1
Presentation
Demo
Video
Pdf
Matlantis™: High-speed universal atomistic simulator
Basic features of Matlantis
[1] Accurate-Computes energy/force from atomic structure with the same accuracy as DFT simulation
[2] Universality - Predicts physical properties of materials and atomistic phenomena
[3] Scalable and secure - No need to install hardware and software. Global standard cloud system
[4] Flexible and customizable - Programmable environment on Jupyter Lab
Introduction to Matlantis_English_2023.pdf (Downloaded)
(Viewed)
Product/technology Category
[Nano Materials]
Carbon nanotube, Graphene, Nano cellulose, Fullerene, Nano particle, Nano fiber, Composite material, Battery material, Semiconductor material, Antimicrobial material, Ceramics, Biocompatible material, Thermic-functional material, Other nanostructured materials
[Nano Evaluation & Measurement / Analysis Technology & Tool]
Materials informatics, Simulation software / Supercomputer
[Fabrication Technology / Processing]
Thin film coating, Ultra precision surface processing technology, Etching, Fusion / bonding technology
Information of PFCC presentation
Product/technology Category
[Nano Materials]
Carbon nanotube, Graphene, Nano cellulose, Fullerene, Nano particle, Nano fiber, Composite material, Battery material, Semiconductor material, Antimicrobial material, Ceramics, Biocompatible material, Thermic-functional material, Other nanostructured materials
[Nano Evaluation & Measurement / Analysis Technology & Tool]
Electron microscope (SEM / TEM), SPM / AFM, Measurement of particle size and distribution, Raman spectroscopy, Evaluation measurement and designing tool, Materials informatics, Simulation software / Supercomputer, Process informatics, X-ray / Synchrotron radiation measurement, Cryo microscope, High efficiency, high sensitive sensor, Others
[Fabrication Technology / Processing]
Dispersing / Grinding / Mixing / Classification, Thin film coating, Ultra precision surface processing technology, Etching, Laser processing, Electron beam, ion beam EUV exposure, Plasma processing, Nano imprint, Fusion / bonding technology, Inkjet printing, Photolithography, Precision pattern printing technology, Others
Seminar Information
Seminar 1
Main Theater[East hall 1]
Feb. 2, 2023 (Thu.)
【Special Pitch】 Preferred Computational Chemistry
The Easiest Guide to Materials Informatics
11:30-12:00
Venue: Main Theater[East hall 1]
Preferred Computational Chemistry
Mr. Rabi Shibata
Contact
*The following information is provided to enable inquiries to exhibitors.
Unauthorized use and reproduction for any other purpose is prohibited.
Preferred Computational Chemistry
1-6-1 Otemachi, Chiyoda-ku, Tokyo, Tokyo Japan 1000004