Segenap Keluarga Besar Departemen Fisika mengucapkan, Selamat Idul Fitri 1443 Hijriah.
Mohon Maaf Lahir dan Bathin atas Segala Kesalahan dan Khilaf, baik disengaja maupun tidak yang kami lakukan. Mohon maaf jika dalam setahun ini, pelayanan kami dirasa kurang memuaskan.
We investigate a left–right mirror model with SU(3)c × SU(2)L × SU(2)R × U(1)Y and a discrete symmetry, which introduces mirror fields that are copies of the standard model (SM) fields. The mirror fields have the opposite chirality to their SM counterpart fields. We also introduce singlet scalars as dark matter (DM). The new interaction between DM, SM fermions, and mirror fermions can account for DM abundance, charged lepton flavor violation, lepton anomalous magnetic moment, and flavor changing neutral current. We demonstrated that if we choose DM annihilation into muon as the dominant annihilation channel for leptophilic DM, both the observed DM abundance and the observed discrepancy between theory and experiment in the muon anomalous magnetic moment can be explained without contradicting the bound derived from charged lepton flavor violating processes. We briefly discuss how mirror fermions will be produced at the future linear collider, as mirror fermions can interact with neutral gauge bosons in this model. Finally, we discuss the lightest mirror neutrino decay mechanism, which will be highly abundant if stable.
Pelepasan Dosen Purnatugas Dr. Yosef Robertus Utomo, S.U. dan Kuliah Umum “Pembelajaran Fisika Modern dan Sharing Pengalaman Sebagai Dosen Departemen Fisika Universitas Gadjah Mada” pada Rabu, 27 April 2022, Pukul 10.00 WIB hingga selesai.
Webinar Seminar Rebon on Wednesday, 20 April 2022 at 10.30 AM Jakarta Time with Guest Speaker : Prof. Chia-Yi Huang and Harry Miyoshi Silalahi from Department of Applied Physics, Tunghai University, TAIWAN.
Seminar Rebon 13 April 2022 oleh Pekik Nurwantoro, M.S., Ph.D., dari KBK Fisika Teoritik dan Komputasi, Departemen Fisika UGM
Mie University (MU) Japan together with Gadjah Mada University (UGM), Bandung Institute of Technology (ITB) and The National Research and Innovation Agency (BRIN). have held an online SAKURA exchange program (SEP) from 5 to 6 January 2022 with the theme: “Asian-materials-network for sustainable development to the next-generation technology in informatics communication and energy”. SEP is an annual program organized together with the Department of Physics–UGM, Department of Physics–ITB, and BRIN. It was the second time this program was being held online due to the pandemic situation.
The 3rd Asia Conference on Material and Manufacturing Technology 2021 yang diselenggarakan oleh Waseda University Tokyo Jepang dan bekerja sama langsung dengan beberapa Universitas seperti Georgia Institute of Technology USA dan Okayama University Jepang telah berlangsung selama tiga hari pada tanggal 20-22 Desember 2021. The 3rd ACMMT merupakan forum internasional bagi para ahli di bidang akademis, industri, dan pemerintah untuk mendiskusikan ide-ide baru, hasil penelitian, aplikasi dan pengalaman pada semua aspek Material dan Teknologi Manufaktur. Konferensi ini mengangkat beberapa topik utama yaitu Modeling, Analysis, and Simulation of Manufacturing Processes; Earthquake Resistant Structures, Materials and Design; Tooling Testing and Evaluation of Materials; Microwave Processing of Materials; Energy Machinery and Equipment; High-speed/Precision Machining and Inspection Technology; dan lain-lain. Kegiatan ini sebelumnya direncanakan secara luring di Waseda University Tokyo Jepang, namun akibat pandemic covid-19 sehingga kegiatan tahunan ini harus dilaksanakan secara online melalui platform zoom.
Online SAKURA Exchange Program in Science Mie University - Institut Teknologi Bandung- Universitas Gadjah Mada - Biro Riset dan inovasi Nasional JANUARY 5-6, 2022 Virtual Internship of First Principles Calculations Asian-materials-network for sustainable development to the next-generation technology in informatics communication and energy.
Deadline : December 12, 2021 Contact Person : esuharyadi@ugm.ac.id (Edi Suharyadi)
