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Transcript
WHO SHOULD ATTEND THE WORKSHOP Lecturers, graduate students as well as practitioners in physics, chemistry, engineering physics, electrical engineering, material science and engineering. Basically everyone interested in the subject are welcome. However, due to limited number of computers, we will strictly limit the number of participants and the decision will only be based on first come first served basis. The lectures will be given by Prof. Hideaki Kasai, Prof. Hiroshi KatayamaYoshida, Prof. Hisazumi Akai, Prof. Yoshitada Morikawa, Prof. Hiroshi Nakanishi from Osaka University, and Prof. Hermawan K. Dipojono, Dr. Mohammad Kemal Agusta from ITB. Asia CMD Workshop Computational materials design and quantum engineering SPONSORS This workshop is partially sponsored by : What would you get : Course hand-outs and certificate Workshop duration : 3 full-days Schedule : May 28 – 30, 2013 Venue : Fasilitas Komputer Lt. Gedung T.P. Rachmat (Labtek VI) Jln. Ganesha 10 Bandung 40132 INSTRUCTORS/TUTORS 4 Fees : Rp. 200.000,00 FACILITIES Air-conditioned computer laboratory with multimedia facilities, lunch, snacks, and certificate. National Research Center for Nanotechnology (NRCN)-ITB DGHE - Directorate General of Higher Education OSAKA UNIVERSITY ITB—Institut Teknologi Bandung May 28 - 30, 2013 FURTHER CONTACTS Kelompok Keahlian Teknik Fisika Fakultas Teknologi Industri Institut Teknologi Bandung. Telp.: 022-250 4424, Ext. 213 Fax : 022-250 6281 Email : [email protected] / [email protected] Website: Computer Laboratory T.P. Rachmat Building 4th Floor ITB Campus Jalan Ganesha 10, Bandung Computational Material Design and Quantum Engineering Laboratory Research Group of Engineering Physics, Faculty of Industrial Technology Institute of Technology Bandung (ITB) In Cooperation with the Kasai Laboratory of Osaka University http://computational-material.engineering.or.id http://cmdqe.tf.itb.ac.id Asia CMD Workshop - Asia CMD Workshop OSAKA UNIVERSITY Asia CMD Workshop - Asia CMD Workshop - Asia CMD Workshop - Asia CMD Workshop INTRODUCTION We are pleased to inform you that the Computational Material Design and Quantum Engineering Laboratory, Research Group of Engineering Physics, Faculty of Industrial Technology, Institute of Technology Bandung (ITB), in cooperation with the Kasai Laboratory of Osaka University will organize the Asia Computational Materials Design Workshop. This workshop will provide lectures of leading-edge researches in Computational Materials Design (CMD) Science and hands-on practical training on quantum simulation. The invited speakers are top experts in this field. Computational materials design is a computational approach aimed at developing new materials with specified properties and functionalities. The basic ingredient is the use of quantum simulations to solve the materials science problems in order to design a material that suits this specification. CMD has the high potentiality to impact real industrial research and development. Although the subject covered in this workshop is advance nevertheless we will present it to you step by step. The workshop will start with an overview of possible roles of CMD in Indonesia, some CMD applications, CMD in surface interactions and nano-spintronics, and followed by the development of quantum simulators. For this workshop we purposefully chose Machikaneyama 2000, State-Senri and Naniwa for the hands on experience of CMD. Machikaneyama 2000 is an open source application, a sophisticated KKR-CPA-LDA ab initio electronic structure calculation code, State-Senri is a plane-wave based DFT codes, powerful in handling surface/interface and bulks systems, while Naniwa is a Quantum Molecular Dynamics Code. These codes are going to be introduced in the workshop by the respective developers from Osaka University, Japan. We are looking forward to seeing you in the campus of Institute of Technology Bandung. You may also enjoy the beautiful scenery of Bandung. DESCRIPTION The workshop will provide hands-on experience on quantum simulation. We chose to use an open source application so that the participants can easily develop for their own purposes without an extra spending on application softwares. Although there is no computational language knowledge requirements, understanding any of it, preferably fortran or C and Java, will be useful. The lecture, practice, and tutorial will be given by the experts from both ITB and Osaka University OBJECTIVE After completing this workshop, the participants should be familiar with DFT based ab initio computation, development of quantum simulators and the computational material design paradigm in general.; should be able to use modern tool, Machikaneyama, for quantum simulation and material design; should be able to conduct a quantum molecular dynamics based simulations.